E-1



## Appendix E. Emissions Inventory and Detailed Unit-by-Unit Impact Analysis

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 100NEI40686 Domtar Paper Company LLC 100 Center Street Johnsonburg PA 15845 Kraft 100.037A 100NEI40686 Domtar Paper Company LLC 100 Center Street Johnsonburg PA 15845 Kraft 100.109 100NEI40686 Domtar Paper Company LLC 100 Center Street Johnsonburg PA 15845 Kraft 100.115
102 NEI42341A Weyerhaeuser NR Company 3401 Industrial Way Longview WA 98362 Kraft 102.LK

102 NEI42341A Weyerhaeuser NR Company 3401 Industrial Way Longview WA 98362 Kraft 102.RB10 102 NEI42341A Weyerhaeuser NR Company 3401 Industrial Way Longview WA 98362 Kraft 102.SDTV10

103 NEI9201 Domtar Paper Company NC Highway 149 North Plymouth NC 27962 Kraft 103.G-158 103 NEI9201 Domtar Paper Company NC Highway 149 North Plymouth NC 27962 Kraft 103.G-165 103 NEI9201 Domtar Paper Company NC Highway 149 North Plymouth NC 27962 Kraft 103.G-225 104NEI11251 International Paper 1.5 Miles on US 70 SW of Valliant Valliant OK 74764 Kraft, SemiChem 104.EUG D6
104NEI11251 International Paper 1.5 Miles on US 70 SW of Valliant Valliant OK 74764 Kraft, SemiChem 104.EUG E4b
104NEI11251 International Paper 1.5 Miles on US 70 SW of Valliant Valliant OK 74764 Kraft, SemiChem 104.EUG E7 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478 Kraft, Secondary 105.EU440BLO 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478 Kraft, Secondary 105.EU445A 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478 Kraft, Secondary 105.EU445BEast 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478 Kraft, Secondary 105.EU445BWest 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478Kraft, Secondary 105.EU445BEastWes t 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478 Kraft, Secondary 105.EU445C 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478 Kraft, Secondary 105.EU445D 105 NEI45182 International Paper Company 801 42nd Street Springfield OR 97478 Kraft, Secondary 105.EU455
107NEI47074 Domtar Paper Company LLC 585 Williamette Rd Bennettsville SC 29512 Kraft 107.08-P1 107NEI47074 Domtar Paper Company LLC 585 Williamette Rd Bennettsville SC 29512 Kraft 107.09-P2 107NEI47074 Domtar Paper Company LLC 585 Williamette Rd Bennettsville SC 29512 Kraft 107.11-P14E-2

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 108NEI33025 International Paper 4537 Hwy 480 Campti LA 71411 Kraft 108.LK1

108NEI33025 International Paper 4537 Hwy 480 Campti LA 71411 Kraft 108.RB3 108NEI33025 International Paper 4537 Hwy 480 Campti LA 71411 Kraft 108.SDT3

109 NEI32869A Domtar Paper Company, LLC. 58 Wescor Road Hawesville KY 42348 Kraft 109.LK1 109 NEI32869A Domtar Paper Company, LLC. 58 Wescor Road Hawesville KY 42348 Kraft 109.RB3 109 NEI32869A Domtar Paper Company, LLC. 58 Wescor Road Hawesville KY 42348 Kraft 109.RB4 109 NEI32869A Domtar Paper Company, LLC. 58 Wescor Road Hawesville KY 42348 Kraft 109.SDT3 109 NEI32869A Domtar Paper Company, LLC. 58 Wescor Road Hawesville KY 42348 Kraft 109.SDT4 111 NEI45206 Weyerhaeuser NR Company 1785 Weyerhaeuser Road Vanceboro NC 28586 Kraft 111.G-127 111 NEI45206 Weyerhaeuser NR Company 1785 Weyerhaeuser Road Vanceboro NC 28586 Kraft 111.G-35 111 NEI45206 Weyerhaeuser NR Company 1785 Weyerhaeuser Road Vanceboro NC 28586 Kraft 111.G-44 112 NEI34064 Weyerhaeuser NR Company 4335 Carson Road Columbus MS 39703 Kraft 112.AA-100 112 NEI34064 Weyerhaeuser NR Company 4335 Carson Road Columbus MS 39703 Kraft 112.AA-101a 112 NEI34064 Weyerhaeuser NR Company 4335 Carson Road Columbus MS 39703 Kraft 112.AA-110 114NEI26506 Weyerhaeuser NR Company 2449 Stagecoach Rd Oglethorpe GA 31068 Kraft 114.U500 114NEI26506 Weyerhaeuser NR Company 2449 Stagecoach Rd Oglethorpe GA 31068 Kraft 114.U508 114NEI26506 Weyerhaeuser NR Company 2449 Stagecoach Rd Oglethorpe GA 31068 Kraft 114.U800 115 NEI26476 Weyerhaeuser NR Company 1 Bonnybridge Road Port Wentworth GA 31407 Kraft 115.LK01 115 NEI26476 Weyerhaeuser NR Company 1 Bonnybridge Road Port Wentworth GA 31407 Kraft 115.RE01 115 NEI26476 Weyerhaeuser NR Company 1 Bonnybridge Road Port Wentworth GA 31407 Kraft 115.SM01 116NEI8619 International Paper Company 7600 Highway 10 West Pine Hill AL 36769 Kraft, Secondary, SemiChem 116.001 116NEI8619 International Paper Company 7600 Highway 10 West Pine Hill AL 36769 Kraft, Secondary, SemiChem 116.003 116NEI8619 International Paper Company 7600 Highway 10 West Pine Hill AL 36769 Kraft, Secondary, SemiChem 116.004

117NEI42689 Wausau Paper Mills, LLC. 100 Main Street Mosinee WI 54455 Kraft 117.B21 117NEI42689 Wausau Paper Mills, LLC. 100 Main Street Mosinee WI 54455 Kraft 117.P30 117NEI42689 Wausau Paper Mills, LLC. 100 Main Street Mosinee WI 54455 Kraft 117.P36 119 NEI46814 TIN Inc. dba Temple Inland 401 AVE. U BOGALUSA LA 70427 Kraft, Secondary 119.EQT005 119 NEI46814 TIN Inc. dba Temple Inland 401 AVE. U BOGALUSA LA 70427 Kraft, Secondary 119.EQT006 119 NEI46814 TIN Inc. dba Temple Inland 401 AVE. U BOGALUSA LA 70427 Kraft, Secondary 119.EQT008E-3

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 119 NEI46814 TIN Inc. dba Temple Inland 401 AVE. U BOGALUSA LA 70427 Kraft, Secondary 119.EQT010
119 NEI46814 TIN Inc. dba Temple Inland 401 AVE. U BOGALUSA LA 70427 Kraft, Secondary 119.EQT011 119 NEI46814 TIN Inc. dba Temple Inland 401 AVE. U BOGALUSA LA 70427 Kraft, Secondary 119.EQT013 119 NEI46814 TIN Inc. dba Temple Inland 401 AVE. U BOGALUSA LA 70427 Kraft, Secondary 119.EQT014 120NEI26495 TIN Inc. dba Temple-Inland 238 Mays Bridge Road Rome GA 30165 Kraft 120.F7
120NEI26495 TIN Inc. dba Temple-Inland 238 Mays Bridge Road Rome GA 30165 Kraft 120.M18 120NEI26495 TIN Inc. dba Temple-Inland 238 Mays Bridge Road Rome GA 30165 Kraft 120.M19 120NEI26495 TIN Inc. dba Temple-Inland 238 Mays Bridge Road Rome GA 30165 Kraft 120.M3 121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.000009
121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.000010
121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.000011
121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.000013
121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.000014
121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.BLOX01 121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.BLOX02 121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.BLOX03 121 NEI12492 TIN Inc. dba Temple-Inland 1750 Inland Road Orange TX 77632 Kraft, Secondary 121.BLOX01-03 124NEI8278 Smurfit Stone Container Corp One Everitt Avenue Panama City FL 32401 Kraft 124.001 124NEI8278 Smurfit Stone Container Corp One Everitt Avenue Panama City FL 32401 Kraft 124.004-1 124NEI8278 Smurfit Stone Container Corp One Everitt Avenue Panama City FL 32401 Kraft 124.019 124NEI8278 Smurfit Stone Container Corp One Everitt Avenue Panama City FL 32401 Kraft 124.020 124NEI8278 Smurfit Stone Container Corp One Everitt Avenue Panama City FL 32401 Kraft 124.021 124NEI8278 Smurfit Stone Container Corp One Everitt Avenue Panama City FL 32401 Kraft 124.037-8 126NEI42317 Smurfit Stone Container Corporation 910 Industrial Street Hopewell VA 23860 Kraft 126.LKE-4

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 126NEI42317 Smurfit Stone Container Corporation 910 Industrial Street Hopewell VA 23860 Kraft 126.RECOV

126NEI42317 Smurfit Stone Container Corporation 910 Industrial Street Hopewell VA 23860 Kraft 126.SDT 127NEI7933 Smurfit-Stone Container Corporation 7320 Paper Mill Road Florence SC 29506 Kraft, Secondary 127.LK1 127NEI7933 Smurfit-Stone Container Corporation 7320 Paper Mill Road Florence SC 29506 Kraft, Secondary 127.LK2 127NEI7933 Smurfit-Stone Container Corporation 7320 Paper Mill Road Florence SC 29506 Kraft, Secondary 127.REC1 127NEI7933 Smurfit-Stone Container Corporation 7320 Paper Mill Road Florence SC 29506 Kraft, Secondary 127.SDT1 130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.1 130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.11

130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.2 130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.23
130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.3 130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.4
130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.5
130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.6

130NEI18338 Georgia-Pacific Brewton LLC 32224 U.S. Highway 31 Brewton AL 36426 Kraft 130.7

131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.16 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.18 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.5 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.6 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.BLO 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.SDT4NE-5

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.SDT4S 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.SDT4N/4S 131 NEI42254 Smurfit-Stone Container Corporation 1901 Main Street West Point VA 23181 Kraft, Secondary 131.SDT5 132 NEI8261 Smurfit-Stone Container Corporation North 8th Street Fernandina Beach FL 32034 Kraft, Secondary 132.21LK4 132 NEI8261 Smurfit-Stone Container Corporation North 8th Street Fernandina Beach FL 32034 Kraft, Secondary 132.4RB
132 NEI8261 Smurfit-Stone Container Corporation North 8th Street Fernandina Beach FL 32034 Kraft, Secondary 132.4SDT 132 NEI8261 Smurfit-Stone Container Corporation North 8th Street Fernandina Beach FL 32034 Kraft, Secondary 132.5RB 132 NEI8261 Smurfit-Stone Container Corporation North 8th Street Fernandina Beach FL 32034 Kraft, Secondary 132.5SDT 133 NEI13363 Simpson Tacoma Kraft Company, LLC 801 Portland Avenue Tacoma WA 98421 Kraft 133.10 133 NEI13363 Simpson Tacoma Kraft Company, LLC 801 Portland Avenue Tacoma WA 98421 Kraft 133.12a 133 NEI13363 Simpson Tacoma Kraft Company, LLC 801 Portland Avenue Tacoma WA 98421 Kraft 133.12b 133 NEI13363 Simpson Tacoma Kraft Company, LLC 801 Portland Avenue Tacoma WA 98421 Kraft 133.14 133 NEI13363 Simpson Tacoma Kraft Company, LLC 801 Portland Avenue Tacoma WA 98421 Kraft 133.15 135 NEI33118 S.D. Warren Company - Somerset Operations 1329 Waterville Road Skowhegan ME 04976 Kraft 135.003-1 135 NEI33118 S.D. Warren Company - Somerset Operations 1329 Waterville Road Skowhegan ME 04976 Kraft 135.004-1

135 NEI33118 S.D. Warren Company - Somerset Operations 1329 Waterville Road Skowhegan ME 04976 Kraft 135.007-1 135 NEI33118 S.D. Warren Company - Somerset Operations 1329 Waterville Road Skowhegan ME 04976 Kraft 135.007-2 136NEI12368 Sappi Cloquet LLC 2201 Ave B Cloquet MN 55720 Kraft 136.EU 005 136NEI12368 Sappi Cloquet LLC 2201 Ave B Cloquet MN 55720 Kraft 136.EU 031 136NEI12368 Sappi Cloquet LLC 2201 Ave B Cloquet MN 55720 Kraft 136.EU 033 137NEI26581 Clearwater Paper Corp - PPD & CPD, Idaho 803 Mill Road Lewiston ID 83501 Kraft 137.157 137NEI26581 Clearwater Paper Corp - PPD & CPD, Idaho 803 Mill Road Lewiston ID 83501 Kraft 137.189 137NEI26581 Clearwater Paper Corp - PPD & CPD, Idaho 803 Mill Road Lewiston ID 83501 Kraft 137.204 137NEI26581 Clearwater Paper Corp - PPD & CPD, Idaho 803 Mill Road Lewiston ID 83501 Kraft 137.511

137NEI26581 Clearwater Paper Corp - PPD & CPD, Idaho 803 Mill Road Lewiston ID 83501 Kraft 137.512

137NEI26581 Clearwater Paper Corp - PPD & CPD, Idaho 803 Mill Road Lewiston ID 83501 Kraft 137.721E-6

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 138NEI18652 Clearwater Paper Corporation 5082 Highway 4 North Arkansas City AR 71630 Kraft 138.001 138NEI18652 Clearwater Paper Corporation 5082 Highway 4 North Arkansas City AR 71630 Kraft 138.002 138NEI18652 Clearwater Paper Corporation 5082 Highway 4 North Arkansas City AR 71630 Kraft 138.003 139 NEI42357 PORT TOWNSEND PAPER CORP 100 Mill Road Port Townsend WA 98368 Kraft, Secondary Yes 139.02
139 NEI42357 PORT TOWNSEND PAPER CORP 100 Mill Road Port Townsend WA 98368 Kraft, Secondary Yes 139.03 139 NEI42357 PORT TOWNSEND PAPER CORP 100 Mill Road Port Townsend WA 98368 Kraft, Secondary Yes 139.04 140NEI13340 Cascade Pacific Pulp, LLC 30480 American Dr Halsey OR 97348 Kraft 140.32 140NEI13340 Cascade Pacific Pulp, LLC 30480 American Dr Halsey OR 97348 Kraft 140.55
140NEI13340 Cascade Pacific Pulp, LLC 30480 American Dr Halsey OR 97348 Kraft 140.57 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.CU7214 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.CU7215 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.CU7216 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.P6009 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.P6025 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.P7225 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.P7236 142 NEI41552 Packaging Corporation of America Highway 57 Counce TN 38326 Kraft, Secondary 142.P7413 143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.6063 143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.7000
143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.7005
143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.7010 143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.7015
143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.7020

143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.7025E-7

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 143 NEI26504 Packaging Corporation of America 5495 Lake Park-Clyattville Road Clyattville GA 31601 Kraft 143.7032
145 NEI33135 Luke Paper Company 300 Pratt Street Luke MD 21540 Kraft 145.31 145 NEI33135 Luke Paper Company 300 Pratt Street Luke MD 21540 Kraft 145.54 145 NEI33135 Luke Paper Company 300 Pratt Street Luke MD 21540 Kraft 145.55 145 NEI33135 Luke Paper Company 300 Pratt Street Luke MD 21540 Kraft 145.56
145 NEI33135 Luke Paper Company 300 Pratt Street Luke MD 21540 Kraft 145.57 145 NEI706 Luke Paper Company 300 Pratt Street Luke MD 21540 Kraft 145.001 146NEI759 MeadWestvaco of Virginia, Inc 104 East Riverside Street Covington VA 24426 Kraft 146.10 146NEI759 MeadWestvaco of Virginia, Inc 104 East Riverside Street Covington VA 24426 Kraft 146.16 146NEI759 MeadWestvaco of Virginia, Inc 104 East Riverside Street Covington VA 24426 Kraft 146.17 146NEI759 MeadWestvaco of Virginia, Inc 104 East Riverside Street Covington VA 24426 Kraft 146.23 146NEI759 MeadWestvaco of Virginia, Inc 104 East Riverside Street Covington VA 24426 Kraft 146.30 146NEI759 MeadWestvaco of Virginia, Inc 104 East Riverside Street Covington VA 24426 Kraft 146.6 146NEI759 MeadWestvaco of Virginia, Inc 104 East Riverside Street Covington VA 24426 Kraft 146.8 147NEI6450 WESTVACO TEXAS LP 1913 FM 105 EVADALE TX 77615 Kraft 147.14 147NEI6450 WESTVACO TEXAS LP 1913 FM 105 EVADALE TX 77615 Kraft 147.161 147NEI6450 WESTVACO TEXAS LP 1913 FM 105 EVADALE TX 77615 Kraft 147.243 147NEI6450 WESTVACO TEXAS LP 1913 FM 105 EVADALE TX 77615 Kraft 147.244 147NEI6450 WESTVACO TEXAS LP 1913 FM 105 EVADALE TX 77615 Kraft 147.3 147NEI6450 WESTVACO TEXAS LP 1913 FM 105 EVADALE TX 77615 Kraft 147.5 147NEI6450 WESTVACO TEXAS LP 1913 FM 105 EVADALE TX 77615 Kraft 147.55 148NEI46931 MeadWestvaco Corporation State Highway 165, South Cottonton AL 36851 Kraft, Secondary 148.001 148NEI46931 MeadWestvaco Corporation State Highway 165, South Cottonton AL 36851 Kraft, Secondary 148.002 148NEI46931 MeadWestvaco Corporation State Highway 165, South Cottonton AL 36851 Kraft, Secondary 148.003 148NEI46931 MeadWestvaco Corporation State Highway 165, South Cottonton AL 36851 Kraft, Secondary 148.007 148NEI46931 MeadWestvaco Corporation State Highway 165, South Cottonton AL 36851 Kraft, Secondary 148.008 148NEI46931 MeadWestvaco Corporation State Highway 165, South Cottonton AL 36851 Kraft, Secondary 148.009 149 NEI40488 P.H. Glatfelter Company - Chillicothe Facility 232 East 8th Street Chillicothe OH 45601 Kraft 149.B011 149 NEI40488 P.H. Glatfelter Company - Chillicothe Facility 232 East 8th Street Chillicothe OH 45601 Kraft 149.P001E-8

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 149 NEI40488 P.H. Glatfelter Company - Chillicothe Facility 232 East 8th Street Chillicothe OH 45601 Kraft 149.P005 150NEI6273 Rumford Paper Company 35 HARTFORD ST RUMFORD ME 04276 Kraft, Mechanical 150.CAU-12 150NEI6273 Rumford Paper Company 35 HARTFORD ST RUMFORD ME 04276 Kraft, Mechanical 150.CREC-1 150NEI6273 Rumford Paper Company 35 HARTFORD ST RUMFORD ME 04276 Kraft, Mechanical 150.CREC-2a 150NEI6273 Rumford Paper Company 35 HARTFORD ST RUMFORD ME 04276 Kraft, Mechanical 150.CREC-2b 150NEI6273 Rumford Paper Company 35 HARTFORD ST RUMFORD ME 04276 Kraft, Mechanical 150.CREC-2a/2b 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.CP001 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.CP002 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC001 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC004 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC005 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC006 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC005/006 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC007 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC008 151 NEI41252 KapStone 5600 Virginia Ave North Charleston SC 29406 Kraft 151.REC009 152 NEI11338 Wickliffe Paper Company 1724 Ft. Jefferson Hill Rd Wickliffe KY 42087 Kraft 152.03 152 NEI11338 Wickliffe Paper Company 1724 Ft. Jefferson Hill Rd Wickliffe KY 42087 Kraft 152.04 152 NEI11338 Wickliffe Paper Company 1724 Ft. Jefferson Hill Rd Wickliffe KY 42087 Kraft 152.07 152 NEI11338 Wickliffe Paper Company 1724 Ft. Jefferson Hill Rd Wickliffe KY 42087 Kraft 152.08 153 NEI33043 KPAQ Industries LLC - St Francisville Operations 2105 Hwy 964 St. Francisville LA 70775 Kraft 153.EQT 0053 153 NEI33043 KPAQ Industries LLC - St Francisville Operations 2105 Hwy 964 St. Francisville LA 70775 Kraft 153.EQT 0065 153 NEI33043 KPAQ Industries LLC - St Francisville Operations 2105 Hwy 964 St. Francisville LA 70775 Kraft 153.EQT 0066 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P30
154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P32 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P35 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P36 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P37 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P38 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P39 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P40 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P41 154NEI46739 NewPage Wisconsin Systems Inc. 950 4th Avenue North Wisconsin Rapids WI 54495 Kraft 154.P40/41E-9

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 155 NEI33883 Escanaba Paper Company 7100 County 426 M.5 Road Escanaba MI 49829 Kraft, Mechanical 155.LIME KILN
155 NEI33883 Escanaba Paper Company 7100 County 426 M.5 Road Escanaba MI 49829 Kraft, Mechanical 155.RECOVERY FURNACE 155 NEI33883 Escanaba Paper Company 7100 County 426 M.5 Road Escanaba MI 49829 Kraft, Mechanical 155.SDT 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.143100 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.145000 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.BLOXID 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.LK5 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.RF18 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.RF19 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.RF22 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.SMEL18 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.SMEL19 156NEI42338 Longview Fibre Paper & Packaging, Inc. 300 Fibre Way Longview WA 98632 Unknown (Kraft & Semi-chem) 156.SMEL22 157NEI33104 Lincoln Paper and Tissue, LLC 50 Katahdin Avenue Lincoln ME 04457 Kraft Yes 157.KILN 157NEI33104 Lincoln Paper and Tissue, LLC 50 Katahdin Avenue Lincoln ME 04457 Kraft Yes 157.RB2
157NEI33104 Lincoln Paper and Tissue, LLC 50 Katahdin Avenue Lincoln ME 04457 Kraft Yes 157.SDT 159 NEI8177 Interstate Paper, LLC 2366 Interstate Road Riceboro GA 31323 Kraft 159. PW04 159 NEI8177 Interstate Paper, LLC 2366 Interstate Road Riceboro GA 31323 Kraft 159.F3 159 NEI8177 Interstate Paper, LLC 2366 Interstate Road Riceboro GA 31323 Kraft 159.F4 162 NEI46760 International Paper 4001 McCord's Ferry Road Eastover SC 29044 Kraft 162.371A 162 NEI46760 International Paper 4001 McCord's Ferry Road Eastover SC 29044 Kraft 162.372A 162 NEI46760 International Paper 4001 McCord's Ferry Road Eastover SC 29044 Kraft 162.381A 162 NEI46760 International Paper 4001 McCord's Ferry Road Eastover SC 29044 Kraft 162.381C

162 NEI46760 International Paper 4001 McCord's Ferry Road Eastover SC 29044 Kraft 162.382AE-10

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 162 NEI46760 International Paper 4001 McCord's Ferry Road Eastover SC 29044 Kraft 162.382B

163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.BLO404 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.BLO405 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.BLO404/BLO405 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.LK1501 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.LK2502 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.RF1901 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.RF2904 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.SD1902 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.SD1903 163 NEI8560 International Paper Company 100 Jensen Road Prattville AL 36067 Kraft, Secondary 163.SD2906 164NEI42710 Thilmany,LLC 600 Thilmany Road Kaukauna WI 54130 Kraft 164.B08 164NEI42710 Thilmany,LLC 600 Thilmany Road Kaukauna WI 54130 Kraft 164.B10 164NEI42710 Thilmany,LLC 600 Thilmany Road Kaukauna WI 54130 Kraft 164.P08 164NEI42710 Thilmany,LLC 600 Thilmany Road Kaukauna WI 54130 Kraft 164.P10 164NEI42710 Thilmany,LLC 600 Thilmany Road Kaukauna WI 54130 Kraft 164.P12

165 NEI41628 International Paper Company 9978 FM 3129 Queen City TX 75572 Kraft 165.000002 165 NEI41628 International Paper Company 9978 FM 3129 Queen City TX 75572 Kraft 165.000006 165 NEI41628 International Paper Company 9978 FM 3129 Queen City TX 75572 Kraft 165.000008

165 NEI41628 International Paper Company 9978 FM 3129 Queen City TX 75572 Kraft 165.000013 165 NEI41628 International Paper Company 9978 FM 3129 Queen City TX 75572 Kraft 165.000014

165 NEI41628 International Paper Company 9978 FM 3129 Queen City TX 75572 Kraft 165.000019 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.BLOX1 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.BLOX2 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.BLOX1/2 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.LK01 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.LK02E-11

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.RB01 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.RB02 166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.ST01

166NEI41314 International Paper 700 South Kaminski Street Georgetown SC 29440 Kraft 166.ST02

167NEI34070 International Paper Co. - Vicksburg Mill 3737 Highway 3 North Redwood MS 39156 Kraft, Secondary 167.004LK

167NEI34070 International Paper Co. - Vicksburg Mill 3737 Highway 3 North Redwood MS 39156 Kraft, Secondary 167.005RB 167NEI34070 International Paper Co. - Vicksburg Mill 3737 Highway 3 North Redwood MS 39156 Kraft, Secondary 167.007SDT

167NEI34070 International Paper Co. - Vicksburg Mill 3737 Highway 3 North Redwood MS 39156 Kraft, Secondary 167.TK0217 169 NEI33013 International Paper 1202 LA HWY 509 Mansfield LA 71052 Kraft, SemiChem 169.03 169 NEI33013 International Paper 1202 LA HWY 509 Mansfield LA 71052 Kraft, SemiChem 169.04 169 NEI33013 International Paper 1202 LA HWY 509 Mansfield LA 71052 Kraft, SemiChem 169.05 169 NEI33013 International Paper 1202 LA HWY 509 Mansfield LA 71052 Kraft, SemiChem 169.06

169 NEI33013 International Paper 1202 LA HWY 509 Mansfield LA 71052 Kraft, SemiChem 169.07

171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.002 171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.003 171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.004

171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.006 171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.007 171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.008E-12

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.009

171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.010

171 NEI18658 Evergreen Packaging Inc 5201 Fairfield Road Pine Bluff AR 71601 Kraft 171.021 172 NEI18335 International Paper Company 601 County Rd 78 Selma AL 36703 Kraft, Secondary 172.LK03 172 NEI18335 International Paper Company 601 County Rd 78 Selma AL 36703 Kraft, Secondary 172.RB01 172 NEI18335 International Paper Company 601 County Rd 78 Selma AL 36703 Kraft, Secondary 172.RB02 172 NEI18335 International Paper Company 601 County Rd 78 Selma AL 36703 Kraft, Secondary 172.ST01

172 NEI18335 International Paper Company 601 County Rd 78 Selma AL 36703 Kraft, Secondary 172.ST02

173 NEI35908 International Paper Company 568 Shore Airport Road Ticonderoga NY 12883 Kraft 173.LK1 173 NEI35908 International Paper Company 568 Shore Airport Road Ticonderoga NY 12883 Kraft 173.RECOVB

173 NEI35908 International Paper Company 568 Shore Airport Road Ticonderoga NY 12883 Kraft 173.SDT 174NEI40247 International Paper, Inc 865 John L Riegel Road Riegelwood NC 28456 Kraft 174.G-18 174NEI40247 International Paper, Inc 865 John L Riegel Road Riegelwood NC 28456 Kraft 174.G-32 174NEI40247 International Paper, Inc 865 John L Riegel Road Riegelwood NC 28456 Kraft 174.G-60 174NEI40247 International Paper, Inc 865 John L Riegel Road Riegelwood NC 28456 Kraft 174.G-63B

174NEI40247 International Paper, Inc 865 John L Riegel Road Riegelwood NC 28456 Kraft 174.G-63C

174NEI40247 International Paper, Inc 865 John L Riegel Road Riegelwood NC 28456 Kraft 174.G-92 174NEI40247 International Paper, Inc 865 John L Riegel Road Riegelwood NC 28456 Kraft 174.G-95 175 NEI26514 International Paper Company 4278 MIKE PADGETT HIGHWAY AUGUSTA GA 30906 Kraft 175.APRX 175 NEI26514 International Paper Company 4278 MIKE PADGETT HIGHWAY AUGUSTA GA 30906 Kraft 175.LK1A 175 NEI26514 International Paper Company 4278 MIKE PADGETT HIGHWAY AUGUSTA GA 30906 Kraft 175.LK2AE-13

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 175 NEI26514 International Paper Company 4278 MIKE PADGETT HIGHWAY AUGUSTA GA 30906 Kraft 175.RB2A 175 NEI26514 International Paper Company 4278 MIKE PADGETT HIGHWAY AUGUSTA GA 30906 Kraft 175.RB3A 175 NEI26514 International Paper Company 4278 MIKE PADGETT HIGHWAY AUGUSTA GA 30906 Kraft 175.ST2A

175 NEI26514 International Paper Company 4278 MIKE PADGETT HIGHWAY AUGUSTA GA 30906 Kraft 175.ST3A

176NEI47104 KapStone Kraft Paper Corporation 100 Gaston Road Roanoke Rapids NC 27870 Kraft 176.G-37 176NEI47104 KapStone Kraft Paper Corporation 100 Gaston Road Roanoke Rapids NC 27870 Kraft 176.G-5 176NEI47104 KapStone Kraft Paper Corporation 100 Gaston Road Roanoke Rapids NC 27870 Kraft 176.RB7 177NEI33887 Verso Quinnesec LLC W6705 US Highway 2 Quinnesec MI 49876 Kraft 177.EU0804 177NEI33887 Verso Quinnesec LLC W6705 US Highway 2 Quinnesec MI 49876 Kraft 177.EU0805 177NEI33887 Verso Quinnesec LLC W6705 US Highway 2 Quinnesec MI 49876 Kraft 177.EU0905 178NEI26309 International Paper 375 Muscogee Road Cantonment FL 32533 Kraft 178.08P012 178NEI26309 International Paper 375 Muscogee Road Cantonment FL 32533 Kraft 178.08P013 178NEI26309 International Paper 375 Muscogee Road Cantonment FL 32533 Kraft 178.08T014 178NEI26309 International Paper 375 Muscogee Road Cantonment FL 32533 Kraft 178.08T015 178NEI26309 International Paper 375 Muscogee Road Cantonment FL 32533 Kraft 178.09P037
179 NEI45474 Rock-Tenn Mill Company, LLC 28270 US Highway 80 West Demopolis AL 36732-5121 Kraft 179.LK3 179 NEI45474 Rock-Tenn Mill Company, LLC 28270 US Highway 80 West Demopolis AL 36732-5121 Kraft 179.RF3 179 NEI45474 Rock-Tenn Mill Company, LLC 28270 US Highway 80 West Demopolis AL 36732-5121 Kraft 179.SDT 180NEI26471 Graphic Packaging International, Inc. 100 Graphic Packaging International Way Macon GA 31206 Kraft, Secondary 180.D001 180NEI26471 Graphic Packaging International, Inc. 100 Graphic Packaging International Way Macon GA 31206 Kraft, Secondary 180.D002 180NEI26471 Graphic Packaging International, Inc. 100 Graphic Packaging International Way Macon GA 31206 Kraft, Secondary 180.L001 180NEI26471 Graphic Packaging International, Inc. 100 Graphic Packaging International Way Macon GA 31206 Kraft, Secondary 180.L002 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.01 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.09 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.10 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.09/10 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.11 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.14 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.49 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.50E-14

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.49/50 181 NEI6057 Graphic Packaging International Inc. 1000 Jonesboro Rd West Monroe LA 71292 Kraft, Secondary, SemiChem 181.51 182 NEI7181 PH Glatfelter 228 S Main Street Spring Grove PA 17362 Kraft 182.037 182 NEI7181 PH Glatfelter 228 S Main Street Spring Grove PA 17362 Kraft 182.103 182 NEI7181 PH Glatfelter 228 S Main Street Spring Grove PA 17362 Kraft 182.110 183 NEI33103 Red Shield Acquisition, LLC 24 Portland Street Old Town ME 04468 Kraft Yes 183.002 183 NEI33103 Red Shield Acquisition, LLC 24 Portland Street Old Town ME 04468 Kraft Yes 183.003 183 NEI33103 Red Shield Acquisition, LLC 24 Portland Street Old Town ME 04468 Kraft Yes 183.004 184NEI46817 Georgia-Pacific Consumer Operations LLC Port Hudson Operations 1000 West Mount Pleasant Rd Zachary LA 70791 Kraft 184.72 184NEI46817 Georgia-Pacific Consumer Operations LLC Port Hudson Operations 1000 West Mount Pleasant Rd Zachary LA 70791 Kraft 184.73 184NEI46817 Georgia-Pacific Consumer Operations LLC Port Hudson Operations 1000 West Mount Pleasant Rd Zachary LA 70791 Kraft 184.LK1 184NEI46817 Georgia-Pacific Consumer Operations LLC Port Hudson Operations 1000 West Mount Pleasant Rd Zachary LA 70791 Kraft 184.LK2
184NEI46817 Georgia-Pacific Consumer Operations LLC Port Hudson Operations 1000 West Mount Pleasant Rd Zachary LA 70791 Kraft 184.SDT1 184NEI46817 Georgia-Pacific Consumer Operations LLC Port Hudson Operations 1000 West Mount Pleasant Rd Zachary LA 70791 Kraft 184.SDT2a 184NEI46817 Georgia-Pacific Consumer Operations LLC Port Hudson Operations 1000 West Mount Pleasant Rd Zachary LA 70791 Kraft 184.SDT2b 185 NEI46599 Georgia Pacific Consumer Products (Camas), LLC 401 NE ADAMS ST CAMAS WA 98607 Kraft 185.02

185 NEI46599 Georgia Pacific Consumer Products (Camas), LLC 401 NE ADAMS ST CAMAS WA 98607 Kraft 185.05 185 NEI46599 Georgia Pacific Consumer Products (Camas), LLC 401 NE ADAMS ST CAMAS WA 98607 Kraft 185.07

186NEI18334 Georgia-Pacific Consumer Products LP (Naheola Mill) 7530 HWY 114 Pennington AL 36916 Kraft 186.LK 186NEI18334 Georgia-Pacific Consumer Products LP (Naheola Mill) 7530 HWY 114 Pennington AL 36916 Kraft 186.RB15 186NEI18334 Georgia-Pacific Consumer Products LP (Naheola Mill) 7530 HWY 114 Pennington AL 36916 Kraft 186.RB17 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.001LK1 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.002LK2 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.003LK3 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.014RB1 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.015SD1E-15

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.016RB2 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.017SD2 188NEI40600 Georgia-Pacific Toledo LLC 1400 SE Butler Bridge Road Toledo OR 97391 Kraft, Secondary, SemiChem 188.HBLBLO 189 NEI54342 Georgia-Pacific LLC Crossett Paper Operations 100 Mill Supply Road Crossett AR 71635 Kraft 189.SN25 189 NEI54342 Georgia-Pacific LLC Crossett Paper Operations 100 Mill Supply Road Crossett AR 71635 Kraft 189.SN26 189 NEI54342 Georgia-Pacific LLC Crossett Paper Operations 100 Mill Supply Road Crossett AR 71635 Kraft 189.SN27 189 NEI54342 Georgia-Pacific LLC Crossett Paper Operations 100 Mill Supply Road Crossett AR 71635 Kraft 189.SN28 190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.L600
190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.L601

190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.R400
190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.R401
190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.R402 190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.R404
190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.R405
190NEI26491 Georgia-Pacific Cedar Springs, LLC 12551 HWY 273 WEST Cedar Springs GA 39832-0044 Kraft, Secondary, SemiChem 190.R406
195 NEI46835 Woodland Pulp LLC 144 Main St. Baileyville ME 4694 Kraft 195.002 195 NEI46835 Woodland Pulp LLC 144 Main St. Baileyville ME 4694 Kraft 195.003 195 NEI46835 Woodland Pulp LLC 144 Main St. Baileyville ME 4694 Kraft 195.007 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN-02 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN-06 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN-08North 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN-08South 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN08North/South 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN-09 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN-14 196NEI18660 Domtar A.W. LLC 285 Highway 71 South Ashdown AR 71822 Kraft 196.SN-15E-16

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 197NEI18657 Delta Natural Kraft 1701 Jefferson Parkway Pine Bluff AR 71602 Kraft 197.1 197NEI18657 Delta Natural Kraft 1701 Jefferson Parkway Pine Bluff AR 71602 Kraft 197.12 197NEI18657 Delta Natural Kraft 1701 Jefferson Parkway Pine Bluff AR 71602 Kraft 197.2 197NEI18657 Delta Natural Kraft 1701 Jefferson Parkway Pine Bluff AR 71602 Kraft 197.4 198NEI41565 AbiBow US Inc 5020 Highway 11 South Calhoun TN 37309 Kraft, Mechanical, Secondary 198.004 198NEI41565 AbiBow US Inc 5020 Highway 11 South Calhoun TN 37309 Kraft, Mechanical, Secondary 198.019 198NEI41565 AbiBow US Inc 5020 Highway 11 South Calhoun TN 37309 Kraft, Mechanical, Secondary 198.020 199 NEI18390 AbiBow US Inc. - Coosa Pines Operations 17589 Plant Road Coosa Pines AL 35044 Kraft 199.002 199 NEI18390 AbiBow US Inc. - Coosa Pines Operations 17589 Plant Road Coosa Pines AL 35044 Kraft 199.004 199 NEI18390 AbiBow US Inc. - Coosa Pines Operations 17589 Plant Road Coosa Pines AL 35044 Kraft 199.011 200NEI47077 AbiBow US Inc. 5300 Cureton Ferry Road Catawba SC 29704 Kraft, Mechanical 200.007_10 200NEI47077 AbiBow US Inc. 5300 Cureton Ferry Road Catawba SC 29704 Kraft, Mechanical 200.007_8 200NEI47077 AbiBow US Inc. 5300 Cureton Ferry Road Catawba SC 29704 Kraft, Mechanical 200.007_9 200NEI47077 AbiBow US Inc. 5300 Cureton Ferry Road Catawba SC 29704 Kraft, Mechanical 200.007RF2 200NEI47077 AbiBow US Inc. 5300 Cureton Ferry Road Catawba SC 29704 Kraft, Mechanical 200.007RF3 201 NEI7559 Boise Packaging and Newsprint, LLC 4200 U. S. Highway 190 West DeRidder LA 70634 Kraft, Mechanical, Secondary 201.SR0001 201 NEI7559 Boise Packaging and Newsprint, LLC 4200 U. S. Highway 190 West DeRidder LA 70634 Kraft, Mechanical, Secondary 201.SR0003 201 NEI7559 Boise Packaging and Newsprint, LLC 4200 U. S. Highway 190 West DeRidder LA 70634 Kraft, Mechanical, Secondary 201.SR0034 202 NEI12411 Boise White Paper, LLC 400 2nd Street International Falls MN 56649 Kraft 202.Lime Kiln EU340

202 NEI12411 Boise White Paper, LLC 400 2nd Street International Falls MN 56649 Kraft 202.Recovery Furnace EU320

202 NEI12411 Boise White Paper, LLC 400 2nd Street International Falls MN 56649 Kraft 202.Smelt Dissolving Tank EU322

203 NEI42410 Boise White Paper LLC 31831 West Highway 12 Wallula WA 99363 Kraft, Sulfite-Na 203.2DTScr 203 NEI42410 Boise White Paper LLC 31831 West Highway 12 Wallula WA 99363 Kraft, Sulfite-Na 203.3DTScr 203 NEI42410 Boise White Paper LLC 31831 West Highway 12 Wallula WA 99363 Kraft, Sulfite-Na 203.LKScrE-17

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 203 NEI42410 Boise White Paper LLC 31831 West Highway 12 Wallula WA 99363 Kraft, Sulfite-Na 203.RF#2 203 NEI42410 Boise White Paper LLC 31831 West Highway 12 Wallula WA 99363 Kraft, Sulfite-Na 203.RF#3 205 NEI8601 BOISE WHITE PAPER LLC 4585 Industrial Road Jackson AL 36545 Kraft, Secondary 205.008 205 NEI8601 BOISE WHITE PAPER LLC 4585 Industrial Road Jackson AL 36545 Kraft, Secondary 205.009
205 NEI8601 BOISE WHITE PAPER LLC 4585 Industrial Road Jackson AL 36545 Kraft, Secondary 205.010 205 NEI8601 BOISE WHITE PAPER LLC 4585 Industrial Road Jackson AL 36545 Kraft, Secondary 205.025 206NEI40282 Blue Ridge Holding Company 175 Main Street Canton NC 28716 Kraft 206.G-31 206NEI40282 Blue Ridge Holding Company 175 Main Street Canton NC 28716 Kraft 206.G-32 206NEI40282 Blue Ridge Holding Company 175 Main Street Canton NC 28716 Kraft 206.G-34 206NEI40282 Blue Ridge Holding Company 175 Main Street Canton NC 28716 Kraft 206.G-35 206NEI40282 Blue Ridge Holding Company 175 Main Street Canton NC 28716 Kraft 206.G-36 206NEI40282 Blue Ridge Holding Company 175 Main Street Canton NC 28716 Kraft 206.G-37
206NEI40282 Blue Ridge Holding Company 175 Main Street Canton NC 28716 Kraft 206.G-38 207NEI7104 Appleton Papers, Inc. 100 Paper Mill Road Roaring Spring PA 16673 Kraft 207.038 207NEI7104 Appleton Papers, Inc. 100 Paper Mill Road Roaring Spring PA 16673 Kraft 207.103A 207NEI7104 Appleton Papers, Inc. 100 Paper Mill Road Roaring Spring PA 16673 Kraft 207.108 208228535 NEI18373 Alabama River Cellulose, LLC 2373 Lena Landegger Highway Perdue Hill AL 36470 Unknown (Kraft) 208228535.001 208228535 NEI18373 Alabama River Cellulose, LLC 2373 Lena Landegger Highway Perdue Hill AL 36470 Unknown (Kraft) 208228535.002 208228535 NEI18373 Alabama River Cellulose, LLC 2373 Lena Landegger Highway Perdue Hill AL 36470 Unknown (Kraft) 208228535.003 208228535 NEI18373 Alabama River Cellulose, LLC 2373 Lena Landegger Highway Perdue Hill AL 36470 Unknown (Kraft) 208228535.007 208228535 NEI18373 Alabama River Cellulose, LLC 2373 Lena Landegger Highway Perdue Hill AL 36470 Unknown (Kraft) 208228535.008 208228535 NEI18373 Alabama River Cellulose, LLC 2373 Lena Landegger Highway Perdue Hill AL 36470 Unknown (Kraft) 208228535.009 226NEI33023 Smurfit-Stone Container Corporation 100 Mill Street Hodge LA 71247 Kraft, Secondary, SemiChem 226.LK1 226NEI33023 Smurfit-Stone Container Corporation 100 Mill Street Hodge LA 71247 Kraft, Secondary, SemiChem 226.LK2 226NEI33023 Smurfit-Stone Container Corporation 100 Mill Street Hodge LA 71247 Kraft, Secondary, SemiChem 226.RECB1
226NEI33023 Smurfit-Stone Container Corporation 100 Mill Street Hodge LA 71247 Kraft, Secondary, SemiChem 226.RECB2 226NEI33023 Smurfit-Stone Container Corporation 100 Mill Street Hodge LA 71247 Kraft, Secondary, SemiChem 226.SDT1N 226NEI33023 Smurfit-Stone Container Corporation 100 Mill Street Hodge LA 71247 Kraft, Secondary, SemiChem 226.SDT1S 226NEI33023 Smurfit-Stone Container Corporation 100 Mill Street Hodge LA 71247 Kraft, Secondary, SemiChem 226.SDT2 240NEI26526 Rayonier Performance Fibers, LLC 4470 SAVANNAH HIGHWAY JESUP GA 31545 Kraft 240.CA81E-18

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 240NEI26526 Rayonier Performance Fibers, LLC 4470 SAVANNAH HIGHWAY JESUP GA 31545 Kraft 240.RF01
240NEI26526 Rayonier Performance Fibers, LLC 4470 SAVANNAH HIGHWAY JESUP GA 31545 Kraft 240.RF02 240NEI26526 Rayonier Performance Fibers, LLC 4470 SAVANNAH HIGHWAY JESUP GA 31545 Kraft 240.RF04 240NEI26526 Rayonier Performance Fibers, LLC 4470 SAVANNAH HIGHWAY JESUP GA 31545 Kraft 240.RF05 240NEI26526 Rayonier Performance Fibers, LLC 4470 SAVANNAH HIGHWAY JESUP GA 31545 Kraft 240.RF06 242 NEI34066 Leaf River Cellulose, LLC 157 Buck Creek Road New Augusta MS 39462 Kraft 242.AA-011 242 NEI34066 Leaf River Cellulose, LLC 157 Buck Creek Road New Augusta MS 39462 Kraft 242.AA-012 242 NEI34066 Leaf River Cellulose, LLC 157 Buck Creek Road New Augusta MS 39462 Kraft 242.AA-013 243 NEI8196 GP Cellulose, LLC. 1400 West 9th Street Brunswick GA 31520 Kraft 243.LG07 243 NEI8196 GP Cellulose, LLC. 1400 West 9th Street Brunswick GA 31520 Kraft 243.R401 243 NEI8196 GP Cellulose, LLC. 1400 West 9th Street Brunswick GA 31520 Kraft 243.R403 243 NEI8196 GP Cellulose, LLC. 1400 West 9th Street Brunswick GA 31520 Kraft 243.R407 243 NEI8196 GP Cellulose, LLC. 1400 West 9th Street Brunswick GA 31520 Kraft 243.R408 340NEI46852 Green Bay Packaging Inc. 338 Hwy 113 Morrilton AR 72110 Kraft, Secondary 340.005 340NEI46852 Green Bay Packaging Inc. 338 Hwy 113 Morrilton AR 72110 Kraft, Secondary 340.007 340NEI46852 Green Bay Packaging Inc. 338 Hwy 113 Morrilton AR 72110 Kraft, Secondary 340.008 525 NEI8265 Georgia Pacific Consumer Operations LLC 215 County Road 216 Palatka FL 32177 Kraft 525.EU17 525 NEI8265 Georgia Pacific Consumer Operations LLC 215 County Road 216 Palatka FL 32177 Kraft 525.EU18 525 NEI8265 Georgia Pacific Consumer Operations LLC 215 County Road 216 Palatka FL 32177 Kraft 525.EU19North 525 NEI8265 Georgia Pacific Consumer Operations LLC 215 County Road 216 Palatka FL 32177 Kraft 525.EU19South 531 NEI8186 International Paper Company 1201 W. Lathrop Ave. Savannah GA 31415 Kraft, Secondary 531.LK7 531 NEI8186 International Paper Company 1201 W. Lathrop Ave. Savannah GA 31415 Kraft, Secondary 531.RF10

531 NEI8186 International Paper Company 1201 W. Lathrop Ave. Savannah GA 31415 Kraft, Secondary 531.RF15 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G0803 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G0805 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G0806 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G0807 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G0903 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G0905 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G0908 600NEI18357 International Paper Company 16504 County Road 150 Courtland AL 35618 Kraft 600.G2303E-19

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 606NEI47091 Buckeye Florida, Limited Partnership One Buckeye Drive Perry FL 32348 Kraft 606.LK4 606NEI47091 Buckeye Florida, Limited Partnership One Buckeye Drive Perry FL 32348 Kraft 606.RB2 606NEI47091 Buckeye Florida, Limited Partnership One Buckeye Drive Perry FL 32348 Kraft 606.RB3 606NEI47091 Buckeye Florida, Limited Partnership One Buckeye Drive Perry FL 32348 Kraft 606.RB4 606NEI47091 Buckeye Florida, Limited Partnership One Buckeye Drive Perry FL 32348 Kraft 606.SDT2

606NEI47091 Buckeye Florida, Limited Partnership One Buckeye Drive Perry FL 32348 Kraft 606.SDT3E-20

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 606NEI47091 Buckeye Florida, Limited Partnership One Buckeye Drive Perry FL 32348 Kraft 606.SDT4

610NEI6261 Verso Androscoggin LLC 300 Riley Road Jay ME 04239 Kraft, Mechanical 610.10 610NEI6261 Verso Androscoggin LLC 300 Riley Road Jay ME 04239 Kraft, Mechanical 610.4 610NEI6261 Verso Androscoggin LLC 300 Riley Road Jay ME 04239 Kraft, Mechanical 610.5
610NEI6261 Verso Androscoggin LLC 300 Riley Road Jay ME 04239 Kraft, Mechanical 610.7
610NEI6261 Verso Androscoggin LLC 300 Riley Road Jay ME 04239 Kraft, Mechanical 610.8 610NEI6261 Verso Androscoggin LLC 300 Riley Road Jay ME 04239 Kraft, Mechanical 610.9 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.001L 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.001R 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.001L/001R 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.002L 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.002R 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.002L/002R 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.005 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.006 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.007 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.008 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.009 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.UT-7 613 NEI11172 Georgia Pacific Monticello LLC 604 NA Sandifer Rd Monticello MS 39654 Kraft, Secondary 613.UT-8 615 NEI40554 Georgia-Pacific Consumer Products, LP 92326 Taylorville Road Clatskanie OR 97016 Kraft 615.21 615 NEI40554 Georgia-Pacific Consumer Products, LP 92326 Taylorville Road Clatskanie OR 97016 Kraft 615.24 615 NEI40554 Georgia-Pacific Consumer Products, LP 92326 Taylorville Road Clatskanie OR 97016 Kraft 615.25 617NEI42695 Domtar A.W. LLC 301 Point Basse Avenue Nekoosa WI 54457 Kraft 617.B14 617NEI42695 Domtar A.W. LLC 301 Point Basse Avenue Nekoosa WI 54457 Kraft 617.P21 617NEI42695 Domtar A.W. LLC 301 Point Basse Avenue Nekoosa WI 54457 Kraft 617.P22E-21

RTI Code Final NEISiteID Operator PysAddress PysCity PysST PysZip Pulp_Processes Final small business RTI&EUID 1. Shaded cells indicate where operating hours and/or production rates were taken from associated equipment (e.g., smelt tank was assumed to have same operating hours as the recovery furnace). 2. BLO throughput was based on the associated recovery furnace throughput. 3. Revised/back-filled with information from outside sources as indicated by shading color. In some cases used more precise throughput from associated SDT(s). Publicly available RISI data were used to fill gaps for res 4. Lime kiln production rates were revised/back-filled with information from outside sources as indicated by color. For some units labeled CBI, back-calculated throughput using non-CBI MMBtu/hr and default of 6 MMBtu/ton lime (per NCASI TB 973) and 24 hr/d operation. 5. Replaced blank with "No" since no year subject to subpart BB was given. Additions/edits to data from database Based on RISI data Based on LW Post 2008 data Based on BLRBAC inventory data Based on Subpart MM inventory data Based on title V permit data Taken from Part I database Based on RF capacity data Based on SDT capacity dataE-22 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 100.037A Chemical Recovery Furnace NDCE 1993 1993 1993 100.109 Smelt Dissolving Tank SDT (Kraft) 1993 1993 1993 100.115 Lime Kiln Lime Kiln 1993 1993 1993
102.LK NEI ID = 23, TV=LKP Lime Kiln No. 4 (LK) Lime Kiln 1985 1985 1985

102.RB10 NEI ID = 10, TV = "RB 10" Recovery Boiler No. 10 NDCE 1975 1975; rebuilt 2002 1975 102.SDTV10 NEI ID = 11, TV= "RB 10 - SDT" Smelt Dissolver Tank Vent No. 10 SDT (Kraft) 1975 1975 1975

103.G-158 No. 5 Recovery Boiler Recovery Boiler NDCE 2000-upgrade 1975; rebuilt 2000 1975 103.G-165 No. 5 Lime Kiln Lime Kiln Lime Kiln 1987 1987 1987 103.G-225 North and South Smelt Tanks Smelt Dissolving Tanks (2) SDT (Kraft) (2) 1975 1975 1975 104.EUG D6 Recovery Furnace NDCE 2006 2006 2006
104.EUG E4b New Smelt Dissolving Tank SDT (Kraft) 2006 2006 2006
104.EUG E7 Lime Kiln Lime Kiln 2005-upgrade 2005-upgrade 2005 105.EU440BLO Operation of these units occurrs only when Recovery Boiler #3 is operating Black Liquor Oxidation Tanks 1 &2 BLO 1974 1974 1974 105.EU445A #3 Recovery Boiler is currently not operated and is on standby. # 3 Recovery Boiler DCE 1964 1964 1964 105.EU445BEast Operation of this unit occurrs only when Recovery Boiler #3 is operating Smelt dissolving tanks, #3 East 1964 1964 1964 105.EU445BWest Operation of this unit occurrs only when Recovery Boiler #3 is operating Smelt dissolving tanks, #3 West 1964 1964 1964 105.EU445BEastWes t Operation of this unit occurrs only when Recovery Boiler #3 is operating Smelt dissolving tanks, #3 SDT (Kraft) 1964 1964 1964 105.EU445C # 4 Recovery Boiler NDCE 1970 1970; modified 2007 1970 105.EU445D #4 Smelt Dissolving Tank SDT (Kraft) 1970 1970 1970 105.EU455 LVHC system (CD 186-193) and Dilute NCG collection system (CD186-144) streams are burned in the lime kilns. #2 Lime Kiln is used as backup only when #3 kiln is not operating. Lime Kilns #2 and #3 Lime Kilns (2) LK#3 installed1964 (LK#2 installed in 1955) LK#3 installed1964 (LK#2 installed in 1955) 1964
107.08-P1 RF-P1 Recovery Furnace NDCE pre-1990 1990; rebuilt 1996 1990 107.09-P2 RF-P2 Smelt Dissolving Tanks SDT (Kraft) 1989 1989 1989 107.11-P14 CA-P14 Lime Kiln Lime Kiln 1996 1996 1996E-23 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 108.LK1 This source is listed in Phase I as a control device only; Phase III source Lime Kiln Lime Kiln 1974 1974 1974

108.RB3 This source is listed in Phase I as a control device only; Phase III source Recovery Boiler No. 3 NDCE 2009 2009 2009 108.SDT3 This source is not an emission point. Smelt Dissolving Tank No 3 SDT (Kraft) 2009 2009 2009

109.LK1 Lime Kiln is backup incineration point for LVHCs and SOGs Lime Kiln /Thermal Oxidizer(backup) Lime Kiln 1997 1997 1997 109.RB3 Recovery Furnace #3 NDCE 1985 1985 1985 109.RB4 Recovery Furnace #4 NDCE 1997 1997 1997 109.SDT3 Smelt Dissolving Tank #3 SDT (Kraft) 1985 1985 1985 109.SDT4 Smelt Dissolving Tank #4 SDT (Kraft) 1997 1997 1997 111.G-127 South Smelt Tank SDT (Kraft) 2009 2009 2009 111.G-35 Lime Kiln Lime Kiln 1996 1996 1996 111.G-44 Recovery Boiler NDCE 2009 2009 2009 112.AA-100 Recovery Furnace NDCE 2009 2009 2009 112.AA-101a Smelt Dissolving Tank Vent Scrubber SDT (Kraft) 2009 2009 2009 112.AA-110 Lime Kiln Lime Kiln 1990 1990 1990 114.U500 Recovery Furnace NDCE 1980 1980; rebuilt 1994 1980 114.U508 Smelt Dissolving Tank SDT (Kraft) 1980 1980 1980 114.U800 Lime Kiln Lime Kiln 2003 2003 2003 115.LK01 LK1P Lime Kiln Lime Kiln pre-1990 1978; capacity increased 1990 1978 115.RE01 RE1E, RE1W Recovery Boiler NDCE pre-1990 1979; rebuilt 1991, 2000 1979 115.SM01 SM1E, SM1W Smelt Dissolving Tank SDT (Kraft) pre-1990 1979 1979 116.001 Lime Kiln Lime Kiln 1967-1968 1967-1968 1968 116.003 No. 2 Recovery Furnace NDCE 1981-1982 1981-1982 1982 116.004 No.2 Smelt Dissolving Tank SDT (Kraft) 1981-1983 1981-1983 1982

117.B21 AEI Emission Unit ID = B21 #14 Recovery Boiler NDCE 1995-Upgrade 1974; upgraded 1995 1974 117.P30 AEI Emission Unit ID = P30 Smelt Dissolving Tank SDT (Kraft) 1974 1974 1974 117.P36 AEI Emission Unit ID = P36 Lime Kiln Lime Kiln 1960 1960 1960 119.EQT005 smelt dissolving tank SDT (Kraft) pre-1990 1964 1964 119.EQT006 lime kiln Lime Kiln 1963 1963 1963 119.EQT008 recovery furnace DCE 1964 1964 1964E-24 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 119.EQT010 GRP11A includes EQT049, EQT050,EQT051,EQT052,EQT053, GRP11B includes EQT055,EQT056,EQT058,EQT059,EQT060 ,EQT061,EQT062,EQT063 recovery furnace NDCE 1989 1989 1989
119.EQT011 smelt dissolving tank SDT (Kraft) 1989 1989 1989 119.EQT013 black liquor oxidation tank BLO 1964 1964 1964 119.EQT014 black liquor oxidation tank BLO 1964 1964 1964 120.F7 Permit Emission ID = RF5 Recovery Furnace 5 NDCE 1988 1988 1988
120.M18 Permit Emission ID = LK1 Lime Kiln 1A Lime Kiln 1979 1979 1979 120.M19 Permit Emission ID = LK2 Lime Kiln 2A Lime Kiln 1976 1976 1976 120.M3 Permit Emission ID = ST5 Smelt Dissolving Tank 5 SDT (Kraft) 1989 1989 1989 121.000009 No. 1 Smelt Dissolving Tank (P-DIS1) Smelt or ash dissolving tank SDT (Kraft) 1967 1967 1967
121.000010 No. 2 Smelt Dissolving Tank (P-DIS2) Smelt or ash dissolving tank SDT (Kraft) 1967 1967 1967
121.000011 Lime Kiln (P-LIMK) Lime kiln Lime Kiln 1967 1967 1967
121.000013 No. 1 Recovery Furnace (P-REVB1) Recovery furnace DCE 1967 1967 1967
121.000014 No. 2 Recovery Furnace (P-REVB2) Recovery furnace DCE 1967 1967 1967
121.BLOX01 Black Liquor Oxidation System - Primary Stage Black liquor oxidation system 1987 1987 1987 121.BLOX02 Black Liquor Oxidation System - Secondary Stage Black liquor oxidation system 1987 1987 1987 121.BLOX03 Black Liquor Oxidation System - Tertiary Stage Black liquor oxidation system 1987 1987 1987 121.BLOX01-03 Black Liquor Oxidation System - Primary, Secondary, and Tertiary Stages Black liquor oxidation system BLO 1987 1987 1987 124.001 EU001 #1 recovery boiler DCE pre-1990 1971 1971 124.004-1 EU004-1 lime kiln Lime Kiln 1972 1972 1972 124.019 EU019 #2 recovery boiler DCE pre-1990 1972 1972 124.020 EU020 #2 smelt dissolving tank SDT (Kraft) pre-1990 1972 1972 124.021 EU021 #1 smelt dissolving tank SDT (Kraft) pre-1990 1971 1971 124.037-8 EU037-8 BLOX system BLO 1970 1970 1970 126.LK Permit ID: HW-CRP2-SO22 Lime Kiln Lime Kiln Pre-3/17/1972 Pre-3/17/1972 1972E-25 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 126.RECOV Permit ID: HW-PSG4-S013 Recovery Furnace NDCE 1980 1980; rebuilt 1995 1980

126.SDT Permit ID: HW-PSG4-S018 Smelt dissolving tank SDT (Kraft) 1980 1980 1980 127.LK1 Lime Kiln 1 Lime Kiln 1963 1963 1963 127.LK2 Lime Kiln 2 Lime Kiln 1973 1973 1973 127.REC1 Recovery Boiler NDCE 1991 - Upgrade 1974; rebuilt 1991 1974 127.SDT1 Smelt Dissolving Tank (62-80-601) SDT (Kraft) 1991 - Upgrade 1974; upgraded 1991 1974 130.1 No. 1 Recovery Furnace DCE 1957 1957 1957 130.11 No. 3 Smelt Dissolving Tank SDT (Kraft) 1971 1971 1971

130.2 No. 2 Recovery Furnace DCE 1964 1964 1964 130.23 Black Liquor Oxidation System (No. 1 BLO Tk, No. 2 BLO Tk, BLO Foam Tk) BLO 1975 1975 1975
130.3 No. 3 Recovery Furnace NDCE 1971 (2002 - Modification) 1971; modified 2002 2002 130.4 No. 1 Lime Kiln Lime Kiln 1957 1957 1957
130.5 No. 2 Lime Kiln Lime Kiln 1964 1964 1964
130.6 No. 1 Smelt Dissolving Tank SDT (Kraft) 1957 1957 1957

130.7 No. 2 Smelt Dissolving Tank SDT (Kraft) 1964 1964 1964

131.16 Lime Kiln 2 lime kiln Lime Kiln 1982 1982 1982 131.18 Lime Kiln 1 lime kiln Lime Kiln 1956 1956 1956 131.5 Recovery Furnace 4 recovery furnace DCE 1975 1975 1975 131.6 Recovery Furnace 5 recovery furnace NDCE 1991 1991 1991 131.BLO Black liquor oxidation RF4 black liquor oxidation system BLO 1975 1975 1975 131.SDT4N Smelt Dissolving Tank 4 North smelt dissolving tank 1975 1975 1975E-26 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 131.SDT4S Smelt Dissolving Tank 4 South smelt dissolving tank 1975 1975 1975 131.SDT4N/4S Smelt Dissolving Tank 4 North/South smelt dissolving tank SDT (Kraft) 1975 1975 1975 131.SDT5 Smelt Dissolving Tank 5 smelt dissolving tank SDT (Kraft) 1991 1991 1991 132.21LK4 NEI ID 21, Permit ID -021 (#4 LK) lime kiln Lime Kiln 1989 1989 1989 132.4RB #4 recovery boiler NDCE 1970 1970 1970
132.4SDT #4RB smelt dissolving tank vent SDT (Kraft) 2003 2003 2003 132.5RB #5 recovery boiler NDCE 1977 1977 1977 132.5SDT #5RB smelt dissolving tank vent SDT (Kraft) 1977 1977 1977 133.10 RB4MS recovery furnace NDCE 1973 1973; rebuilt 2001 1973 133.12a SDT4TE smelt dissolving tank - east SDT (Kraft) 1973 1973 1973 133.12b SDT4TW smelt dissolving tank - west SDT (Kraft) 1973 1973 1973 133.14 LK#1 lime kiln Lime Kiln 1960 1960 1960 133.15 LK#2 lime kiln Lime Kiln 1973 1973 1973 135.003-1 NEI Emission ID = 003 Recovery Boiler NDCE pre-1990 1976; rebuilt 1991 1976 135.004-1 NEI Emission ID = 004 Lime Kiln Lime Kiln pre-1990 1976 1976

135.007-1 NEI Emission ID = 007 East Dissolving Tank (B) SDT (Kraft) pre-1990 1976 1976 135.007-2 NEI Emission ID = 007 West Dissolving Tank (A) SDT (Kraft) pre-1990 1976 1976 136.EU 005 EU 005 Recovery Furnace NDCE 1998 1998 1998 136.EU 031 EU 031 Smelt Dissolving Tank SDT (Kraft) 1998 1998 1998 136.EU 033 EU 033 Rotary Lime Kiln Lime Kiln 1999 1999 1999 137.157 No. 4 Recovery Smelt Dissolver Smelt or ash dissolving tank SDT (Kraft) 1970 1970 1970 137.189 No. 4 Recovery Boiler Recovery furnace NDCE 1970 1970; rebuilt 1990 1970 137.204 No. 5 Recovery Smelt Dissolver Smelt or ash dissolving tank SDT (Kraft) 1987 1987 1987 137.511 No. 3 Lime Kiln Lime kiln or calciner Lime Kiln 1958 1958 1958

137.512 No. 4 Lime Kiln Lime kiln or calciner Lime Kiln 1975 1975 1975

137.721 No. 5 Recovery Boiler Recovery furnace NDCE 1987 1987 1987E-27 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 138.001 SN-01, Lime Kiln Lime Kiln Lime Kiln 1976 1976 1976 138.002 SN-02, Recovery Furnace Recovery Furnace NDCE 1976 1976; rebuilt 1991 1976 138.003 SN-03, Smelt Dissolving Tank Smelt Dissolving Tank SDT (Kraft) 1976 1976 1976 139.02 Emissions discharge to 3 ESPs which vent to a common stack NDCE pre-1990 1969 1969
139.03 Smelt Dissolving Tank SDT (Kraft) pre-1990 1969 1969 139.04 Lime Kiln Lime Kiln pre-1990 1975 1975 140.32 LKEU Lime Kiln 1968 1968 1968 140.55 RFEU NDCE 1968 1968 1968
140.57 SDTEU SDT (Kraft) 1968 1968 1968 142.CU7214 RECOVERY FURNACE #2 Chemical recovery furnace DCE 1966 1966; rebuilt 1985 1966 142.CU7215 RECOVERY FURNACE #3 Chemical recovery furnace NDCE 1999 1999 1999 142.CU7216 RECOVERY FURNACE #1 Chemical recovery furnace DCE 1961 1961; rebuilt 1985 1961 142.P6009 LIME KILN #2 Lime kiln or calciner Lime Kiln 1975 1975 1975 142.P6025 LIME KILN #1 Lime kiln or calciner Lime Kiln 1960 1960 1960 142.P7225 BLACK LIQUOR OXIDATION SYSTEM Black liquor oxidization system BLO 1972 1972 1972 142.P7236 SMELT DISSOLVING TANK #3 Smelt or ash dissolving tank SDT (Kraft) 1977 1977 1977 142.P7413 SMELT DISSOLVING TANK #1 and #2 Smelt or ash dissolving tank SDT (Kraft) (2) 1966 1966 1966 143.6063 TV IDEquip ID: [No. 4 Lime Kiln] Lime Kiln 1992 1992 1992 143.7000 PCA is currently constructing the No. 4 NDCE Recovery Furnace and No. 4 Smelt Dissolving Tank. Upon completion of construction, this emission unit will be shutdown. TV ID-Equip ID: [No. 1 Recovery Furnace] DCE pre-1990 1953; modified 1992 1953
143.7005 PCA is currently constructing the No. 4 NDCE Recovery Furnace and No. 4 Smelt Dissolving Tank. Upon completion of construction, this emission unit will be shutdown. TV ID-Equip ID: [No. 1 Smelt Dissolving Tank] SDT (Kraft) pre-1990 1953 1953
143.7010 TV ID-Equip ID: [No. 2 Recovery Furnace] DCE pre-1990 1953; modified 2000 1953 143.7015 PCA is currently constructing the No. 4 NDCE Recovery Furnace and No. 4 Smelt Dissolving Tank. Upon completion of construction, this emission unit will be shutdown. TV ID-Equip ID: [No. 2 Smelt Dissolving Tank] SDT (Kraft) pre-1990 1953 1953
143.7020 PCA is currently constructing the No. 4 NDCE Recovery Furnace and No. 4 Smelt Dissolving Tank. Upon completion of construction, this emission unit will not operate as a Recovery Furnace; however, it will be available as a back-up boiler. TV ID-Equip ID: [No. 3 Recovery Furnace] DCE pre-1990 1970; modified 2000 1970

143.7025 TV ID-Equip ID: [No. 3 Smelt Dissolving Tank] SDT (Kraft) pre-1990 1970 1970E-28 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 143.7032 PCA is currently constructing the No. 4 Recovery Furnace and No. 4 Smelt Dissolving Tank. Upon completion of construction, this emission unit will be shutdown and not replaced. TV IDEquip ID: [Black Liquor Oxidation] BLO 1992 1992 1992
145.31 PR012 Black Liquor Oxidizer BLO pre-1990 1984 1984 145.54 PR008 No. 2 Recovery Boiler DCE pre-1990 1959 1959 145.55 PR010 No. 3 Recovery Boiler DCE pre-1990 1972; rebuilt 1986 1972 145.56 PR009 No. 2 Smelt Dissolving Tank SDT (Kraft) pre-1990 1959 1959
145.57 PRO11 No. 3 Smelt Dissolving Tanks SDT (Kraft) pre-1990 1972 1972 145.001 Lime Kiln Lime Kiln 1966 1966 1966 146.10 No. 1 Smelt Dissolving Tanks (REC002, REC003) SDT (Kraft) pre-1990 1973 1973 146.16 No. 2 Recovery Furnace (REC010) NDCE 1991 1991 1991 146.17 No. 2 Smelt Dissolving Tank (REC011) SDT (Kraft) 1991 1991 1991 146.23 BLOx Tower (REC005) BLO pre-1990 1972 1972 146.30 No. 2 Lime Kiln (REC047) Lime Kiln 1998 1998 1998 146.6 No. 1 Lime Kiln (REC045) Lime Kiln pre-1990 1950 1950 146.8 No. 1 Recovery Furnace (REC001) DCE pre-1990 1973; modified 1996 1973 147.14 RB3 Recovery Furnace NDCE 2003-Upgrade 1976; upgraded 1991, 2003 1976 147.161 SDT3 Smelt Dissolving Tank SDT (Kraft) pre-1990 1976 1976 147.243 SDT4N Smelt Dissolving Tank SDT (Kraft) pre-1990 1995 1995 147.244 SDT4S Smelt Dissolving Tank SDT (Kraft) pre-1990 1995 1995 147.3 LK1 Lime Kiln Lime Kiln pre-1990 1980 1980 147.5 RB4 Recovery Furnace NDCE 2003-Upgrade 1995; upgraded 2003 1995 147.55 LK7 Lime Kiln Lime Kiln 2010-Upgrade 2010-upgrade 2010 148.001 No. 1 Recovery Furnace NDCE 1996-upgrade 1966; rebuilt 1990, 1996 1966 148.002 No. 1 Smelt Dissolving Tank SDT (Kraft) 1966 1966 1966 148.003 No. 1 Lime Kiln Lime Kiln 1966 1966 1966 148.007 No. 2 Recovery Furnace NDCE 1990 1990 1990 148.008 No. 2 Smelt Dissolving Tank SDT (Kraft) 1990 1990 1990 148.009 No. 2 Lime Kiln Lime Kiln 1990 1990 1990 149.B011 No. 9 Recovery Furnace NDCE 1978 1978; rebuilt 1988 1978 149.P001 Rotary Lime Kiln Lime Kiln 1961 1961 1961E-29 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 149.P005 No. 9 Smelt Dissolving Tank SDT (Kraft) 1978 1978 1978 150.CAU-12 NEI Emission Unit ID = 007 lime kiln Lime Kiln 1989 1989 1989 150.CREC-1 NEI Emission Unit ID = 002 recovery furnace NDCE 1981 1981; rebuilt 1992 1981 150.CREC-2a NEI Emission Unit ID = 004 smelt tank, west stack 1981 1981 1981 150.CREC-2b NEI Emission Unit ID = 004 smelt tank, east stack 1981 1981 1981 150.CREC-2a/2b NEI Emission Unit ID = 004 smelt tank, west/east stacks SDT (Kraft) 1981 1981 1981 151.CP001 No. 4 Lime Kiln Lime Kiln 1972 1972 1972 151.CP002 No. 5 Lime Kiln Lime Kiln 1990 1990 1990 151.REC001 Bloack Liquor Oxidizer BLO 1964 1964 1964 151.REC004 No. 1 Recovery Boiler NDCE 1984 1984 1984 151.REC005 No. 1 East Smelt Dissolving Tank 1984 1984 1984 151.REC006 No. 1 West Smelt Dissolving Tank 1984 1984 1984 151.REC005/006 No. 1 East/West Smelt Dissolving Tank SDT (Kraft) 1984 1984 1984 151.REC007 No. 9 Recovery Boiler DCE 1966 1966; rebuilt 1983 1966 151.REC008 No. 9 East Smelt Dissolving Tank SDT (Kraft) 1966 1966 1966 151.REC009 No. 9 West Smelt Dissolving Tank SDT (Kraft) 1966 1966 1966 152.03 NEI Emission Unit ID, Permit ID = 03 recovery furnace DCE 1969 1969 1969 152.04 NEI Emission Unit ID, Permit ID = 04 smelt dissolving tank SDT (Kraft) 1969 1969 1969 152.07 NEI Emission Unit ID, Permit ID = 07 black liquor oxidation system BLO pre-1990 1970 1970 152.08 NEI Emission Unit ID, Permit ID = 08 lime kiln Lime Kiln 1969 1969 1969 153.EQT 0053 GRP0000000006 RC-01 - Lime Kiln Lime Kiln 1966; upgraded 1988 1966 153.EQT 0065 GRP0000000007 RF-01 - NDCE Recovery Furnace NDCE 1964; modified 1988, 1998 1964 153.EQT 0066 GRP0000000007 RF-02 - Smelt Dissolving Tank SDT (Kraft) 1964 1964 154.P30 Lime Kiln Lime Kiln pre-1990 1968 1968
154.P32 #1 Smelt Dissolving Tank Smelt Dissolving Tank SDT (Kraft) pre-1990 1967 1967 154.P35 #2 Smelt Dissoling Tank Smelt Dissoling Tank SDT (Kraft) pre-1990 1976 1976 154.P36 #2 Recovery Furnace Recovery Furnace DCE pre-1990 1976; modified 1987 1976 154.P37 #3 Recovery Furnace Recovery Furnace DCE pre-1990 1989 1989 154.P38 #3 Smelt Dissolving Tank Smelt Dissolving Tank SDT (Kraft) pre-1990 1989 1989 154.P39 #1 Recovery Furnace Recovery Furnace DCE pre-1990 1967; modified 1985, 1995 1967 154.P40 Heavy Black Liquor Oxidation Stage 1 Black Liquor Oxidation pre-1990 1989 1989 154.P41 Heavy Black Liquor Oxidation Stage 2 Black Liquor Oxidation pre-1990 1989 1989 154.P40/41 Heavy Black Liquor Oxidation Stages 1 and 2 Black Liquor Oxidation BLO pre-1990 1989 1989E-30 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 155.LIME KILN LK SCRUBBER is control device for the lime kiln. The lime kiln is the back-up control device for LVHC gases. The thermal oxidizer is the primary control device for LVHC gases. Lime Kiln Lime Kiln 1972 1972 1972
155.RECOVERY FURNACE The RF ESP is the control device for the recovery furnace Recovery Furnace NDCE 1994-upgrade 1972; upgraded 1994 1972
155.SDT The SDT SCRUBBER is the control device for the smelt dissolving tank Smelt Dissolving Tank SDT (Kraft) pre-1990 1972 1972 156.143100 Lime Kiln 3 Lime Kiln pre-2000 1964 1964 156.145000 Lime Kiln 4 Lime Kiln pre-2000 1970 1970 156.BLOXID Black Liquor Oxidation system BLO pre-2000 1988 1988 156.LK5 Lime Kiln 5 Lime Kiln pre-2000 1982 1982 156.RF18 RF18 was not operational in 2009 Recovery Furnace 18 DCE pre-2000 1965 1965 156.RF19 Firebox tubing was replaced in 2001, which is considered a significant upgrade for the purpose of this response. Recovery Furnace 19 DCE 2001 1974; rebuilt 2001 1974 156.RF22 Recovery Furnace 22 NDCE pre-2000 1992 1992 156.SMEL18 SMEL18 was not operational in 2009 Smelt Dissolving Tank 18 SDT (Kraft) pre-2000 1965 1965 156.SMEL19 Smelt Dissolving Tank 19 SDT (Kraft) pre-2000 1974; rebuilt 2001 1974 156.SMEL22 Smelt Dissolving Tank 22 SDT (Kraft) pre-2000 1992 1992 157.KILN Lime Kiln Lime Kiln 1958 1958 1958 157.RB2 Recovery Boiler NDCE 1972 1972 1972
157.SDT Smelt Dissolving Tank SDT (Kraft) 1972 1972 1972 159. PW04 Permit Emission ID = PW04 Smelt Dissolving Tank SDT (Kraft) 1968 1968 1968 159.F3 Permit Emission ID = PW02 Recovery Furnace NDCE 1968 1968; converted 1991 1968 159.F4 Permit Emission ID = LM01 Lime Kiln Lime Kiln 1968 1968 1968 162.371A No. 1 Lime Kiln Lime Kiln 1982 1982 1982 162.372A No. 2 Lime Kiln Lime Kiln 1989 1989 1989 162.381A No. 1 Recovery Furnace NDCE 1982 1982 1982 162.381C No. 1 Smelt Tank SDT (Kraft) 1982 1982 1982

162.382A No. 2 Recovery Furnace NDCE 1989 1989 1989E-31 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 162.382B No. 2 Smelt Tank SDT (Kraft) 1989 1989 1989

163.BLO404 No. 1 Blox Tank Black Liquor Oxidation System UK 1967 1967 163.BLO405 No. 2 Blox Tank Black Liquor Oxidation System UK 1973 1973 163.BLO404/BLO405 No. 1 & 2 Blox Tank Black Liquor Oxidation System BLO UK 1967/1973 1973 163.LK1501 No. 1 Lime Kiln Lime Kiln Lime Kiln 1967 1967 1967 163.LK2502 No. 2 Lime Kiln Lime Kiln Lime Kiln 1980 1980 1980 163.RF1901 No. 1 Recovery Furnance Recovery Furnace DCE 2007-upgrade 1967; upgraded 2007 1967 163.RF2904 No. 2 Recovery Furnance Recovery Furnace NDCE 1980 1980 1980 163.SD1902 No. 1 Smelt Tank South Smelt Dissolving Tank SDT (Kraft) 1967 1967 1967 163.SD1903 No. 1 Smelt Tank North Smelt Dissolving Tank SDT (Kraft) 1967 1967 1967 163.SD2906 No. 2 Smelt Tank Smelt Dissolving Tank SDT (Kraft) 1980 1980 1980 164.B08 Flue gasses from B08 and B10 recovery furnaces No. 8 Recovery Boiler NDCE 1952; rebuilt 1996 1952 164.B10 combine and then split off to the No. 10 Recovery Boiler NDCE 1961; rebuilt 1995 1961 164.P08 two 3 field ESPs, C03 and C04 No. 8 Smelt Dissolving Tank SDT (Kraft) 1952 1952 164.P10 No. 10 Smelt Dissolving Tank SDT (Kraft) 1961 1961 164.P12 Lime Kiln Lime Kiln 1986 1986

165.000002 No. 2 Lime Kiln (LK02) Lime kiln Lime Kiln 1975 1975 1975 165.000006 No. 2 Recovery Furnace (RB02A and RB02B) Recovery furnace NDCE 1975 1978; rebuilt 1991 1978 165.000008 No. 2 Smelt Tank Scrubber (SM02) Smelt or ash dissolving tank SDT (Kraft) 1975 1978 1978

165.000013 No. 1 Recovery Furnace (RB01A and RB01B) Recovery furnace NDCE 1972 1972; upgraded 1985, 1988, 1990 1972 165.000014 No. 1 Smelt Tank Scrubber (SM01) Smelt or ash dissolving tank SDT (Kraft) 1972 1972 1972

165.000019 No. 1 Lime Kiln (LK01) Lime kiln Lime Kiln 1972 1972 1972 166.BLOX1 Primary Black Liquor Oxidation 1997 1997 1997 166.BLOX2 Secondary Black Liquor Oxidation 1997 1997 1997 166.BLOX1/2 Primary and Secondary Black Liquor Oxidation BLO 1997 1997 1997 166.LK01 Lime Kiln 1 Lime Kiln 1963 1963 1963 166.LK02 Lime Kiln 2 Lime Kiln 1979 1979 1979E-32 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 166.RB01 Recovery Boiler 1 DCE 1963 1963; rebuilt 1983 1963 166.RB02 Recovery Boiler 2 DCE 1989-upgrade 1967; upgraded 1989 1967 166.ST01 Smelt Dissolving Tank 1 SDT (Kraft) 1964 1964 1964

166.ST02 Smelt Dissolving Tank 2 SDT (Kraft) 1967 1967 1967

167.004LK Lime Kiln Lime Kiln 1967 1967 1967

167.005RB Recovery Furnace DCE 1967 1967 1967 167.007SDT Smelt dissolving tank SDT (Kraft) 1967 1967 1967

167.TK0217 Black Liquor Oxidation (BLOx ) System BLO 1966 1966 1966 169.03 03-78 Lime Kiln Lime Kiln Lime Kiln 1981 1981 1981 169.04 04-78 No. 1 Recovery Boiler No. 1 Recovery Boiler NDCE 1981 1981; rebuilt 1994 1981 169.05 05-78 No. 2 Recovery Boiler No. 2 Recovery Boiler NDCE 1981 1981; rebuilt 1995 1981 169.06 06-78 No. 1 Smelt Dissolving Tank No. 1 Smelt Dissolving Tank SDT (Kraft) 1981 1981 1981

169.07 07-78 No. 2 Smelt Dissolving Tank No. 2 Smelt Dissolving Tank SDT (Kraft) 1981 1981 1981

171.002 SN02 No. 2 Recovery Boiler DCE 1958, 1990- modification 1958; modified 1990 1958 171.003 SN03 No. 3 Recovery Boiler DCE 1959, 1990- modification 1959; modified 1990 1959 171.004 This recovery boiler has two stacks 004 East and 004 West. Information available for two stacks is provided, where information is not available per stack, info is only provided on line for 004. SN04 No. 4 Recovery Boiler DCE 1968, 1991- modification 1968; modified 1991 1968

171.006 SN06 No. 2 Smelt Dissolving Tank SDT (Kraft) 1958 1958 1958 171.007 SN07 No. 3 Smelt Dissolving Tank SDT (Kraft) 1959, 1989- modificaiton 1959; modified 1989 1959 171.008 SN08 No. 4 Smelt Dissolving Tank SDT (Kraft) 1968, 1985 scrubber modification 1968; scrubber modified 1985 1968E-33 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 171.009 SN09 No. 1 Lime Kiln Lime Kiln 1958 1958 1958

171.010 SN10 No. 2 Lime Kiln Lime Kiln 1964 - modification 1964-modification 1964

171.021 SN21 Black Liquor Oxidation Tank BLO 1993 1993 1993 172.LK03 No. 3 Lime Kiln Lime Kiln 1986 1986 1986 172.RB01 No. 1 Recovery Boiler NDCE 1981 - upgrade 1966; rebuilt 1982 1966 172.RB02 No. 2 Recovery Boiler NDCE 1981 1981; rebuilt 1987 1981 172.ST01 No. 1 Smelt Dissolving Tank SDT (Kraft) 1975 - upgrade 1966; upgraded 1975 1966

172.ST02 No. 2 Smelt Dissolving Tank SDT (Kraft) 1981 1981 1981

173.LK1 Permit ID = R-ECAUST lime kiln Lime Kiln 1970 1970 1970 173.RECOVB Permit ID = R-ECOVB (includes RB and SDT); The mill has one recovery furnace which exhausts through three precipitator cells. Two of the cells exhaust through one stack, the third cell exhausts through a separate stack. Recovery Boiler NDCE 1970 1970 1970

173.SDT Permit ID = R-ECOVB (includes RB and SDT) Smelt dissolving tank SDT (Kraft) 1970 1970 1970 174.G-18 No. 4 Lime Kiln Lime Kiln 1998 1998 1998 174.G-32 No. 5 Recovery Boiler NDCE 1992 1982 1982 174.G-60 BLOx BLO 1974 1974 1974 174.G-63B No. 4 Smelt Tank SDT (Kraft) 1974 1974 1974

174.G-63C No. 5 Smelt Tank SDT (Kraft) 1981 1982 1982

174.G-92 No. 4 Recovery Boiler DCE 1974 1974 1974 174.G-95 No. 3 Lime Kiln Lime Kiln 1976 1976 1976 175.APRX APROX/Polisher Flash Tank BLO [See Notes] 2003 2003 2003 175.LK1A No. 1 Lime Kiln Lime Kiln 1960 1960 1960 175.LK2A No. 2 Lime Kiln Lime Kiln 1987 1987 1987E-34 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 175.RB2A No. 2 Recovery Furnace DCE [See Notes] 1965 1966; rebuilt 1989 1966 175.RB3A No. 3 Recovery Furnace NDCE 1988 1988 1988 175.ST2A No. 2 Smelt Dissolving Tank SDT (Kraft) 1965 1965 1965

175.ST3A No. 3 Smelt Dissolving Tank SDT (Kraft) 1988 1988 1988

176.G-37 No. 7 Smelt Tank SDT (Kraft) 1975 1975 1975 176.G-5 Lime Kiln Lime Kiln 1961 1961 1961 176.RB7 No. 7 Recovery Boiler NDCE 1975, 1997- upgrade 1975; upgraded 1997 1997 177.EU0804 Recovery Furnace NDCE 1981 1981 1981 177.EU0805 Smelt Dissolving Tank SDT (Kraft) 1981 1981 1981 177.EU0905 Lime Kiln Lime Kiln 1981 1981 1981 178.08P012 Recovery Furnace No. 1 NDCE 1975 1975; rebuilt 1989 1975 178.08P013 Recovery Furnace No. 2 NDCE 1975 1975; rebuilt 1989 1975 178.08T014 Smelt Dissolving Tank No. 1 SDT (Kraft) 1975 1975 1975 178.08T015 Smelt Dissolving Tank No. 2 SDT (Kraft) 1975 1975 1975 178.09P037 Lime Kiln - Mud Dryer System Lime Kiln ~1995 ~1995 1995
179.LK3 No. 3 Lime Kiln Lime Kiln Lime Kiln 1995 1995 1995 179.RF3 No. 3 Recovery Furnace Recovery Furnace NDCE 1992 1992 1992 179.SDT Smelt Dissolving Tank Smelt Dissolving Tank SDT (Kraft) 1992 1992 1992 180.D001 No. 3 Recovery Boiler NDCE 1992 1992 1992 180.D002 No. 3 Smelt Dissolving Tank SDT (Kraft) 1992 1992 1992 180.L001 No. 1 Lime Kiln Lime Kiln 1996 1996 1996 180.L002 No. 2 Lime Kiln Lime Kiln 1996 1996 1996 181.01 EQT0165 Lime Kiln No. 1 Lime Kiln 1964 1964 1964 181.09 EQT0138 No. 4 Recover Boiler Stack A 1976 1976; rebuilt 1993 1976 181.10 EQT0139 No. 4 Recover Boiler Stack B 1976 1976; rebuilt 1993 1976 181.09/10 EQT0139 No. 4 Recover Boiler Stacks A and B NDCE 1976 1976; rebuilt 1993 1976 181.11 EQT0140 No 4 Recovery Boiler Smelt Dissolving Tank SDT (Kraft) 1976 1976 1976 181.14 EQT0166 Lime Kiln No. 2 Lime Kiln 1976 1976 1976 181.49 EQT0141 No. 5 Recover Boiler Stack A 1990 1990 1990 181.50 EQT0142 No. 5 Recover Boiler Stack B 1990 1990 1990E-35 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 181.49/50 EQT0141/0142 No. 5 Recovery Boiler Stacks A and B NDCE 1990 1990 1990 181.51 EQT0143 No 5 Recovery Boiler Smelt Dissolving Tank SDT (Kraft) 1990 1990 1990 182.037 Recovery Furnance NDCE 1993 1993 1993 182.103 Fluo Solids Calciner Calciner 1966 1966 1966 182.110 Smelt Dissolving & Saltcake Mix Tanks SDT (Kraft) 1993 1993 1993 183.002 recovery furnace NDCE 1971, upgraded in 1987 1971; upgraded 1987 1971 183.003 smelt dissolving tank SDT (Kraft) 1970 1970 1970 183.004 lime kiln Lime Kiln 1974 1974 1974 184.72 RF1 recovery furnace 1 NDCE 2000-upgrade 1967; converted 2000 1967 184.73 RF2 recovery furnace 2 NDCE 2001-upgrade 1976; converted 2001 1976 184.LK1 LK1 lime kiln 1 Lime Kiln pre-1990 1967 1967 184.LK2 LK2 lime kiln 2 Lime Kiln pre-1990 1975 1975
184.SDT1 SDT1 smelt dissolving tank 1 SDT (Kraft) pre-1990 1967 1967 184.SDT2a SDT2a smelt dissolving tank 2a SDT (Kraft) pre-1990 1976 1976 184.SDT2b SDT2b smelt dissolving tank 2b SDT (Kraft) pre-1990 1976 1976 185.02 NEI #02 No. 4 Recovery Furnace NDCE 1975 1975; upgraded 2007 1975

185.05 NEI #05 No. 4 Smelt Dissolver SDT (Kraft) 1975; upgrade 1991 1975; upgraded 1991 1975 185.07 NEI #07 No. 4 Lime Kiln Lime Kiln 1979; new burner 2002 1979; new burner 2002 1979

186.LK #3 Lime Kiln Stack with LK Lime Kiln 1992 1992 1992 186.RB15 Chemical Recovery Unit with ESP Stack NDCE 1992 1992 1992 186.RB17 Smelt Dissolving Tank Scrubber Vent SDT (Kraft) 1992 1992 1992 188.001LK1 001LK1 lime kiln Lime Kiln pre-1990 1956 1956 188.002LK2 002LK2 lime kiln Lime Kiln pre-1990 1959 1959 188.003LK3 003LK3 lime kiln Lime Kiln pre-1990 1963 1963 188.014RB1 014RB1 recovery boiler DCE pre-1990 1958; modified 1996 1958 188.015SD1 015SD1 smelt dissolving tank SDT (Kraft) pre-1990 1958 1958E-36 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 188.016RB2 016RB2 recovery boiler DCE pre-1990 1962; modified 1996 1962 188.017SD2 017SD2 smelt dissolving tank SDT (Kraft) pre-1990 1962 1962 188.HBLBLO 005HBL strong black liquor tank BLO pre-1990 1970 1970 189.SN25 SN25 No. 4 Lime Kiln Lime Kiln 1981 1981 1981 189.SN26 SN26 8R Recovery Furnace NDCE 1981 1981 1981 189.SN27 SN27 Smelt Dissolving Tank (East) SDT (Kraft) 1981 1981 1981 189.SN28 SN28 Smelt Dissolving Tank (West) SDT (Kraft) 1981 1981 1981 190.L600 Lime Kiln No. 1 Lime Kiln 1963 1963 1963
190.L601 Lime Kiln No. 2 Lime Kiln 1967 1967 1967

190.R400 Recovery Boiler No. 1 NDCE 1990-upgrade 1974; upgraded 1990 1974
190.R401 Recovery Boiler No. 2 NDCE 1991-upgrade 1991-upgrade 1991
190.R402 Recovery Boiler No. 3 NDCE 1974 1974; rebuilt 1983 1974 190.R404 Smelt Dissolving Tank No. 1 SDT (Kraft) 1990-upgrade 1974; upgraded 1990 1974
190.R405 Smelt Dissolving Tank No. 2 SDT (Kraft) 1991-upgrade 1991-upgrade 1991
190.R406 Smelt Dissolving Tank No. 3 SDT (Kraft) 1972 1972 1972
195.002 Lime Kiln Lime Kiln 1965 1965 1965 195.003 #3 Recovery Boiler NDCE 1988 1988 1988 195.007 Smelt Dissolving Tank SDT (Kraft) 1988 1988 1988 196.SN-02 #3 Lime Kiln Lime Kiln 1991 1991 1991 196.SN-06 #2 Recovery Boiler NDCE 1989 1979; rebuilt 1989 1979 196.SN-08North North Tank Vent #2 Smelt Tank Vents 1989 1979 1979 196.SN-08South South Tank Vent #2 Smelt Tank Vents 1989 1979 1979196.SN08North/South North and South Tank Vents #2 Smelt Tank Vents SDT (Kraft) 1989 1979 1979 196.SN-09 #2 Lime Kiln Lime Kiln 1979 1979 1979 196.SN-14 #3 Recovery Boiler NDCE 1989 1989 1989 196.SN-15 #3 Smelt Tank Vent SDT (Kraft) 1989 1989 1989E-37 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 197.1 Lime Kiln Lime Kiln Lime Kiln pre-1990 1957 1957 197.12 Black Liquor Oxidation Tank Black Liquor Tank BLO UK 1976 1976 197.2 Recovery Boiler Recovery Boiler DCE pre-1990 1958; modified 1986 1958 197.4 Smelt Dissolving Tank Smelt/Ash dissolving Tank SDT (Kraft) pre-1990 1958 1958 198.004 Title V Equipment ID 3120P Lime Kiln Lime Kiln 1989 1989 1989 198.019 Title V Equipment ID 2730P Recovery Furnace No. 3 NDCE 1994 1994 1994 198.020 Title V Equipment ID 2731P Smelt Dissolving Tank No. 3 SDT (Kraft) 1994 1994 1994 199.002 No. 3 Recovery Furnace NDCE 1976 1976; rebuilt 1997 1976 199.004 No. 3 Smelt Dissolving Tank SDT (Kraft) 1976 1976 1976 199.011 No. 3 Lime Kiln Lime Kiln 1975 1975 1975 200.007_10 007 = Kraft Mill Chemical Recovery Area No. 2 Lime Kiln Lime Kiln 1994 1994 1994 200.007_8 007 = Kraft Mill Chemical Recovery Area Smelt Tank No. 2 SDT (Kraft) 1966 1966 1966 200.007_9 007 = Kraft Mill Chemical Recovery Area Smelt Tank No. 3 SDT (Kraft) 1983 1983 1983 200.007RF2 007 = Kraft Mill Chemical Recovery Area Recovery Furnace No. 2 NDCE 1966 1966; rebuilt 1984 1966 200.007RF3 007 = Kraft Mill Chemical Recovery Area Recovery Furnace No. 3 NDCE 2007-upgrade 1983; upgraded 2007 2007 201.SR0001 No. 2 Recovery Furnace NDCE 1969 1970; rebuilt 1980, 1987, 2001 1970 201.SR0003 Lime Kiln Lime Kiln 1969 1969 1969 201.SR0034 No. 2 Recovery Dissolving Tank SDT (Kraft) 1987 1987 1987 202.Lime Kiln EU340 Lime Kiln Lime Kiln 1990 1990 1990

202.Recovery Furnace EU320 Recovery Furnace NDCE Upgraded 2001 PSD Efficiency Improvement Project Rebuilt 1989; upgraded 2001 1989

202.Smelt Dissolving Tank EU322 Smelt Dissolving Tank SDT (Kraft) 1990 1990 1990

203.2DTScr #2 smelt tank SDT (Kraft) 1979 1979 1979 203.3DTScr #3 smelt tank SDT (Kraft) pre-1990 1973 1973 203.LKScr Lime Kiln Lime Kiln 1979 1979 1979E-38 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 203.RF#2 #2 Recovery furnace NDCE 1961 1962; modified 2000 1962 203.RF#3 #3 Recovery furnace NDCE 2003- upgrade 1973; upgraded 1985, 1996, 2003, 2010 1973 205.008 Lime Kiln Lime Kiln 1964 1964 1964 205.009 No. 2 Recovery Furnace DCE 1973 1973 1973
205.010 No. 2 Smelt Dissolving Tank SDT (Kraft) 1973 1973 1973 205.025 Black Liquor Oxidation Tank BLO 1973 1973 1973 206.G-31 G08020 No. 10 RB DCE DCE pre-1990 1964; modified 1991 1964 206.G-32 G08021 No. 11 RB DCE DCE pre-1990 1973; modified 1992 1973 206.G-34 G08022 Black Liquor Oxidation BLO pre-1990 1973 1973 206.G-35 G08023 No. 10 RB SDT SDT (Kraft) pre-1990 1964 1964 206.G-36 G08024 No. 11 RB SDT SDT (Kraft) pre-1990 1973 1973 206.G-37 G09028 No. 4 Lime Kiln Lime Kiln pre-1990 1947 1947
206.G-38 G09029 No. 5 Lime Kiln Lime Kiln pre-1990 1954 1954 207.038 #3RB #3 Recovery Boiler NDCE 1983 1983 1983 207.103A lime kiln Lime Kiln Lime Kiln 1966 1966 1966 207.108 smelt dissolving tank Smelt Dissolving Tank SDT (Kraft) 1983 1983 1983 208228535.001 No. 7 Recovery Furnace NDCE 1978 1978 1978 208228535.002 No. 7 Smelt Dissolving Tank SDT (Kraft) 1978 1978 1978 208228535.003 No. 7 Lime Kiln Lime Kiln 1978 1978 1978 208228535.007 No. 8 Recovery Furnace NDCE 1991 1991 1991 208228535.008 No. 8 Smelt Dissolving Tank SDT (Kraft) 1991 1991 1991 208228535.009 No. 8 Lime Kiln Lime Kiln 1991 1991 1991 226.LK1 CRP01 - Lime Kiln No. 1 Lime Kiln Lime Kiln 1971 1971 1971 226.LK2 CRP01 - Lime Kiln No. 2 lime kiln Lime Kiln 1972 1972 1972 226.RECB1 REC01 - No. 2 Recovery Furnace Recovery Furnace NDCE 1973 1973; rebuilt 1996 1973
226.RECB2 REC03 - No. 3 Recovery Furnace Recovery Furnace NDCE 1992 1992 1992 226.SDT1N REC02 - No. 2 Recovery Smelt Dissolving Tanks - North Smelt Dissolving Tank SDT (Kraft) 1973 1973 1973 226.SDT1S REC02 - No. 2 Recovery Smelt Dissolving Tanks - South Smelt Dissolving Tank SDT (Kraft) 1973 1973 1973 226.SDT2 REC04 - No. 3 Rec Smelt Dissolving Tank Smelt Dissolving Tank SDT (Kraft) 1992 1992 1992 240.CA81 D Lime Kiln Lime Kiln 1989 1989 1989E-39 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 240.RF01 No. 5 Recovery Furnace NDCE 1973 1973 1973
240.RF02 No. 5 Recovery Smelt Dissovling Tank SDT (Kraft) 1973 1973 1973 240.RF04 No. 6 Recovery Furnace NDCE 1982 1982 1982 240.RF05 No. 6 Recovery Smelt Dissolving Tank East SDT (Kraft) 1982 1982 1982 240.RF06 No. 6 Recovery Smelt Dissolving Tank West SDT (Kraft) 1982 1982 1982 242.AA-011 Recovery Furnace NDCE pre-1990 1984 1984 242.AA-012 Smelt Disolving Tank SDT (Kraft) pre-1990 1984 1984 242.AA-013 lime kiln Lime Kiln pre-1990 1984 1984 243.LG07 #5 Lime Kiln Lime Kiln pre-1990 1986 1986 243.R401 #5 Recovery Boiler (R401) NDCE pre-1990 1972; modified 1980, 1996 1972 243.R403 #5 Smelt Dissolver Tank (R403) SDT (Kraft) pre-1990 1972 1972 243.R407 #6 Recovery Boiler (R407) NDCE 1990 1990 1990 243.R408 #6 Smelt Dissolver Tank (R408) SDT (Kraft) 1990 1990 1990 340.005 Recovery furnace NDCE 1975 1975 1975 340.007 Smelt dissolving tank SDT (Kraft) 1975 1975 1975 340.008 Lime kiln Lime Kiln 1975 1975 1975 525.EU17 No. 4 Lime Kiln Lime Kiln pre-1990 1976 1976 525.EU18 No. 4 Recovery Boiler (Oil) NDCE pre-1990 1976; modified 1991, 2007 1976 525.EU19North No. 4 Smelt Dissolving Tanks (North) SDT (Kraft) pre-1990 1976 1976 525.EU19South No. 4 Smelt Dissolving Tanks (South) SDT (Kraft) pre-1990 1976 1976 531.LK7 No. 7 Lime Kiln Lime Kiln 1990 1990 1990 531.RF10 No. 15 Smelt Dissolving Tank Vent SDT (Kraft) 1995 1995 1995

531.RF15 No. 15 Recovery Boiler NDCE 1995 1995 1995 600.G0803 08-PU-201 No. 2 Recovery Furnace DCE 1979, Mod. 1989 1979; modified 1989 1989 600.G0805 08-PU-203 No. 2 Smelt Dissolving Tank SDT (Kraft) 1979, Mod. 1989 1979; modified 1989 1989 600.G0806 08-PU-301 No. 3 Recovery Furnace NDCE 1991, Mod. 2005 1991, modified 2005 2005 600.G0807 08-PU-303 No. 3 Smelt Dissolving Tank SDT (Kraft) 1991 1991 1991 600.G0903 09-PU-104 No. 1 Lime Kiln Lime Kiln 1970 1970 1970 600.G0905 09-PU-201 No. 2 Lime Kiln Lime Kiln 1979 1979 1979 600.G0908 09-PU-303 No. 3 Lime Kiln Lime Kiln 1990 1990 1990 600.G2303 BLO Off Gas Collection System BLO UK 1971 1971E-40 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 606.LK4 NEI Emission Unit ID = 24 lime kiln Lime Kiln 1986 1986 1986 606.RB2 NEI Emission Unit ID = 6 recovery furnace NDCE 1958 1958; converted 2010 1958 606.RB3 NEI Emission Unit ID = 7 recovery furnace DCE [See Notes] 1966 1966 1966 606.RB4 NEI Emission Unit ID = 11 recovery furnace NDCE 1975 1975 1975 606.SDT2 NEI Emission Unit ID = 21 smelt dissolving tank SDT (Kraft) 1958 1958 1958

606.SDT3 NEI Emission Unit ID = 22 smelt dissolving tank SDT (Kraft) 1966 1966 1966E-41 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric 606.SDT4 NEI Emission Unit ID = 23 smelt dissolving tank SDT (Kraft) 1975 1975 1975

610.10 NEI Emission Unit ID = 10 No. 2 Smelt Dissolving Tank SDT (Kraft) 1975 1975 1975 610.4 NEI Emission Unit ID = 4 No. 1 Recovery Boiler NDCE 1965 1966; rebuilt 1987 1966 610.5 NEI Emission Unit ID = 5 No. 2 Recovery Boiler NDCE 1975 1975 1975
610.7 NEI Emission Unit ID = 7 A Lime Kiln Lime Kiln 1965 1965 1965
610.8 NEI Emission Unit ID = 8 B Kime Kiln Lime Kiln 1975 1975 1975 610.9 NEI Emission Unit ID = 9 No. 1 Smelt Dissolving Tank SDT (Kraft) 1965 1965 1965 613.001L Recovery Boiler 1L Stack 1968 1968; rebuilt 1991 1991 613.001R Recovery Boiler 1R Stack 1968 1968; rebuilt 1991 1991 613.001L/001R Recovery Boiler 1L/1R Stacks DCE 1968 1968; rebuilt 1991 1991 613.002L Recovery boiler 2L Stack 1968 1968; rebuilt 1991 1991 613.002R Recovery boiler 2R Stack 1968 1968; rebuilt 1991 1991 613.002L/002R Recovery boiler 2L/2R Stacks DCE 1968 1968; rebuilt 1991 1991 613.005 1 Left SDT SDT (Kraft) 1989-upgrade 1967; upgraded 1989 1967 613.006 1 Right SDT SDT (Kraft) 1989-upgrade 1967; upgraded 1989 1967 613.007 2 Left SDT SDT (Kraft) 1989-upgrade 1968; upgraded 1989 1968 613.008 2 Right SDT SDT (Kraft) 1989-upgrade 1968; upgraded 1989 1968 613.009 Lime kiln Lime Kiln 1968 1968 1968 613.UT-7 Part of NEI Equipment ID 028; #2 BLOX Tank is no longer in service #1 Black Liquor Oxidation Tank BLO 1974 1974 1974 613.UT-8 Part of NEI Equipment ID 028; #2 BLOX Tank is no longer in service #3 Black Liquor Oxidation Tank BLO 1985 1985 1985 615.21 Lime Kiln EU-21; aka: 21-LK or 21 LK Lime Kiln Lime Kiln pre-1990 1966 1966 615.24 Chemical Recovery Furnace EU-24; aka: 24-RF or 24 RF Chemical Recovery Furnace NDCE pre-1990, 1986- upgrade, 2005- upgrade 1967; converted 1986, upgraded 2005 1967 615.25 Smelt Dissolving Tank EU-25; aka: 25- SDT or 25 SDT Smelt Dissolving Tank SDT (Kraft) pre-1990 1967 1967 617.B14 Recovery Boiler NDCE 1991 1991 1991 617.P21 Smelt Dissolving Tank SDT (Kraft) 1991 1991 1991 617.P22 Lime Kiln Lime Kiln 1995 1995 1995E-42 RTI&EUID ProcessNotes EmissionUnitDesc EmissionProcessGroup YearInstalled RTI_YearInstalled RTI_YearInstalled_ numeric ce). Count of kraft mill EPGs: All minus "not operating" BLO + BLO (See Notes] 28 27 used to fill gaps for responses labeled "CBI". Calciner 1 1 DCE + DCE [See Notes] 43 41 NDCE 108 108 Lime Kiln + 2x Lime Kiln (2) 131 130 SDT (Kraft) + SDT (Kraft) (2) 164 162E-43 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8695 8695258000 258000 127815.1111350 35024 24 8695 8695 16320 16320 4287.732905 163 16369 69 8430 843025728 25728 11210.41398364 36432 32
8506 850652740 52740 23456.92419371 37130 30

8500 8500592000 592000 272133.8815367 36728 28 8440 844042000 42000 22744.61538164 16436 36

8280 8280600000 600000 283646.5116400 40023 23 7944 7944450000 450000 234947.3684167 16738 38 8280 828030000 per tank 30000 18650.32258160 16027 27 8420 8420540481 540481 358510.0101336 336UK
8423 8423 UK UK UK
8479 847971677 71677 40737.84284469 469 UK 0 07140 7140 2664.701217 184 18454.48 54.48 0 0306000 306000 143482.0299344 34428.6 28.6 0 012700 12700 7796.204831 161 16127.8 27.8 0 021300 21300 14163.49233 153 15322.8 22.8 0 34000 21734.43112 157 25.3 8511 8511244000 244000 116247.6777359 35926.1 26.1 8525 852524700 24700 10347.56056179 17949.3 49.3 8663 866352500 52500 26302.54206289 28928.93 28.93
8568 8568309223 309223 155023.7973332 33224.8 24.8 8568 856830954 30954 8524.960889 188 18866.2 66.2 8568 856876217 76217 32059.16948435 43528.7 28.7E-44 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8346 834636386 36386 19902.74501 166.92 166.9235.0533333333333 35.05333333

7566 7566469694 469694 232847.9823365 36522.54 22.54 7586 7586UK UK UK

8027 802755729 55729 24604.4486419 41926.5 26.5 7973 7973239860 239860 123795.5251317.5 317.524 24 8267 8267301152 301152 142120.7443378 37825.1 25.1 7973 7973 17287 17287 8837.772952 170 17039 39 7973 7973 11488 11488 4833.576180 18049 49 8400 8400UK 170 17041 41 8400 840060000 60000 24120420 42033 33 8400 8400460000 460000 217754.4828410 41022 22 7832590000 590000 261805.5568411 41126.8 26.8 783285000 85000 46959.10543 166 16634.5 34.5 740828500 28500 10987.42857485 48531 31 8466 8466530715 530715 243096.09393 39326 26 8275 827534104 34104 29043.40645 160 160 8329 832955620 55620 24917.76365 36530 30 8229 822924337 24337 9806.530105490 4900.275 27.5 8194 8194260501 260501 124359.7863385 3850.236 23.6 8194 819420916 20916 10794.67687 161 1610.393 39.3 8359 835941239.1857910156 41239.18579 26242.62976154 15426 26 8213 8213 1696458.6328125 1696458.633 830760.432381 38122 22 8213 821336049.7790527344 36049.77905 21217.53716159 15931 31

8136 8136125000 125000 61285.71429380 38022 22 8136 813613000 13000 5018.490566388 38838 38 8136 813613877 13877 7607.965495 166 16635 35 8162 816232163 32163 22174.92655 145 14521 21 8228 822855488 55488 36738.34057 170 17021 21 8162 8162330025 330025 175163.1384306 30623 23E-45 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8264 8264374913 374913 206976.0991286 28622 22
8264 826433842 33842 16064.80808174 17443 43 8162 8162 UK UK UK 8162 8162 UK UK UK 7790 7790458305 458305 226216.5913338 33825.4 25.4
7610 761019960 19960 9942.659209 162.2 162.241.3 41.3 7577 757735485 35485 15823.29072 172.3 172.346.6 46.6 7790 779026374 26374 6917.759852 190.2 190.267.7 67.7 8104 810417558.1916949101 17558.19169 9576.092883 165.4 165.435.4 35.4
8379 837921249.4024489537 21249.40245 12421.14829 161 16131.25 31.25
8417 841740248.506096046 40248.5061 25048.95619 153.666666666667 153.666666727.6666666666667 27.66666667
8104 8104165098.547927778 165098.5479 75704.95868323 32332 32
8379 8379 154707.730226029 154707.7302 72339.61457313.5 313.531.5 31.5
8379 8379 UK UK UK 8379 8379 UK UK UK 8379 8379 UK UK UK 8379 8379 UK UK UK 8501 8501320000 320000 152806.2016314 31430 30 8320 832092800 92800 50795.78947 167 16735 35 8399 8399306153 306153 144064.4471303 30332 32 8399 839947779 47779 27535.42883 163 16332 32 8501 850149053 49053 30077.40077 160 16028 28 8501 850123000 23000 19276.19048170 170 8413.6 8413.621380 21380 13402.90033 138 13829 29E-46 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8481.1 8481.1 150435 150435 69644.86435368 36827.4 27.4

8434.5 8434.542308 42308 27377.97689 134 13427.2 27.2 8395 839539600 39600 19078.97503397 39721.8 21.8 8324 832443000 43000 21913.58463373 373 19.6 19.6 8542 8542310000 310000 147739.6675382 38224 24 8542 854226900 26900 15299.26688162 16233 33 7838 7838230600 230600 116230.0127267 26730.6 30.6 8027 802722200 22200 15791.87179 139 139 19.3 19.3

7806 7806199900 199900 96217.83008298 29830.9 30.9 7838 783819,980 ACFM per BLO Tk Vent 19980 12266.7907 185 18525 25
8027 8027282000 282000 125657.896405 40527 27 7477 747721900 21900 11581.70112 165 16537.4 37.4
7515 751522600 22600 13426.79422 163 16329.9 29.9
7838 783821900 21900 13581.57259 153 15328 28

7806 780618554 18554 9719.007949 172 17237.3 37.3

8528 852830000 30000 15789.312 165 16537.7 37.7 8169 816940000 40000 24935.22581 160 16026.8 26.8 8612 8612380000 380000 165778.8340 34033.9 33.9 8265 8265240000 240000 109566.439360 36029.1 29.1 8612 8612 NA NA NA 8440 844040000 40000 26188.8140 14025.6 25.6E-47 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8440 844040000 40000 24076.8140 14031.6 31.6 8440 844040000 40000 25132.8140 14028.6 28.6 8177 817730000 30000 16042.752 165 16536.7 36.7 8382.5 8382.560234 60234 28045.31777327 32730.6 30.6 7987.9 7987.9396861 396861 172099.3673441 44126 26
7839.3 7839.330482 30482 17538.87385 164 16432 32 8318.1 8318.1 191649 191649 83016.73756442 44226 26 8192.6 8192.634479 34479 17739.61073 166 16639 39 6991 6991360000 360000 174618.9474376 37623.2 23.2 6991 699120000 20000 13329.83607 150 15023 23 6991 699120000 20000 13329.83607 150 15023 23 6768 676836000 36000 21564.9919 157 15730 30 4737 4737 10966 10966 7707.218636141 14120 20 8314 8314540484 540484 241737.2663449 44923 23 8314 831444415 44415 24464.20838165 16534.8 34.8

8314 831436800 36800 17220.30711 173 17343.9 43.9 8314 831436800 36800 17220.30711 173 17343.9 43.9 8256 8256488000 488000 236217.9011369 36924 24 8256 825634300 34300 11756.36476187 18758 58 8257 825775700 75700 26827.84436568 56831 31 8568 856816500 16500 10001.09268155 15529.4 29.4 8568 8568168000 168000 84000.82861351 35123.2 23.2 8568 856829000 29000 11693.67136179 17951.2 51.2 8568 856850000 50000 22031.42857380 38029.9 29.9

8568 856850000 50000 22408.57143380 38028.7 28.7

8568 8568414000 414000 194622.4362379 37925.3 25.3E-48 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8119 8119 18500 18500 13766.97987 136 13616 16 8678 8678322172 322172 155760.458370 37024 24 8678 867816743 16743 5893.536200 20056 56 8450 8450290000 290000 168107.9365296 29617 17
8450 845015000 15000 10376.1194143 14321 21 7350 735031400 31400 20046.7451 152 15226 26 8457 845725000 25000 13031.84713 168 16838 38 8588 8588245000 245000 115822.3256400 40023 23
8617 861720000 20000 8910180 18046 46 7962.25 7962.25~183850 183850 79315.58049~360 360~33 33 8184 8184~416590 416590 214319.5323~320 320~24 24 5752.25 5752.25~190000 190000 80730.88757~385 385~32 32 8172 8172~33330 33330 19641.90658~160 160~30.8 30.8 7759 7759~25480 25480 16514.04255~151 151~25 25 8511 8511~34920 34920 14738.64828~178 178~49 49 8406.25 8406.25~33180 33180 22774.752~140 140~22 22 8239 8239~33180 33180 22774.752~140 140~22 22 8304 8304~38,700 38700 17623.38462~398 398~26 26 8088 8088~113,400 113400 52763.58621~323 323~31 31
8088 8088~13,593 13593 9759.909254~143 143~18 18
8184 8184~114,952 114952 52403.89113~316 316~33 33 8184 8184~13,898 13898 10592.45134~115 115~17 17
8112 8112~156,243 156243 77739.13316~251 251~33 33

8112 8112~23043 23043 18116.24284~131 131~12 12E-49 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8259.4 8259.4~950 950 761.1532625~199 199 UK
8210 8210UK UK UK 257 257280,000 280000 188331.2102325 325 UK 8098 8098280,000 280000 188331.2102325 325 UK 257 257UK 296 296UK
8098 8098UK 296 296UK 8760 876033000 33000 18120.96165 16535 35 8046 804622500 22500 12276.62957 169 16935 35 8539 8539480000 480000 237600340 34025 25 8539 853944000 44000 24007.63116169 16935 35 8046 804628000 28000 4678.481013 172 17280 80 8710 871087000 87000 47697.1246166 16635 35 434 43472000 72000 42577.92 165 16530 30 8046 8046240000 240000 115200310 31030 30 8415 8415 141700 141700 98444.21053300 300UK 8415 841521046 21046 18068.76098155 155 UK 8467 8467 11502 11502 7352.368039366 366UK 8467 8467 10761 10761 6878.702179366 366UK 4208 420814700 14700 12378.94737 167 167UK 8467 8467260000 260000 166198.5472366 366UK 8064 806431400 31400 17270500 500UK 7470 7470320000 320000 145384.186400 40026 26 7470 747044000 44000 18292.91339 175 17550 50 7151 715141700 41700 21040.59081 171 17139.7 39.7 8378 8378235000 235000 113487.8049360 36025 25 8378 837821000 21000 16800200 200Saturated 8085 808537500 37500 13898.48812466 46635 35 8599.25 8599.25312000 312000 144342372 37227.1 27.1 8301.63 8301.6322300 22300 12324.25121 161 16135 35E-50 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8599.25 8599.25 17100 17100 7047.558621 178 17850.2 50.2 7666 766633813 33813 20081.35135 165 16529.7 29.7 7929 7929490000 490000 218804.8649428 42824.9 24.9 7929 792920500 20500 4920200 20070 70 792920500 20500 4920200 20070 70 7929 41000 9840200 20070 70 780 78050470 50470 42705.38462 164 164 8640 8640115526 115526 70354.93426407 407 5731 573134148 34148 28260.41379 178 178 8454 8454418684 418684 262547.6865382 382 8454 845421569 21569 18076.87619 170 170 8454 845421569 21569 18076.87619 170 170 8454 8454 43138 36153.75238170 170 5731 5731404629 404629 273202.1893322 322 5731 573125393 25393 21248.02536171 171 5731 573127179 27179 22742.49128171 171 7756 7756332000 332000 193508.5714156 15632 32 7756 775634000 34000 20366.93679 157 15730 30 8027 8027 18000 18000 11217.83607 150 15028 28 7658 765828000 28000 16214.70968160 16032 32 8400 8400 8568 8568 8568 8568 8160 816027800 27800 15550.15088163 16334 34
7848 784820300 20300 10614.33786158 15838.8 38.8 8280 828018300 18300 9411.835332 157 15739.9 39.9 8280 8280170600 170600 83547.74336285 28530.9 30.9 8352 8352292700 292700 151625.7101281 28127.3 27.3 8352 8352 12400 12400 5839.68160 16044.7 44.7 7848 7848292700 292700 151625.7101281 28127.3 27.3 8568 856818300 18300 6311.365474183 18358 (max) 58 8568 856814400 14400 6747.689382 171 17144 (max) 44 8568 8568 32700 13281.23077 177 51E-51 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 7950 795030120 30120 18359.97659 155 15529 29
8100 8100472804 472804 196412.2578478 47826.2 26.2
8100 810034380 34380 15894.01659 191 19143 43 2207 220723940 23940 15391.81355 151 15125.6 25.6 6867 686720100 20100 15483.05753 124 12414.8 14.8 4561 456124190.991821289 24190.99182 24099.7050670 70 8170 817016680 16680 7821.010076326 32630.2 30.2 0 0309360 309360 168424.8604247 24727.1 27.1 4561 4561349200 349200 193044.9231242 24226.5 26.5 8675 8675316320 316320 175690.2775291 29121 21 0 024840 24840 18534.24243 133 133 16.2 16.2 4561 456124240 24240 14844.84489 153 15328.9 28.9 8675 8675 18480 18480 9444.199551 163 16339.7 39.7 8592 8592 17500 17500 10432.25806160 16030 30 8592 8592 160200 160200 67478.4430 43029 29
8592 85926950 6950 4030.544262 150 15033 33 8272 8272 159040 159040 97054.3598137 13731 31 8272 8272 159040 159040 97054.3598137 13731 31 8254.45 8254.45 14703 14703 9463.884804150.3 150.325.6 25.6 8478 847827877.5 27877.5 20765.71672 132.166666666667 132.1666667 16.4583333333333 16.45833333 8117 811758241.6666666667 58241.66667 22898.37619473.916666666667 473.916666730.4583333333333 30.45833333 8559 8559284423.80952381 284423.8095 128608.8536409.709523809524 409.709523825.5190476190476 25.51904762 8449 844922509.3333333333 22509.33333 11637.01072 169.6 169.638.3533333333333 38.35333333

8547 8547535498.888888889 535498.8889 241243.4507406.777777777778 406.777777826.0444444444444 26.04444444E-52 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8421 842154873.3333333333 54873.33333 30101.44102 164.833333333333 164.833333335.0833333333333 35.08333333

8284 828419590 19590 17273.74749 138.8 138.8UK 8284 828419590 19590 17273.74749 138.8 138.8UK 8284 39180 34547.49499 138.8UK 7336 733648438 48438 28797.99517 159 15930.3 30.3 8124 812458122 58122 32311.36108164 16434.3 34.3 8284 8284248862 248862 118503.1996294 29432 32 7656 7656426234 426234 186035.7261411 41128 28 8284 828424943 24943 15442.09849 137 13730 30 8284 828421431 21431 12303.583 147 14734 34 7656 765632742 32742 16360.67129 174 17440 40 6758 6758160000 160000 76621.39535400 40022 22 7664 766480000 80000 38310.69767400 40022 22 6758 67588900 8900 5288.488746162 16230 30 7664 766423000 23000 13644.94382 163 16330 30 7323 7323 15000 15000 9658.536585 155 15525 25

7747 774753640 53640 31999.31632 156.9 156.930.3 30.3 8287 8287252169 252169 116129.6478413.65 413.6523.8 23.8 8366 836643333 43333 26683.10618148.8 148.829 29

7753 7753 150875.5 150875.5 72610.89763394.65 394.6522.1 22.1 7750 775026406 26406 15791.51852 154.5 154.530.4 30.4

7399 739922959 22959 16390.32867 137.6 137.619.2 19.2 8545 854530000-40000 29806.45161 150-170 35-45 8545 854525000-35000 25344150-180 30-40 8545 854525000-40000 27575.22581 150-180 30-45 8480 848040000 40000 22410.28939 162 16234 34 8535 853548000 48000 26357.76165 16535 35E-53 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8537 8537360000 360000 413217.3913325-350 20-30 8545 8545 185000 185000 94579.04762 170 17039 39 8537 853743000 43000 24534.96774160 16033 33

8545 854532000 32000 13792.65306177 17748 48

8222.1 8222.147144 47144 24534.73011 167 16738.2 38.2

8361.5 8361.5326192 326192 143590.7221320 32034.97 34.97 8361.5 8361.548779 48779 26498.25369 164 16435.8 35.8

8134.3 8134.320408 20408 12443.44629 186 18625.4 25.4 8592 859270450 70450 38338.63067 192 19232.8 32.8 8592 8592444576 444576 197615.0659400 40027.6 27.6 8592 8592444576 444576 201436.3517400 40026.2 26.2 8592 859270373 70373 42370.90227 160 16029.3 29.3

8592 859270373 70373 42191.11061 160 16029.6 29.6

8012 8012 117276 117276 60908.0142266.9 266.928.5 28.5 8568 8568117395 117395 57648.3979281.9 281.931 31 8318 8318 383524 187347.5605 275 32

8712 87127656 7656 3754.680057 170.9 170.941.4 41.4 8712 8712 14514 14514 8139.968041 162.3 162.333.9 33.9 8515 851533417 33417 15964.1763 173.3 173.342.7 42.7E-54 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8296 829658102 58102 30937.29854166.7 166.736.8 36.8

7731 773137294 37294 19187.29171 169.1 169.138.7 38.7

8568 85687248 7248 2862.97677 188.3 188.351.5 51.5 7958 7958~43,400 43400 26715.94976~161 161~27.6 27.6 8143 8143~208,000 208000 97692.27907~400 400~23.5 23.5 8430 8430~ 292,000 292000 153237.0475~ 361 361~ 18.4 18.4 8143 8143~ 21,200 21200 11999.5392~ 165 165~ 33 33

8430 8430~ 37,900 37900 23427.74634~ 155 155~28 28

8488 848820281 20281 12161.52295 159 15929.7 29.7 8488 8488214697 214697 101547.8721395.66 395.6623.35 23.35

8488 848817148 17148 10846.74298136 13628.6 28.6 8206 820672814 72814 39586.23373269.85 269.8524.85 24.85 8300 8300660270.25 660270.25 317770.4069397.65 397.6521.825 21.825 8100 8100 8100 810030272.5 30272.5 19172.84629 154 15426.35 26.35

8300 830028633 28633 16076.35271 160.9 160.933.975 33.975

8100 8100135232.125 135232.125 61783.77986311.275 311.27533.2625 33.2625 277 27735536 35536 24814.58498141.5 141.520.45 20.45 6045 6045 6984 698422996.9230769231 22996.92308 13557.02106158 15831 31 7947 794757531.1851851852 57531.18519 35068.76537 155 15529 29E-55 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 6045 6045209346.277777778 209346.2778 101526.1741313 31329 29 8254 8254516575.310344828 516575.3103 235075.3101387 38727 27 6045 604527674.7222222222 27674.72222 18447.36301 142 14224 24

8254 825429875.3333333333 29875.33333 16178.64205 164 16436 36

8616 861623964 23964 20020.55696172 172 8616 861641241 41241 35008.4373 162 162 8616 8616301927 301927 192069.2241370 370 8237 8237436140 436140 200480.7304390 39026 26 8237 823727240 27240 13276.35692 190 19040 40 8187 818741580 41580 22164.32842 167 16736.7 36.7 ~8437 8437~305363 305363 179146.2933~440 440 ~7935 7935~340378 340378 193246.8645~470 470 ~8437 8437~21112 21112 17693.86667~170 170 ~7935 7935~24881 24881 21188.98065~160 160 ~8504 8504~57208 57208 48955.95462~157 157UK
8340 8340100000 100000 44745.76271425 425~ 25 25 8596 8596431974 431974 198908.9581400 400~ 25 25 8596 859641595 41595 20850.1519 172 172~ 40 40 8520 8520331157 331157 163036.6463354 35424.1 24.1 8520 852022043 22043 10933.21607 170.2 170.240.8 40.8 8059 805921730 21730 11968.30083 166 16634.7 34.7 8147 8147 18762 18762 11610.99771 156 15627.8 27.8 7955 795557038 57038 47879.27504169 169 UK 8360 8360272572 272572 161162.3919433 433 UK 8360 8360272572 272572 161162.3919433 433 UK 8360 8360272572 272572 161162.3919433 433 UK 8360 836058257 58257 48824.91429 170 170UK 7659 765957038 57038 47879.27504169 169 UK 8500 8500148306 148306 87786.51121432 432 UK 8500 8500148306 148306 87786.51121432 432 UKE-56 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8500 8500148306 148306 87786.51121432 432 UK 8500 850025021 25021 20969.98095 170 170UK 8411 8411240,265 acfm 240265 114641.5448381 38124 24 8112 811227,839 acfm 27839 16095.51459 161 16132 32 8411 8411 18,365 acfm 18365 8080.6176 17647 47 7171 7171230000 230000 110103.7106397 39722.3 22.3 7171 7171 19600 19600 10315.84204168 16837.4 37.4 7100 710022900 22900 13560.95689 157 15730.8 30.8 8550 8550320200 320200 167988.749325 32522 22 8450 8450455400 455400 238919.6637325 32522 22 8430 843039023 39023 23927.39303 160 16028 28 8540 854082054 82054 44888.81934177 17734 34
8550 855018473 18473 10540.33626160 16033 33 8450 845020039 20039 9766.700308190 19040 40 8450 845020039 20039 10580.592 190 19035 35 8207 8207 186000 186000 120535.3542 147 14725.5 25.5

8207 8207 19200 19200 10218.18506169 16936.6 36.6 7696 769611940 11940 7495.364169 154 15427 27

7928 792868427 68427 35378.71406233 23332.14 32.14 7980 7980577045 577045 253679.0176414 41427.23 27.23 7980 798051663 51663 28339.60269 167 16734.86 34.86 8329 832910,333 (estimate) 10333 6199.8156 15630 30 8606 860610,333 (estimate) 10333 6199.8156 15630 30 6586.3 6586.310,333 (estimate) 10333 6199.8156 15630 30 8248.9 8248.9165,000 (estimate) 165000 84271.38965274 27429 29 8209.8 8209.819,500 (estimate) 19500 12408.85993 154 15426 26E-57 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 7616.7 7616.7177,000 (estimate) 177000 91270.64649267 26729 29 7581.2 7581.219,900 (estimate) 19900 11215.55056163 16333.5 33.5 8712 estimate 8712 UK UK UK 8053 805356621.26 56621.26 32760.05484159 15932.17 32.17 8470 8470580962.12 580962.12 266797.7242380 38026.94 26.94 8460 846018311.55 18311.55 8480.302969 169 16944.83 44.83 8460 846024935.79 24935.79 13343.33304164 16436.76 36.76 6664 666434000 34000 18382.848165 16536 36
6533 653334000 34000 19531.776165 16532 32

3147 3147280000 280000 133416.5854360 36026 26
7833 7833280000 280000 133416.5854360 36026 26
7347 7347350000 350000 156536.4706390 39028 28 3147 314732000 32000 20330.14634155 15526 26
7833 783332000 32000 20330.14634155 15526 26
7347 734730000 30000 19059.5122 155 15526 26
6669 666937592 37592 27831.33662 135.5 135.5 16.5 16.5 7161 7161327820 327820 154114.5308361 36126.9 26.9 7161 716124961 24961 16165.87484149 14925.3 25.3 7864.56 7864.5656575 56575 23147.73432353 35337 37 7933.75 7933.75421002 421002 202080.96398 39822 22 7933.75 7933.7524374 24374 13405.7 164 16435 35 7933.75 7933.7525866 25866 13006.90286170 17040 40 7933.75 7933.75 25120 13221.05263 167 37.5 7992.3 7992.357949 57949 30792.58045 166 16637 37 8339.86 8339.86431118 431118 208638.8215391 39122 22 8339.86 8339.8626956 26956 8785.659259 188 18860 60E-58 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8538 853815487 15487 13125.41894163 163 8239 8239 8239 823973051 73051 62921.57912 153 153 8239 8239 8112 811250320 50320 29852.76404163 16330 30 8112 8112419700 419700 195530.8235390 39025 25 8112 811228723 28723 15529.72186165 16536 36 7736 7736415000 415000 220715.534364 36417 17 7736 773626000 26000 13200164 16440 40 7883 788338520 38520 24803.12195 155 15525 25 7752 775278037 78037 42920.35500 500 8232 823249198 49198 42724.57895 148 148 8136 813649198 49198 42724.57895 148 148 8337.6 8337.6189343.8 189343.8 128171.1877320 320 8215.2 8215.2296503 296503 200709.7231320 320 7657 7657499955 499955 235636.2094369 36926 26 7225 722537030 37030 20646.74304165 16534 34 7657 765759246 59246 33139.72083 163 16334 34 8150 815024500 24500 13348.63158167 16735.3 35.3

8366 8366330000 330000 155353.8462398 39823.5 23.5

8366 836628600 28600 16908.98641 158 15830.8 30.8

8384 838410170 10170 6799.941176152 15222.5 22.5 8384 838433813 33813 22024.86152 15224.5 24.5 8153 8153 17413 17413 9520.304981 160 16035.8 35.8E-59 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8384 838449281 49281 24982.14883342 34223 23 8384 8384162792 162792 75989.93311394 39424.5 24.5 7685 768526800 26800 13992.42105 167 16738 38 8002 8002 116000 116000 49871.14504326 32636 36
8002 800223628 23628 14371.87277 165 16528 28 8002 8002 13607 13607 11994.15025 139 139 8450 8450420000 420000 209440260 26032 32 8573 8573390000 390000 194480260 26032 32 8651 865126000 26000 13945.90476170 17036 36 8292 829221000 21000 13161.36585 155 15527 27 8387 838722000 22000 12277.07317 155 15535 35 7915 791524000 24000 15164.85246150 15027 27
8082 808241000 41000 25196.85246150 15029 29 8307 8307 104928 104928 47886.46876373 37328 28 8381 83817743 7743 4495.811324158 15832.04 32.04 8307 83078381 8381 4572.6736167 16735.21 35.21 8300 8300621311 621311 273985.6971438 43825 25 8300 830034822 34822 14628.49947 181 18149 49 7785 778544428 44428 28225.86693 155 15526 26 8473 8473628916 628916 276723.04440 44025 25 8473 847333710 33710 19521.35226160 16032 32 8057 805772636 72636 29730.08372443 44330 30 7244 724458905 58905 34063.92 170 17031 31 7142 714244996 44996 28821.04446150 15026 26 8064 8064394357 394357 200508.6258350 35022 22
8207 8207289077 289077 134884.6727400 40024 24 8064 806415009 15009 9586.393548160 16025 25 8064 806415009 15009 9586.393548160 16025 25 8207 820744850 44850 22153.00645 160 16042 42 7890 789068800 68800 38545.69775 162 16234 34E-60 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8356 8356397500 397500 187530.4774357 35727 27
8356 835646200 46200 30492 148 14824 24 8378 8378722300 722300 334148.1308396 39625 25 8378 837831300 31300 18245.1456165 16531 31 8378 837832700 32700 18815.07692 164 16432 32 8455 8455637978 637978 287178.2997408 40826 26 8455 845524473 24473 8138.118341 191 19159 59 8206 820659707 59707 35650.57706159 15930 30 8002 800292700 92700 49023.41494169 16937 37 8217 8217467000 467000 223638.6977400 40022 22 8217 821735600 35600 19486.31579 167 16735 35 7889 7889481000 481000 229489.1566370 37025 25 7889 788924400 24400 12027.03797 172 17241 41 8325 8325237000 237000 147750.9398370 3702 2 8325 832521200 21200 10400.35276175 17541 41 8158 815840300 40300 24710.4160 16028 28 7425 742549000 49000 26993.25843 163 16335 35 8341 8341390000 390000 188984.9821379 37923 23 8341 834124000 24000 13381.632 165 16534 34 8341 834124000 24000 14057.36334162 16231 31 7016 701680882 80882 32018.45495527 52726 26 7604 760438967.2 38967.2 13716.4544185 18557 57

7392 7392668962 668962 335572.8503361 36122 22 7788 7788425820 425820 192211.8613358.8 358.830 30 7700 770024096 24096 10288.95453 183 18348 48 8142 8142352848 352848 164516.4326378 37826 26 8198 819833930 33930 16884.78211 166 16641 41 7887 788721630 21630 12321.78551 161 16133 33 7847 784724096 24096 12465.46414183 18337 37 7962 796234350 34350 19306.91613 160 16034 34 7788 7788E-61 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8400 8400105900 105900 40258.944540 54028 28 8400 8400267600 267600 125785.0537360 36027 27 8400 8400190000 190000 84219.25926350 35032 32 8400 8400360000 360000 158400440 44025 25 8400 840019000 19000 10193.80645 160 16037 37

8400 840021800 21800 12707.4816165 16531 31E-62 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _num 8400 840032000 32000 18681.7561 155 15532 32

7842.7 7842.7 15000 15000 8303.225806160 16035 35 7528 7528537200 537200 255411.8673384 38424 24 7975 7975537200 537200 255411.8673384 38424 24
7460.11 7460.1126550 26550 14966.50435 161 16133.7 33.7
8217.76 8217.7622000 22000 11671.57895 167 16737 37 7395.4 7395.415800 15800 9284.283871 160 16031 31 8102 810275034.94 75034.94 31655.18967341 34136 36 8102 810268803.16 68803.16 29071.39983352.25 352.2535 35 8102 8102 143838.1 61199.7346 346.62535 35 8102 810264695.78 64695.78 28665.20714326.5 326.534 34 8102 810266770.06 66770.06 29965.84386328.25 328.2533 33 8102 8102 131465.84 58625.5415 327.37533.5 33.5 7998 799816448 16448 7575.004467 174 17444.7 44.7 7998 799817066 17066 8867.591275 169 16938.1 38.1 7998 799818369 18369 10398.267 164 16433.1 33.1 7998 799817068 17068 8584.123747 172 17239.8 39.8 8214 821448185 48185 28765.51239 160 16029.9 29.9 8000 80004600 4600 3680200 200 8000 80003800 3800 3040200 200 7789 778922503 22503 14525.64375 145.3 145.326 26 8208 8208319700 319700 155660.8795389.1 389.121.7 21.7 8208 820833330 33330 21711.5496147.1 147.125.1 25.1 8280 8280190000 190000 99125.71429380 38017 17 8280 828021000 21000 11176.704165 16537 37 7440 744029500 29500 11772.55814400 40035 35E-63 RTI&EUID ce). used to fill gaps for res Operating_hr_yr Operating_hr_yr_n um1 ExhaustFlow_acfm ExhaustFlow_acf m_num ExhaustFlow_dscf m_calc ExhaustTemp_F ExhaustTemp_F_nu m ExhaustMoist_Pct ExhaustMoist_Pct _numE-64 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release Quaternary Air Yes Skewed Gas Flow Technology of Recovery Furnace ESP prior to atmospheric release prior to atmospheric release
NA prior to atmospheric release use fresh mill water for lime mud washing to reduce TRS from the lime kiln

NCG-TO prior to atmospheric release BLDT prior to atmospheric release use fresh mill water for lime mud washing, reducing HAP and TRS in the weak wash used at SDTV10 prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release low NOx burners Yes

prior to atmospheric release control device outlet optimize air flow to BLOX system to reduce overall emissions from the BLOX tanks control device outlet NA The excess air is manually optimized to optimize boiler efficiency and reduce overall emissions control device outlet Use only clean water on the scrubbers containing no methanol. control device outlet Use only clean water on the scrubbers containing no methanol. control device outlet Use only clean water on the scrubbers containing no methanol. control device outlet tertiary air Yes The fuel and air controls are optimized to improve boiler efficiency and reduce overall emissions Salt Cake Mix Tank: EU440 control device outlet Use only clean water on the scrubbers containing no methanol. control device outlet NA The fuel and air controls are optimized to improve kiln combustion efficiency and reduce overall emissions control device outlet Overfire air Yes control device outlet Clean condensate used in scrubber system. Was weak wash. control device outletE-65 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release other {O2 Control} UK Lime mud Washing, 1 scrubber on Kiln that uses 1000 ml/min of caustic
prior to atmospheric release other {O2 Control} Yes ESP Not an emission point; vents to RB#3
prior to atmospheric release Added CHEMTRON process control system to optimize slaking and reduce deadload prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release Exhausts through Recovery Furnace inlet make-up air. control device outlet NA control device outlet SDT exhausts into inlet RF make-up air during normal operations control device outlet Stack Stack prior to atmospheric release control device outlet other - Tertiary air Yes control device outlet control device outlet control device outlet low NOx burners No Good Operating practices as stated in TV Permit control device outlet quarternary air No Good Operating practices as stated in TV Permit control device outlet Good Operating practices as stated in TV Permit prior to atmospheric release No No Caustic added as necessary for SO2 control. prior to atmospheric release Overfired Air Yes prior to atmospheric release

control device outlet Bed Camera - To Monitor Boiler Combustion; Monitor Economizer Inlet Temperature and Flue Gas O2 control device outlet control device outlet control device outlet use fresh water is smelt dissolving tank and Ducon scrubber control device outlet use fresh water for lime mud washing to reduce TRS from lime kiln EQT076 control device outlet overfire air system NoE-66 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls GRP11A, GRP11B, EQT077 control device outlet
control device outlet use fresh water is smelt dissolving tank and Ducon scrubber

control device outlet
control device outlet Drainage aid on the pre-coat mud filter. This helps reduce TRS going to the kilns by better washing of the residual white liquor that contains the unreduced sulfides. A dryer filter cake lets more air through it which oxidizes the TRS before it enters t control device outlet control device outlet control device outlet
control device outlet
control device outlet NA use fresh mill water for lime mud washing to reduce TRS and PM (sodium) from the lime kiln and fresh mill water for lime kiln scrubbing medium control device outlet NA
control device outlet NA

prior to atmospheric release prior to atmospheric release low Nox burner yes prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release NA prior to atmospheric release None NA use fresh mill water for lime mud washing and makeup to reduce TRS from the lime kilnE-67 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls NA prior to atmospheric release None NA Liquor Sulfidity control, Freshwater on wet bottom ESP to control TRS

NA prior to atmospheric release NA NA control device outlet control device outlet control device outlet SCMT control device outlet NA control device outlet NA control device outlet

NA control device outlet NA Prior to atmospheric release (after BLO off gas passes through BLO Tk Cyclone Separator) NA control device outlet NA control device outlet Hot, fresh mill water is utilized for lime mud washer, precoat filter shower water, and kiln scrubber water make-up. Hydrogen Peroxide (H2O2) is automatically valved into lime mud precoat filter to aid in controlling TRS emissions when kiln stack TRS emi NA control device outlet Hot, fresh mill water is utilized for lime mud washer, precoat filter shower water, and kiln scrubber water make-up. Hydrogen Peroxide (H2O2) is automatically valved into lime mud precoat filter to aid in controlling TRS emissions when kiln stack TRS emi NA control device outlet

NA control device outlet

control device outlet control device outlet control device outlet control device outlet NA control device outletE-68 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls control device outlet control device outlet control device outlet control device outlet control device outlet
control device outlet control device outlet control device outlet control device outlet control device outlet control device outlet control device outlet control device outlet control device outlet 1 Primary level, 2 secondary levels, 1 tertiary levels No control device outlet No

007-1 and 007-2 are combined into a comment exhaust. Data provided is for the combined exhaust. control device outlet 007-1 and 007-2 are combined into a comment exhaust. Data provided is for the combined exhaust. control device outlet prior to atmospheric release prior to atmospheric release prior to atmospheric release Use weak wash for lime mud washing 157 prior to atmospheric release No 189 prior to atmospheric release No 204 prior to atmospheric release No 511 prior to atmospheric release Other (Model Predictive Controls) Yes

512 prior to atmospheric release Other (Model Predictive Controls) Yes

721 prior to atmospheric release NoE-69 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls control device outlet control device outlet prior to atmospheric release combined control device outlet Primary and secondary air controls control device outlet control device outlet Primary and secondary air controls Lime mud is washed prior to feeding to the kiln. control device outlet none Maintain minimum specified scrubber flow and delta p control device outlet none prior to atmospheric release control device outlet Fuel Management control device outlet Fuel Management control device outlet Fuel Management control device outlet Fuel Management control device outlet Fuel Management prior to atmospheric release control device outlet P7413 control device outlet N/A prior to atmospheric release N/A No N/A prior to atmospheric release N/A No N/A prior to atmospheric release N/A prior to atmospheric release N/A No N/A prior to atmospheric release N/A prior to atmospheric release N/A No
N/A prior to atmospheric releaseE-70 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls N/A prior to atmospheric release
NA NA control device outlet NA Injection of excess oxygen to reduce TRS control device outlet NA Injection of excess oxygen to reduce TRS NA
NA control device outlet NA NA NA control device outlet Not a combustion device NA A condensate stripper is operated pursuant to 40 CFR 63 Subpart S. Stripped condensates are reused in the process which result in overall lower emissions from various units utilitzing this water. NA control device outlet Tertiary Air No None NA control device outlet Not a combustion device NA A condensate stripper is operated pursuant to 40 CFR 63 Subpart S. Stripped condensates are reused in the process which result in overall lower emissions from various units utilitzing this water. NA prior to atmospheric release Not a combustion device NA None NA control device outlet None NA None NA control device outlet None NA None NA control device outlet Tertiary Air No None NA control device outlet Tertiary Air, low Nox Burners No None NA control device outlet Not a combustion device NA Demin water for scrubber make-up Combined to RB4 control device outlet Not a combustion device NA Demin water for scrubber make-up Combined to RB4 control device outlet Not a combustion device NA Demin water for scrubber make-up NA control device outlet No NA None NA control device outlet Tertiary Air, low Nox Burners No None NA control device outlet No NA None NA prior to atmospheric release Three air streams--primary, secondary & tertiary NO NA 002, SCMT1 prior to atmospheric release NA A condensate stripper is operated pursuant to 40 CFR 63 Subpart S. Stripped condensates are reused in the process which result in overall lower emissions from various units utilizing this water. 003, SCMT2 prior to atmospheric release primary air NO NA NA prior to atmospheric release Three air streams--primary, secondary & 2 tertiary NO NA NA prior to atmospheric release NA A condensate stripper is operated pursuant to 40 CFR 63 Subpart S. Stripped condensates are reused in the process which result in overall lower emissions from various units utilizing this water. NA prior to atmospheric release primary air NO NA prior to atmospheric release control device outletE-71 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release control device outlet control device outlet control device outlet control device outlet control device outlet prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release control device outlet intermediate air - 3rd level Yes control device outlet prior to atmospheric release control device outlet

Prior to diversion to PCC plant use fresh mill water for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release maintain scrubber operating parameters prior to atmospheric release maintain scrubber operating parameters prior to atmospheric release other {specify} Tertiary Air No good combustion practices P39 amd P37 prior to atmospheric release from S20. S20 is the combined exhaust from Process P39 and P37 other {specify} Tertiary Air No good combustion practices prior to atmospheric release maintain scrubber operating parameters P39 amd P37 prior to atmospheric release from S20. S20 is the combined exhaust from Process P39 and P37 other {specify} Tertiary Air No good combustion practices prior to atmospheric release prior to atmospheric release prior to atmospheric releaseE-72 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls NA prior to atmospheric release
NA prior to atmospheric release quarternary air No
NA control device outlet prior to atmospheric release Wet scrubber No - Modified the venturi scrubber to increase particulate removal efficiency (3/6/2003) - Avoid use of combined condensate for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release Wet scrubber No - Modified the venturi scrubber to increase particulate removal efficiency (8/30/2004) - Avoid use of combined condensate for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release No Work is underway on improving black liquor oxidation operation to reduce TRS emissions at recovery furnaces. prior to atmospheric release Electrostatic Precipitator No LK5 has a model predictive controller installed that is designed to maintain a more consistent firing rate, which helps the environmental emissions. prior to atmospheric release Electrostatic Precipitator No prior to atmospheric release Electrostatic Precipitator No prior to atmospheric release Electrostatic Precipitator No prior to atmospheric release Packed-Gas Absorption Column, Wet Scrubber No prior to atmospheric release Packed-Gas Absorption Column, Wet Scrubber No prior to atmospheric release Packed-Gas Absorption Column, Wet Scrubber No control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln Multiple vents combined control device outlet
control device outlet F3, PW04 control device outlet F3, PW04 control device outlet control device outlet prior to atmospheric release NA NA prior to atmospheric release NA NA prior to atmospheric release Added third level of air Yes prior to atmospheric release NA NA
prior to atmospheric release 3-level air - original equip NoE-73 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release NA NA

NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release B08 and B10 combined and exhaust to S08 3 field ESP B08 and B10 combined and exhaust to S10 3 field ESP wet scrubber wet scrubber wet scrubber

control device outlet control device outlet control device outlet

control device outlet control device outlet

control device outlet NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release None NA prior to atmospheric release NoneE-74 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls NA prior to atmospheric release overfired air/port rodders No/yes NA prior to atmospheric release overfired air/port rodders No/yes NA prior to atmospheric release

NA prior to atmospheric release

NA control device outlet

NA control device outlet NA control device outlet

NA Prior to atmospheric release (after BLO off gas passes through BLO Foam Tk) Uncontrolled control device outlet Proper lime mud washing and fresh water as scrubbing medium control device outlet other {Primary, Secondary and Tertiary air} No control device outlet other {Primary, Secondary and Tertiary air} No control device outlet Fresh water as scrubbing medium

control device outlet Fresh water as scrubbing medium
prior to atmospheric release Fuel limitation of fuel oil and black liquor solids- may not be fired together prior to atmospheric release Fuel limitation of fuel oil and black liquor solids- may not be fired together prior to atmospheric release Fuel limitation of fuel oil and black liquor solids- may not be fired together
prior to atmospheric release prior to atmospheric release prior to atmospheric releaseE-75 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release
prior to atmospheric release
prior to atmospheric release Includes exhaust from LV01 control device outlet No No control device outlet No No No control device outlet No No No control device outlet NA No

control device outlet NA No

NA prior to atmospheric release NA NA NA NA prior to atmospheric release NA NA 3-level staged combustion

NA prior to atmospheric release NA NA NA prior to atmospheric release prior to atmospheric release prior to atmospheric release
prior to atmospheric release
prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric releaseE-76 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release prior to atmospheric release prior to atmospheric release
prior to atmospheric release
G-37, SCMT control device outlet control device outlet N/A N/A control device outlet N/A N/A control device outlet quarternary air no Do not run a hot lower furnace control device outlet prior to atmospheric release low NOx burners Yes Mud washing and filtering to reduce TRS

prior to atmospheric release prior to atmospheric release prior to atmospheric release control device outlet Overfire air, Tertiary air No D002, D907 control device outlet changed to fresh water as part of CCA control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln (part of CCA) control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln (part of CCA) control device outlet low NOx burners Yes control device outlet Good operating practices control device outlet Good operating practices control device outlet Good operating practices control device outlet control device outlet low NOx burners Yes control device outlet Good operating practices control device outlet Good operating practicesE-77 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls control device outlet Good operating practices control device outlet Burn low sulfur oil during start-up and shut-down no Use good combustion practices and burn low sulfur oil during start up and shutdown Monitor fuel oil flow rate and will apply peroxide spray as required prior to atmospheric release prior to atmospheric release prior to atmospheric release control device outlet tertiary air No control device outlet tertiary air No control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln
control device outlet control device outlet control device outlet NA control device outlet NA NA

NA control device outlet NA NA control device outlet other (burner replacement in 2002) Yes NA

control device outlet control device outlet control device outlet prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release overfire air Yes prior to atmospheric releaseE-78 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release overfire air Yes prior to atmospheric release Leave Blank prior to atmospheric release Primary/Secondary Air, ID Fan No Leave Blank Leave Blank prior to atmospheric release quarternary air No Leave Blank Leave Blank prior to atmospheric release Leave Blank Leave Blank prior to atmospheric release Leave Blank prior to atmospheric release NA Caustic addition to control SO2 emissions, as needed prior to atmospheric release NA Caustic addition to control SO2 emissions, as needed
prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA Use weak wash with no VOC contributors prior to atmospheric release NA Use weak wash with no VOC contributors prior to atmospheric release NA Use weak wash with no VOC contributors control device (scrubber) outlet Particulate from the large slaker are controlled by a wet scrubber which uses green liquor as the scrubbing medium. control device (scrubber) outlet control device (scrubber) outlet Particulate and TRS from the SDT are controlled by a wet scrubber which uses weak wash or fresh water as the scrubbuing medium. prior to atmospheric release Good combustion practices No use fresh mill water for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release Good combustion practices No prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release Good combustion practices No use fresh mill water for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release Improved Tertiary Air System Yes prior to atmospheric releaseE-79 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release opacity less than 20%, limit lime usage in kiln Limit ADTP production, only fire natural gas in boiler, and limit tons of black liquor fired prior to atmospheric release opacity less than 20%, limit use of black liquor solids fired opacity less than 20% control device outlet control device outlet control device outlet control device outlet 004, M6367 control device outlet control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln control device outlet low NOx burners Yes 007_9 control device outlet 007_8 control device outlet control device outlet control device outlet quarternary air Yes control device outlet Tertiary air No control device outlet control device outlet prior to atmospheric release- Using most recent July 2011 test data No Upgraded maintenance procedures for keeping cleaned

prior to atmospheric release- Using most recent July 2011 test data 2001 - Upper Tertiary air and improved air distribution for good combustion; April 2006 introduced HVLC pulp mill gas for incineration to reduce HAP emissions 2010 - Original TR sets in precipitator first fields were replaced in 2010 with SIR's to improve Yes Use advanced logic to to notify operators as they appraoch permit limits and prevent permit limit operational exceedances

prior to atmospheric release- Using most recent July 2011 test data No Use 5 gph 50% caustic to minimize TRS emissions.

control device outlet control device outlet control device outletE-80 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls control device outlet tertiary air No control device outlet tertiary air Yes control device outlet low-NOx burner Yes use fresh mill water for lime mud washing to reduce TRS from the lime kiln control device outlet tertiary air Yes
control device outlet prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release 038 prior to atmospheric release NA NA use of tertiary air to reduce TRS within the furnance box of the recovery boiler 103A prior to atmospheric release NA NA use hot, fresh water for lime mud washing to reduce soda in mud (sulfur) 108 prior to atmospheric release NA NA NA 001 and 004 (flow does not include 004) control device outlet 002 and 030 control device outlet use weak wash for scrubber liquid to reduce TRS emissions control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln 007 and 010 (flow does not include 010) control device outlet 008 and 042 control device outlet use weak wash for scrubber liquid to reduce TRS emissions control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release use fresh mill water for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release use fresh mill water for lime mud washing to reduce TRS from the lime kiln prior to atmospheric release prior to atmospheric release prior to atmospheric release use weak wash for liquid scrubbing medium to reduce TRS emissions prior to atmospheric release use weak wash for liquid scrubbing medium to reduce TRS emissions prior to atmospheric release use weak wash for liquid scrubbing medium to reduce TRS emissions prior to atmospheric releaseE-81 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release control device outlet overfire air No control device outlet control device outlet No prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA prior to atmospheric release NA control device outlet control device outlet control device outlet prior to atmospheric release prior to atmospheric release quarternary air Yes prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release
prior to atmospheric release 08-CD-02-001 control device outlet 08-CD-02-004 control device outlet 08-CD-03-001 control device outlet 08-CD-03-003 control device outlet 09-CD-01-001 control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln 09-CD-02-001 control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kiln 09-CD-03-001 control device outlet use fresh mill water for lime mud washing to reduce TRS from the lime kilnE-82 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls control device outlet (stack) control device outlet (stack) Tertiary Air Yes, 2010 Low Odor Conversion control device outlet (stack) control device outlet (stack) control device outlet (stack)
control device outlet (stack)E-83 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControls control device outlet (stack)
prior to atmospheric release 4, 5 prior to atmospheric release stacked air Y 4, 5 prior to atmospheric release prior to atmospheric release white liquor scrubbers on the LVHC gas collection system to reduce TRS from the lime kilns prior to atmospheric release white liquor scrubbers on the LVHC gas collection system to reduce TRS from the lime kilns prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release prior to atmospheric release control device outlet control device outlet quarternary air Yes control device outlet prior to atmospheric release none none prior to atmospheric release none none prior to atmospheric release none noneE-84 RTI&EUID ce). used to fill gaps for res CombinedExhaustIDs FlowLocation CombustionControls AddedWithin_10yrs ProcessControlsE-85 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID DBESP Recovery furnace ESP (dry bottom) C037A SCBR Scrubber - venturi C109 ESP ESP (dry) C24
ESP ESP (dry) LK-ESP

DBESP-WPR Recovery furnace ESP (dry bottom) RB-ESP SCBR Scrubber SDTV-S

DBESP Recovery furnace ESP (dry bottom) RBESP SCBR Scrubber - venturi LK5VS LK5BAG SCBR Scrubber - Ducon alkaline NSS DBESP Recovery furnace ESP (dry bottom) RF ESP INC_RF Recovery furnace (EUG D6) EUG D6 Recovery furnace ESP (dry bottom) RF ESP
ESP ESP (dry) LK ESP Other - oxidation tower and blowers CD440-067 and CD441-050 WBESP Recovery furnace ESP (wet bottom) CD445-183 SCBR Scrubber - venturi CD445-164 SCBR Scrubber - venturi CD445-162 SCBR Scrubber - venturi CD445-162 & CD445-164 DBESP-WPR Recovery furnace ESP (dry bottom) CD445-480 SCBR Scrubber - venturi CD 445-447 ESP ESP (dry) CD 456-110
DBESP Recovery furnace ESP (dry bottom) 08-E1 SCBR Scrubber 09-P2 ESP ESP (dry) 11-P13E-86 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber - venturi LKSCRB

DBESP Recovery furnace ESP (dry bottom) RB3ESP1&2 PBSCBR/INC_RF Scrubber - packed bed SDT3SCBR Recovery furnace (RB3) RB3 Recovery furnace ESP (dry bottom) RB3ESP1&2

ESP ESP (dry) LKESP DBESP Recovery furnace ESP (dry bottom) RB3ESP DBESP Recovery furnace ESP (dry bottom) RB4ESP SCBR Scrubber - venturi ST3SBR SCBR Scrubber - venturi ST4SBR SCBR/INC_RF Scrubber STWS Recovery furnace ESP (dry bottom) ES 445-001 ESP ESP (dry) LKESP DBESP-WPR Recovery furnace ESP (dry bottom) ES 445-001 DBESP Recovery furnace ESP (dry bottom) RBESP SCBR Scrubber SDTVSS ESP ESP (dry) LKESP DBESP Recovery furnace ESP (dry bottom) CDU1 SCBR Scrubber - venturi CDU5 ESP ESP (dry) CDU7 ESP ESP (dry) LK1P DBESP Recovery furnace ESP (dry bottom) RE1E, RE1W SCBR Scrubber SM1E, SM1W SCBR Scrubber - venturi LKSCR WBESP Recovery furnace ESP (wet bottom) RFESP SCBR Scrubber - venturi SDTSCR

DBESP Recovery furnace ESP (dry bottom) C21 SCBR Scrubber - venturi C05 SCBR Scrubber - venturi C53 SCBR Scrubber - Ducon SCBR04 SCBR Scrubber - venturi SCBR05 DBESP Recovery furnace ESP (dry bottom) ESP008E-87 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID DBESP Recovery furnace ESP (dry bottom) ESP010
SCBR Scrubber - Ducon SCBR11

DBESP Recovery furnace ESP (dry bottom) ESP5
SCBR Scrubber - venturi LK1S SCBR Scrubber - venturi LK2S SCBR Scrubber STS5 SCBR Scrubber C-11
SCBR Scrubber C-13
SCBR Scrubber C-29
DBESP Recovery furnace ESP (dry bottom) C-REVB1
DBESP Recovery furnace ESP (dry bottom) C-REVB2

INC Lime kiln (EU000011), boiler (EU000003) 000011,000003 INC Lime kiln (EU000011), boiler (EU000003) 000011,000003 DBESP Recovery furnace ESP (dry bottom) esp001 MC/SCBR Multicyclone MC004 Scrubber - venturi LKSBR004 WBESP Recovery furnace ESP (wet bottom) esp019 SCBR Scrubber - venturi sdtscr020 SCBR Scrubber - venturi sdtsbr021 ESP/SCBR ESP (dry) LKPPT Scrubber LKScrE-88 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID WBESP Recovery furnace ESP (wet bottom) RecESP

SCBR Scrubber SDTScr ESP ESP (dry) ESP1 ESP ESP (dry) ESP2 WBESP Recovery furnace ESP (wet bottom) E101A SCBR Scrubber - venturi E111A WBESP Recovery furnace ESP (wet bottom) 1RESP SCBR Scrubber - dynamic fan 11SD3S

WBESP Recovery furnace ESP (wet bottom) 2RESP

DBESP Recovery furnace ESP (dry bottom) 3RESP SCBR Scrubber - venturi 4LKSCR
SCBR Scrubber - venturi 5LKSCR
SCBR Scrubber - venturi 6SD1S

SCBR Scrubber - venturi 7SD2S
CYC/SCBR Cyclone CZ12-2 Scrubber - venturi CZ12-3 Other - demister CZ12-1 SCBR Scrubber - venturi CZ11-1 Other - demister CZ11-2 DBESP Recovery Furnace ESP (dry bottom) CR01CD DBESP Recovery Furnace ESP (dry bottom) CR05CD DBESP Recovery Furnace ESP (dry bottom) CR01CD SCBR Scrubber - venturi CR02CDE-89 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber - venturi CR03CD SCBR Scrubber - venturi CR02CD/CR03CD SCBR Scrubber - wetted fan CRO6CD ESP ESP (dry) 4LKESP Fabric filter (baghouse) 4LKFF DBESP-WPR Recovery furnace ESP (dry bottom) ESP1
SCBR Scrubber SCBR1 DBESP-WPR Recovery furnace ESP (dry bottom) ESP2 SCBR Scrubber SCBR2 DBESP Recovery furnace ESP (dry bottom) RB4MS SCBR Scrubber SDT4TE SCBR Scrubber SDT4TW SCBR Scrubber - venturi LK#1 SCBR Scrubber - venturi LK#2 DBESP Recovery furnace ESP (dry bottom) 003-7, 003-8, 003- 9 CYC/SCBR Cyclone (product recovery cyclone) Scrubber - venturi 004-2

SCBR Scrubber 007-4 SCBR Scrubber 007-5 DBESP Recovery furnace ESP (dry bottom) CE 007 SCBR Scrubber - spray tower CE 017 ESP ESP (dry) CE 019 SCBR Scrubber - venturi PC(157) DBESP-WPR Recovery furnace ESP (dry bottom) PC(189) SCBR Scrubber - quench PC(204) ESP ESP (dry) PC(511)
ESP/PBSCBR ESP (dry) PC(512) Scrubber - packed bed PC(512)S

DBESP-WPR Recovery furnace ESP (dry bottom) PC(721)E-90 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber - venturi SCRB LK1 DBESP-WPR Recovery furnace ESP (dry bottom) ESP RB1 PBSCBR Scrubber - venturi SCRB SDT1 Scrubber - packed bed SCRB SDT2 DBESP-WPR/DBESP/DBESP Recovery furnace ESP (dry bottom) ESP1, ESP2&3
SCBR Scrubber - venturi SDTSCBR SCBR Scrubber - venturi LKSCBR SCBR Scrubber - venturi 461- 141 Lime Kiln Venturi Scrubber DBESP Recovery furnace ESP (dry bottom) 461-170 Recovery Furnace ESP (dry bottom) PBSCBR Scrubber - venturi and packed bed 461-212 Smelt Dissolving Tank Scrubber DBESP Recovery furnace ESP (dry bottom) CD-7214 DBESP Recovery furnace ESP (dry bottom) CD-7215 WBESP Recovery furnace ESP (wet bottom) CD-7216 SCBR Scrubber - venturi CD-6009 SCBR Scrubber - venturi CD-6025 SCBR Scrubber - quench CD-7236 SCBR Scrubber - quench CD7217 ESP ESP (dry) C009 WBESP Recovery furnace ESP (wet bottom) C011
SCBR Scrubber C012
WBESP Recovery furnace ESP (wet bottom) C013 SCBR Scrubber C014
WBESP Recovery furnace ESP (wet bottom) C015

SCBR Scrubber C016E-91 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID N/A
Other PR012-01 WBESP Recovery furnace ESP (wet bottom) PR010-02C WBESP Recovery furnace ESP (wet bottom) PR010-02C OTH Other - demister spray PR009-01C
SCBR Scrubber PR011-01C SCBR Scrubber - venturi SCBR Scrubber - venturi SDT101 NA NA DBESP-WPR Recovery furnace ESP (dry bottom) RF201 NA NA SCBR Scrubber - venturi SDT201 NA NA NA NA NA ESP/SCBR ESP (dry) LK201 Scrubber - quench LK202 NA NA NA NA SCBR Scrubber - venturi LK101 NA NA WBESP Recovery furnace ESP (wet bottom) RF101 NA NA DBESP Recovery furnace ESP (dry bottom) C-620 NA NA SCBR Scrubber - venturi C-635 NA NA SCBR Scrubber - venturi C-624 NA NA SCBR Scrubber - venturi C-625 NA NA SCBR Scrubber - venturi C-827 NA NA DBESP Recovery furnace ESP (dry bottom) C-622 NA NA CYC/ESP Cyclone C-830 ESP (dry) C-829 NA NA NA NA DBESP Recovery furnace ESP (dry bottom) RF1ESP SCBR Scrubber SDT1SCB SCBR Scrubber - venturi LK1SCB DBESP Recovery furnace ESP (dry bottom) RF2ESP SCBR Scrubber SDT2SCB ESP ESP (dry) LK2ESP DBESP Recovery furnace ESP (dry bottom) ES-503 CYC/SCBR Cyclone (excluding product recovery cyclones) MC-102 Scrubber - venturi SC-102E-92 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber - venturi SC-502 SCBR Scrubber SCRBLK DBESP Recovery furnace ESP (dry bottom) ESP-1 SCBR Scrubber - venturi SCRBSTa SCBR Scrubber - venturi SCRBSTb SCBR Scrubber - venturi SCRBSTa/b SCBR (NCG scrubbers pre-kiln + LK SCBR] Scrubber - packed bed CPCD3 Scrubber RECCD8 Scrubber RECCD9 Scrubber - venturi CPCD1 ESP (NCG scrubbers pre-kiln + LK ESP] Scrubber - packed bed CPCD3 Scrubber RECCD8 Scrubber RECCD9 ESP (dry) CPCD2 DBESP Recovery furnace ESP (dry bottom) RECCD2 SCBR/STRIP Scrubber - venturi RECCD3 Condensate stripper REC040 SCBR/STRIP Scrubber - venturi RECCD4 Condensate stripper REC040 SCBR/STRIP Scrubber - venturi RECCD4 Condensate stripper REC040 DBESP Recovery furnace ESP (dry bottom) RECCD5 SCBR/STRIP Scrubber - venturi RECCD6 Condensate stripper REC040 SCBR/STRIP Scrubber - venturi RECCD7 Condensate stripper REC040 WBESP/SCBR Recovery furnace ESP (wet bottom) 03-ESP Scrubber 03-SCBR SCBR Scrubber 04-SCBR SCBR Scrubber - venturi 07-SCBR SCBR Scrubber 153--A SCBR Scrubber 153--B SCBR Scrubber 153--C ESP/SCBR ESP (dry) C05 Scrubber - venturi C06
SCBR Scrubber - venturi C07 SCBR Scrubber - venturi C09 WBESP Recovery furnace ESP (wet bottom) C10 WBESP Recovery furnace ESP (wet bottom) C11 PBSCBR Scrubber - venturi and packed bed C12 WBESP Recovery furnace ESP (wet bottom) C13 Other - O2 Polishing Other - O2 PolishingE-93 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber - venturi LK SCRUBBER
DBESP Recovery furnace ESP (dry bottom) RF ESP
PBSCBR Scrubber - packed bed SDT SCRUBBER SCBR Scrubber - venturi LK03WS SCBR Scrubber - venturi LK04WS

ESP ESP (dry) LK5ESP WBESP Recovery furnace ESP (wet bottom) RF18EP WBESP Recovery furnace ESP (wet bottom) RF19EP DBESP Recovery furnace ESP (dry bottom) RF22EP PBSCBR Scrubber - venturi and packed bed ST18VS Mist eliminator ST18ME PBSCBR Scrubber - venturi and packed bed ST19VS Mist eliminator ST19ME PBSCBR Scrubber - venturi and packed bed ST22VS Mist eliminator ST22ME SCBR Scrubber - venturi VENSCR WBESP Recovery furnace ESP (wet bottom) WESP
OTH Mist eliminator SDRMST SCBR Scrubber - venturi CD01 SCBR Scrubber - venturi CD01 SCBR Scrubber - venturi CD03 SCBR Scrubber 371ASCRUB ESP ESP (dry) 372AESP DBESP Recovery furnace ESP (dry bottom) 381AESP SCBR Scrubber 381CSCRUB

DBESP Recovery furnace ESP (dry bottom) 382AESPE-94 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber 382BSCRUB

SCBR Scrubber - venturi LK1SCR SCBR Scrubber - venturi LK2SCR WBESP Recovery furnace ESP (wet bottom) RF1EP1 Recovery furnace ESP (wet bottom) RF1EP2 WBESP Recovery furnace ESP (wet bottom) RF2EP1 Recovery furnace ESP (wet bottom) RF2EP2 SCBR Scrubber - venturi SD1SC1 SCBR Scrubber - venturi SD1SC2 SCBR Scrubber - venturi SD2SCR DBESP Recovery furnace ESP (dry bottom) C03 no DBESP Recovery furnace ESP (dry bottom) C04 no SCBR Scrubber C05 no SCBR Scrubber C10 no SCBR Scrubber C13 yes

SCBR Scrubber - venturi 263009 DBESP Recovery furnace ESP (dry bottom) 351013, 351014 SCBR Scrubber 401015

DBESP Recovery furnace ESP (dry bottom) EP-1N, EP-1S SCBR Scrubber SM01

SCBR Scrubber - venturi VS-2 COND/RTO Condenser BLOXCOND Regenerative thermal oxidizer BLOX2RTO Scrubber BLOX2SCR Wet ESP (WESP) BLOX2WESP COND/RTO Condenser BLOXCOND Regenerative thermal oxidizer BLOX2RTO Scrubber BLOX2SCR Wet ESP (WESP) BLOX2WESP SCBR Scrubber - venturi LK01 Scrubber SCBR Scrubber - venturi LK02 ScrubberE-95 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID WBESP Recovery furnace ESP (wet bottom) RB1 ESP WBESP/SCBR Recovery furnace ESP (wet bottom) RB2 ESP Scrubber RB2 Scrubber SCBR Scrubber ST1 Scrubber

SCBR Scrubber ST2Scrubber

SCBR Scrubber - venturi LKSCBR

WBESP Recovery furnace ESP (wet bottom) RBESPA, RBESPB SCBR Scrubber - dynamic SDSCBR

SCBR Scrubber - venturi LKSCRB WBESP Recovery furnace ESP (wet bottom) RB1ESP WBESP Recovery furnace ESP (wet bottom) RB2ESP PBSCBR Scrubber - packed bed SDT1SCRB

PBSCBR Scrubber - packed bed SDT2SCRB

DBESP-WPR Recovery furnace ESP (dry bottom) ESPRB2 DBESP-WPR Recovery furnace ESP (dry bottom) ESPRB3 DBESP-WPR Recovery furnace ESP (dry bottom) ESPRB4

OTH Mist eliminator MESDT2 SCBR Scrubber - venturi VSSDT3 SCBR Scrubber - venturi VSSDT4E-96 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber - venturi VSLK1

SCBR Scrubber - venturi VSLK2

SCBR Scrubber - venturi LK03 Scrubber WBESP Recovery furnace ESP (wet bottom) RB01 Precipitator WBESP Recovery furnace ESP (wet bottom) RB02 Precipitator SCBR Scrubber ST01 Scrubber

SCBR Scrubber ST02 Scrubber

SCBR Scrubber - venturi LKSCBR NA NA DBESP Recovery furnace ESP (dry bottom) ESPA ESP (dry) ESPB NA NA NA NA

SCBR Scrubber SDSCBR NA NA ESP/SCBR ESP (dry) G-18 ESP Scrubber - venturi G-18 SCRUB DBESP Recovery furnace ESP (dry bottom) G-32 ESP SCBR Scrubber G-63B SCRUB

SCBR Scrubber G-63C EWSCRUB

WBESP Recovery furnace ESP (wet bottom) G-92 ESP CYC/SCBR Cyclone (excluding product recovery cyclones) G-95 CYC Scrubber - venturi G-95 SCRUB Collection system SCBR Scrubber - venturi LK1B Cyclone LK1C SCBR Scrubber - venturi LK2B Cyclone LK2CE-97 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID WBESP Recovery furnace ESP (wet bottom) RB2B DBESP Recovery furnace ESP (dry bottom) RB3B SCBR Scrubber - dynamic ST2B

SCBR Scrubber - dynamic ST3B

SCBR Scrubber 08-CD-013-001 SCBR Scrubber 09-CD-004-001 DBESP Recovery furnace ESP (dry bottom) 08-CD-012-001 DBESP Recovery furnace ESP (dry bottom) EU0804ESP SCBR Scrubber CD0801 SCBR Scrubber - venturi EU0905SCR DBESP Recovery furnace ESP (dry bottom) 08C012 DBESP Recovery furnace ESP (dry bottom) 08C013 SCBR Scrubber - venturi 08C014 SCBR Scrubber - venturi 08C015 ESP/SCBR ESP (dry) 09C37A Scrubber 09C37B
ESP ESP (dry) LK3ESP DBESP Recovery furnace ESP (dry bottom) RF3ESP SCBR Scrubber SDTSCR DBESP Recovery furnace ESP (dry bottom) D01E SCBR Scrubber - impingement D02S SCBR Scrubber - venturi L01S SCBR Scrubber - venturi L02S SCBR Scrubber - venturi LK1_SCBR WBESP Recovery furnace ESP (wet bottom) 4RBN_ESPWB WBESP Recovery furnace ESP (wet bottom) 4RBS_ESPWB WBESP Recovery furnace ESP (wet bottom) 4RBN_ESPWB/4RB S_ESPWB SCBR Scrubber - venturi 4SDT_SCBR SCBR Scrubber - venturi LK2_SCBR DBESP Recovery furnace ESP (dry bottom) 5RBN_ESPDB DBESP Recovery furnace ESP (dry bottom) 5RBS_ESPDBE-98 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID DBESP Recovery furnace ESP (dry bottom) 5RBN_ESPDB/5RB S_ESPDB SCBR Scrubber - venturi 5SDT_SCBR DBESP Recovery furnace ESP (dry bottom) C37 SCBR Scrubber - venturi C03/SCR1 SCBR Scrubber C10/SCR1 DBESP Recovery furnace ESP (dry bottom) DESP1 SCBR Scrubber SCBR1 SCBR Scrubber - venturi SCBR2 DBESP-WPR Recovery furnace ESP (dry bottom) 72 DBESP-WPR Recovery furnace ESP (dry bottom) 73 SCBR Scrubber - venturi 10 ESP/SCBR ESP (dry) LK2ESP Scrubber - venturi 11
SCBR Scrubber - quench 7 SCBR Scrubber - quench 8 SCBR Scrubber - quench 9 DBESP/SCBR Recovery furnace ESP (dry bottom) RF4ESP Scrubber RF4SCB

PBSCBR Scrubber - packed bed SD4SCB SCBR Scrubber - venturi LK4SCB
ESP/SCBR ESP (dry) ESP-1 Scrubber LK27 DBESP Recovery furnace ESP (dry bottom) ESP-2 SCBR Scrubber - dynamic Scrub-1 SCBR Scrubber LK1SCB SCBR Scrubber LK2SCB SCBR Scrubber LK3SCB WBESP Recovery furnace ESP (wet bottom) 62-101 SCBR Scrubber 62-056E-99 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID WBESP Recovery furnace ESP (wet bottom) 62-301 SCBR Scrubber 62-256 SCBR Scrubber RECCD2 Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank WBESP Recovery furnace ESP (wet bottom) SN26E Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank SCBR Scrubber SN27S Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank SCBR Scrubber SN27S Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank Leave Blank SCBR Scrubber - venturi C600
SCBR Scrubber - venturi C601

DBESP Recovery furnace ESP (dry bottom) C400
DBESP Recovery furnace ESP (dry bottom) C401
DBESP Recovery furnace ESP (dry bottom) C402 SCBR Scrubber C404
SCBR Scrubber C405
SCBR Scrubber - venturi C406
SCBR Scrubber - venturi LKSCR DBESP Recovery furnace ESP (dry bottom) 3RBESP SCBR Scrubber - wetted fan SDTSCR ESP ESP (dry) SN-02 DBESP Recovery furnace ESP (dry bottom) SN-06 SCBR Scrubber SN-08 SCBR Scrubber SN-08 SCBR Scrubber SN-08 SCBR Scrubber SN-09 DBESP Recovery furnace ESP (dry bottom) SN-14 SCBR Scrubber SN-15E-100 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber VENTSCR Scrubber PEABODYSCR Scrubber DUSTSCR
DBESP/SCBR Recovery furnace ESP (dry bottom) ESP Scrubber RECSCR SCBR Scrubber SMELTSCR SCBR Scrubber 004_CD DBESP Recovery furnace ESP (dry bottom) 019_CD SCBR Scrubber 020_CD DBESP Recovery furnace ESP (dry bottom) Z003 SCBR Scrubber - venturi Z006 SCBR Scrubber - venturi Z032 ESP ESP (dry) 2723C SCBR Scrubber - venturi 2511C SCBR Scrubber - venturi 2511C DBESP Recovery furnace 2-sided ESP (dry bottom) 2505C DB-WBESP [2-sided dry and wet] Recovery furnace 2-sided ESP (dry and wet bottom) 5105C DBESP Recovery furnace ESP (dry bottom) ESP SCBR Scrubber - venturi LKS SCBR Scrubber - venturi SDTS CYC/SCBR Cyclone CE340 Scrubber CE341

DBESP Recovery furnace ESP (dry bottom) CE 320

SCBR Scrubber - venturi CE 322 and CE 323

SCBR Scrubber - venturi 2DTScr-Scr SCBR Scrubber - venturi 3DTScr-Scr SCBR Scrubber - venturi LKScr-ScrE-101 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID DBESP Recovery furnace ESP (dry bottom) RF#2-Scr DBESP Recovery furnace ESP (dry bottom) RF#3-Scr SCBR Scrubber - venturi LKS WBESP Recovery furnace ESP (wet bottom) ESP-N Recovery furnace ESP (wet bottom) ESP-S
SCBR Scrubber - venturi SDTS WBESP Recovery furnace ESP (wet bottom) RB10 ESP WBESP Recovery furnace ESP (wet bottom) RB11 ESP TO/SCBR Regenerative thermal oxidizer S-71 Scrubber LK5 SCRUB OTH Mist eliminator SDT10 DEM OTH Mist eliminator SDT11 DEM SCBR Scrubber LK4 SCRUB
SCBR Scrubber LK5 SCRUB Mist eliminator LK5 DEM DBESP Recovery furnace ESP (dry bottom) C28 NA SCBR Scrubber - venturi C23 NA PBSCBR Scrubber - venturi and packed bed C08 NA DBESP Recovery furnace ESP (dry bottom) X001 SCBR Scrubber - venturi X002 SCBR Scrubber - venturi X003 DBESP Recovery furnace ESP (dry bottom) X012 SCBR Scrubber X013 ESP ESP (dry) X014 SCBR Scrubber - venturi LKS1 SCBR Scrubber - venturi LKS2 WBESP Recovery furnace ESP (wet bottom) RB2ESP
WBESP Recovery furnace ESP (wet bottom) RB3ESP SCBR Scrubber - venturi SDT2NS SCBR Scrubber - venturi SDT2SS SCBR Scrubber - venturi SDT3S ESP ESP (dry) CAC4E-102 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID DBESP Recovery furnace ESP (dry bottom) RFC1
SCBR Scrubber - venturi RFC2 DBESP Recovery furnace ESP (dry bottom) RFC3 SCBR Scrubber RFC4 SCBR Scrubber RFC5 DBESP Recovery furnace ESP (dry bottom) UT-9 SCBR Scrubber - venturi UT-7 ESP/SCBR ESP (dry) RC-6a Scrubber - venturi RC-6b ESP/SCBR ESP (dry) LEP1 Scrubber LKS1 DBESP Recovery furnace ESP (dry bottom) R401R4 SCBR Scrubber - venturi RSS5 DBESP Recovery furnace ESP (dry bottom) REP6 SCBR Scrubber - venturi RSS6 DBESP Recovery furnace ESP (dry bottom) ESP SCBR Scrubber - venturi SDTVS SCBR Scrubber - venturi LKVS SCBR Scrubber - venturi LKSCB DBESP-WPR Recovery furnace ESP (dry bottom) RFESP SCBR Scrubber - venturi SDTSCB SCBR Scrubber - venturi SDTSCB ESP ESP (dry) AP01 SCBR Scrubber - Ducon dynamic AP15

DBESP Recovery furnace ESP (dry bottom) AP14 WBESP Recovery furnace ESP (wet bottom) 08-CD-02-001 SCBR Scrubber 08-CD-02-004 DBESP Recovery furnace ESP (dry bottom) 08-CD-03-001 SCBR Scrubber 08-CD-03-003 SCBR Scrubber - venturi 09-CD-01-001 SCBR Scrubber - venturi 09-CD-02-001 SCBR Scrubber - venturi 09-CD-03-001E-103 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID ESP ESP (dry) ESP1 DBESP Recovery furnace ESP (dry bottom) ESP2 DBESP Recovery furnace ESP (dry bottom) ESP3 DBESP Recovery furnace ESP (dry bottom) ESP4 SCBR Scrubber SCRB2

SCBR Scrubber SCRB3E-104 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_ID SCBR Scrubber SCRB4

SCBR Scrubber - Ducon SDT2WS DBESP Recovery furnace ESP (dry bottom) ESP DBESP Recovery furnace ESP (dry bottom) ESP
SCBR Scrubber - low energy ALK-WS
SCBR Scrubber - venturi LKB-VS SCBR Scrubber - Ducon SDT1WS DBESP Recovery furnace ESP (dry bottom) 1LPRCP DBESP Recovery furnace ESP (dry bottom) 1RPRCP DBESP Recovery furnace ESP (dry bottom) 1RPRCP DBESP Recovery furnace ESP (dry bottom) 2LPRCP DBESP Recovery furnace ESP (dry bottom) 2RPRCP DBESP Recovery furnace ESP (dry bottom) 2LPRCP/2RPRCP SCBR Scrubber - venturi 1LSCRB SCBR Scrubber - venturi 1RSCRB SCBR Scrubber - venturi 2LSCRB SCBR Scrubber - venturi 2RSCRB SCBR Scrubber - venturi LKSCR

SCBR Scrubber - venturi LKSCB1 DBESP Recovery furnace ESP (dry bottom) RFESP1 SCBR Scrubber - non-venturi SDTSC1 DBESP Recovery furnace ESP (dry bottom) C01 PBSCBR Scrubber - packed bed C08 ESP ESP (dry) C10E-105 RTI&EUID ce). used to fill gaps for res RTI_APCD_Type APCD1_type APCD1_ID APCD2_type APCD2_ID APCD3_type APCD3_ID APCD4_type APCD4_IDE-106 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1993 1993 new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1993 1993 new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1993 1993 new 8 ppmdv @ 10% O2 (lime kilns)
Yes 1985 1985 new 8 ppmdv @ 10% O2 (lime kilns)

No No

Yes 2000 2000modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1987 1987new 8 ppmdv @ 10% O2 (lime kilns) No Yes 2006 2006new straight 5 ppmdv @ 8% O2 (straight recovery furnace)
Yes 2006 2006new combust gases in lime kiln or recovery furnace subject to subpart BB Yes pre-1990 2005 modified 8 ppmdv @ 10% O2 (lime kilns) No No No No No Yes 2007 (approximately) 2007modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No
Yes pre-1990 1990new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes pre-1990 1989new 0.033 lb/ton BLS as H2S (SDTs) Yes 1996 1996new 8 ppmdv @ 10% O2 (lime kilns)E-107 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No

Yes 2009 2009new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 2009 2009new Not an emission point

Yes 1997 1997new uncontrolled digester gases contain <0.01 lb TRS/ton ADP Yes 1985 1985 new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1997 1997new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1985 1985 new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1997 1997new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 2009 2009modified 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1996 1996new 8 ppmdv @ 10% O2 (lime kilns) Yes 2009 2009modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 2009 2009 straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 2009 2009 0.033 lb/ton BLS as H2S (SDTs) Yes 1990 1990 8 ppmdv @ 10% O2 (lime kilns) Yes 1980 1980new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1980 1980new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes 2003 2003 new 8 ppmdv @ 10% O2 (lime kilns) Yes 1990 1990collects emissions from BB emission units UK combust gases in lime kiln or recovery furnace subject to subpart BB Yes 1990 1990modified straight 8 ppmdv @ 10% O2 (lime kilns) Yes 1990 1990modified UK 0.033 lb/ton BLS as H2S (SDTs) No Yes 1981-1982 1982new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1981-1983 1982new 0.033 lb/ton BLS as H2S (SDT - 1986 limit)

No No No No No NoE-108 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1989 1989new straight 5 ppmdv @ 8% O2 (straight recovery furnace)
Yes 1989 1989new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No No Yes 1988 1988new straight 5 ppmdv @ 8% O2 (straight recovery furnace)
Yes 1979 1979new 8 ppmdv @ 10% O2 No NA NA Yes 1989 1989new 0.0168 lb/ton BLS (SDT - 1978 limit) No
No
No
No
No

No No Yes 2007 2007psd permit 60.284(b)(2)-install and operate scrubber No No No No No NA NA NA NA NAE-109 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1980 1980new straight 5 ppmdv @ 8%O2

Yes 1980 1980new NA 0.0168 lb/TDBLS No No Yes 1990 1990modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1990 1990modified 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No NA NA NA NA NA No NA NA NA NA NA

No NA NA NA NA NA No NA NA NA NA NA
No NA NA NA NA NA No NA NA NA NA NA
No NA NA NA NA NA
No NA NA NA NA NA

No NA NA NA NA NA

Yes 1982 1982new 8 ppmdv @ 10% O2 (lime kilns) No No Yes 1991 1991new straight 5 ppmdv @ 8% O2 (straight recovery furnace) NoE-110 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No Yes 1991 1991new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1989 1989new 8 ppmdv @ 10% O2 (lime kilns) No straight
Yes 2003 2003 0.048 lb/3000 lb BLS Yes 1977 1977new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1977 1977new 0.033 lbs/ton BLS Yes 2002 2002modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No No No Yes 2010 2010modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) No

No No Yes 1998 1998new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1998 1998new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes 1999 1999new 8 ppmdv @ 10% O2 (lime kilns) No No Yes 1987 1987new straight 5 ppmdv @ 8% O2 (straight recovery furnace) No

No

Yes 1987 1987new straight 5 ppmdv @ 8% O2 (straight recovery furnace)E-111 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No Yes 1991 1991modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No
No No No No
No No Yes 1986 1986new straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No No No Yes 1986 1986new No Yes 1992 1992new 8 ppmdv @ 10% O2 (lime kilns) 12hr avg No N/A
No
No N/A No
No N/A

NoE-112 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No
No No No No
No No No NA NA NA NA NA Yes 1991 1991new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1991 1991new NA 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No NA NA NA NA NA Yes 1998 1998new NA 8 ppmdv @ 10% O2 (lime kilns) No NA NA NA NA NA No NA NA NA NA NA Yes 2003 2003 modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) No NA NA NA NA NA Yes pre-1990 1995 new NA 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes pre-1990 1995 new NA 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes pre-1990 1980modified NA 8 ppmdv @ 10% O2 (lime kilns) Yes 2003 2003 modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1995 1995 new NA 8 ppmdv @ 10% O2 (lime kilns) No No No Yes 1990 1990new straight 5 ppmdv @ 10% O2 (combustion control) Yes 1990 1990new 0.033 lb/ton BLS as H2S (SDTs) Yes 1990 1990new 8 ppmdv @ 10% O2 (lime kilns) Yes 1999 1999modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) NoE-113 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1999 1999modified Meet permit limit more stringent than NSPS Yes 1989 1989new 8 ppmdv @ 10% O2 (lime kilns) Yes 1981 1981new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1981 1981new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1981 1981new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1981 1981new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes pre-1990 1990 Yes 1990 1990new 8 ppmdv @ 10% O2 (lime kilns) No Yes 1984 1984new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1984 1984new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes 1984 1984new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes 1984 1984new 0.0168 lb/ton BLS (SDT - 1978 limit) No No No No No No No Yes 1988 1988 No No Yes 1989 1989modified 8 ppmdv @ 10% O2 (lime kilns)
No No No Yes 1989 1989new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1989 1989new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No
NoE-114 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No
Yes 1994 1994modified straight 5 ppmdv @ 8% O2 (straight recovery furnace)
Yes 1994 1994modified 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes pre-1995 1992Collects emissions from BB emission units monitoring unit operation, flame safety interlocks, and interlock connections to NCG valves at NCG burning units Yes pre-1995 1992Collects emissions from BB emission units monitoring unit operation, flame safety interlocks, and interlock connections to NCG valves at NCG burning units No Yes pre-1990 1982new 8 ppmdv @ 10% O2 (lime kilns) No No Yes pre-1990 1992modified or reconstructed (not sure) straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No Yes pre-1990 1992modified or reconstructed (not sure) 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No No
No No No No Yes 1982 1982new 8 ppmdv @ 10% O2 (dry weight) Yes 1989 1989new 8 ppmdv @ 10% O2 (dry weight) Yes 1982 1982new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1982 1982new 0.033 lbs/ton BLS (dry weight)

Yes 1989 1989new straight 5 ppmdv @ 8% O2 (straight recovery furnace)E-115 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1989 1989new 0.033 lbs/ton BLS (dry weight)

No No No No Yes 1980 1980new 8 ppmdv @ 10% O2 (lime kilns) No Yes 1980 1980new straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No Yes 1980 1980new 0.033 lb/ton BLS as H2S (SDTs) No No No No Yes 1986 1986 8 ppmdv @ 10% O2

No Yes 1990 1990modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1990 1990reconstructed 0.033 lb/ton BLS as H2S (SDT - 1986 limit)

Yes 1985 1985 modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) No

No No No No No Yes 1979 1979modified 8 ppmdv @ 10% O2 (lime kilns)E-116 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No Yes 1989 1989modified straight Meet permit limit more stringent than NSPS No

No

No NA NA NA NA NA

No NA NA NA NA NA No NA NA NA NA NA

No NA NA NA NA NA Yes 1981 1981new 8 ppmdv @ 10% O2 (lime kilns) Yes 1981 1981new straight Meet permit limit more stringent than NSPS Yes 1981 1981new straight Meet permit limit more stringent than NSPS Yes 1981 1981new Meet permit limit more stringent than NSPS

Yes 1981 1981new Meet permit limit more stringent than NSPS

No No No

No No NoE-117 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No

No

No Yes 1986 1986new NA 8 ppmdv @ 10% O2 No NA NA NA NA NA Yes 1981 1981new straight 5 ppmdv @ 8% O2 No NA NA NA NA NA

Yes 1981 1981new NA NA

No NA NA NA NA NA No NA NA NA NA NA

No NA NA NA NA NA Yes 1997 1997new 8 ppmdv @ 10% O2 (lime kilns) Yes 1982 1982new straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No

Yes 1982 1982new 0.033 lb/ton BLS as H2S (SDT - 1986 limit)

No No No No Yes 1987 1987new 8 ppmdv @ 10% O2 (lime kilns)E-118 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No Yes 1988 1988new straight 5 ppmdv @ 8% O2 (straight recovery furnace) No

Yes 1988 1988new

No No Yes 1997 1997modified straight 5 ppmdv @ 8% O2 Yes 1981 1981new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1981 1981new 0.015 lb/ton BLS (dry as fired) No No No No No No
Yes 1995 1995 New 8 ppmdv @ 10% O2 (lime kilns) Yes 1992 1992 New Straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1992 1992 New 0.033 lb/ton BLS as H2S (SDTs) Yes 1992 1992new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1992 1992new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1996 1996new 8 ppmdv @ 10% O2 (lime kilns) Yes 1996 1996new 8 ppmdv @ 10% O2 (lime kilns) No

No No No Yes 1990 1990new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1990 1990new straight 5 ppmdv @ 8% O2 (straight recovery furnace)E-119 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1990 1990new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1990 1990new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1993 1993 New straight 5 ppmdv @ 8 % 02 No Yes 1993 1993 New 0.2 lb/ton BLS (dry weight) No No No Yes 2000 2000modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 2001 2001modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 2000 2000modified or reconstructed (not sure) 8 ppmdv @ 10% O2 (lime kilns) Yes 2000 2000modified or reconstructed (not sure) 8 ppmdv @ 10% O2 (lime kilns)
No No No No

No Yes 1979 (when installed) 1979new NA 8 ppmdv @ 10% O2 (lime kilns)

Yes 1992 1992new 8 ppmdv @ 10% O2 (lime kilns) Yes 1992 1992new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1992 1992new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No No No No NoE-120 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No No No Yes pre-1990 1981new 8 ppmdv @ 10% O2 (lime kilns) Yes pre-1990 1981new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes pre-1990 1981new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes pre-1990 1981new 0.0168 lb/ton BLS (SDT - 1978 limit) No
No

Yes pre-1990 1990modified straight 5 ppmdv @ 8% O2 (straight recovery furnace)
Yes pre-1990 1991modified straight 5 ppmdv @ 8% O2 (straight recovery furnace)
No Yes pre-1990 1990modified 0.0168 lb/ton BLS (SDT - 1978 limit)
Yes pre-1990 1991modified 0.0168 lb/ton BLS (SDT - 1978 limit)
No
No NA NA NA NA Yes Pre-1990 1988new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes Pre-1990 1988new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1991 1991new 8 ppmdv @ 10% O2 (lime kilns) Yes pre-1990 1979modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes pre-1990 1979modified 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes pre-1990 1979modified 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes pre-1990 1979modified 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes pre-1990 1979modified 8 ppmdv @ 10% O2 (lime kilns) Yes pre-1990 1989new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes pre-1990 1989new 0.033 lb/ton BLS as H2S (SDT - 1986 limit)E-121 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No No No No Yes 1989 1989new 8 ppmdv @ 10% O2 (lime kilns) Yes 1994 1994new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1994 1994new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No No No Yes 1994 1994new 8 ppmdv @ 10% O2 (lime kilns) No Yes 1983 1983 new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No straight Yes 1983 1983 new straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No No Yes 1989/90 1990New 8 ppmdv @ 10% O2 (lime kilns)

Yes 1989/90 1989 ESP Replacement straight (see RTI note) 5 ppmdv @ 8% O2 (used straight recovery furnace option which is more stringent, however, a cross recovery furnace by definition as greater than 28% sulfidity target and more than 7% black liquor solids)

Yes 1989/90 1990Replacement 0.033 lb/ton BLS as H2S (SDT - 1986 limit)

Yes 1979 1979new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No Yes 1979 1979new 8 ppmdv @ 10% O2 (lime kilns)E-122 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1979 1979modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 2003 2003 modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No
No No No No No No No No
No Yes Pre-1990 1983 modified or reconstructed (not sure) straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes Pre-1990 1976modified or reconstructed (not sure) 20 ppmdv @ 10% O2 (lime kilns) Yes Pre-1990 1983 modified or reconstructed (not sure) 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1978 1978new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1978 1978new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1978 1978new 8 ppmdv @ 10% O2 (lime kilns) Yes 1991 1991new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1991 1991new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1991 1991new 8 ppmdv @ 10% O2 (lime kilns) No No No
Yes 1992 1992new straight 5 ppmdv @ 8% O2 (straight recovery furnace) No No Yes 1992 1992new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1989 1989new 8 ppmdv @ 10% O2 (lime kilns)E-123 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No
No Yes 1982 1982new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1982 1982new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes 1982 1982new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes 1984 1984new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1984 1984new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1984 1984new 8 ppmdv @ 10% O2 (lime kilns) Yes pre-1990 1986new NA 8 ppmdv @ 10% O2 (lime kilns) No No Yes 1990 1990new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1990 1990new NA 0.0168 lb/ton BLS (SDT - 1978 limit) No No No No No No No Yes 1990 1990new 8 ppmdv @ 10% O2 (lime kilns) Yes 1995 1995 new Meet permit limit more stringent than NSPS

Yes 1995 1995 new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes pre-1990 1979new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes pre-1990 1979new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) Yes 1991 1991new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1991 1991new 0.033 lb/ton BLS as H2S (SDT - 1986 limit) No Yes pre-1990 1979new 8 ppmdv @ 10% O2 (lime kilns) Yes 1990 1990new 8 ppmdv @ 10% O2 (lime kilns) NoE-124 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption Yes 1985 1985 new 8 ppmdv @ 10% O2 (lime kilns) No No No No

NoE-125 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOption No

No No No
No
No No No No No No No No No No No No No No No No Yes 2005 2005 modified straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 2005 2005 modified 0.033 lb/ton BLS as H2S Yes 1991 1991new straight 5 ppmdv @ 8% O2 (straight recovery furnace) Yes 1991 1991new 0.0168 lb/ton BLS (SDT - 1978 limit) Yes 1995 1995 new 8 ppmdv @ 10% O2 (lime kilns)E-126 RTI&EUID ce). used to fill gaps for res SubjectBB5 YearSubjectBB YearSubjectBB_revise d ReasonSubjectBB RFTypeSubjectBB BB_TRS_ComplianceOptionE-127 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1993 20 1993 20 1993 20
1985 28

2002 11 2002 11

2000 13 1987 26 2000 13 2006 7
2006 7
2005 8 1964 49 Not in operation 1964 49 NA: Not in operation 1964 Not in operation 1964 Not in operation 1964 49 Not in operation 2007 6 2007 6 1955 58NA: newer kiln constructed in 1964 is used; older kiln is backup 1996 17 1996 17 1996 17E-128 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1974 39

2009 4 2009 4

1997 16 1985 28 1997 16 1985 28 1997 16 2009 4 1996 17 2009 4 2009 4 2009 4 1990 23 1994 19 1994 19 2003 10 1990 23 2000 13 2000 13 1968 45 1982 31 1982 31

1995 18 1995 18 1960 53 1964 49 1963 50 1964 49E-129 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1989 24
1989 24 1964 49 1964 49 1988 25
1979 34 1976 37 1989 24 1967 46
1967 46
1967 46
1967 46
1967 46
1967 1967 1967 1967 46 1971 42 2007 6 1972 41 1972 41 1971 42 1972 41 1972 41E-130 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1995 18

1995 18 1963 50 1973 40 1991 22 1991 22 1957 56 replace 2 small DCEs w/ single larger NDCE 2002 11

1964 49 replace 2 small DCEs w/ single larger NDCE 1964 49 remove
2002 11 1957 56
1964 49
1957 56 replace with single SDT serving new NDCE

1964 49 replace with single SDT serving new NDCE

1982 31 1956 57 1975 38 1991 22 1975 38 1975E-131 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1975 1975 38 1991 22 1989 24 1970 43 mod NDCE
2003 10 mod SDT 1977 36 1977 36 2002 11 2001 12 2001 12 1960 53 1973 40 2010 3 1976 37

1991 22 1991 22 1998 15 1998 15 1999 14 1990 23 1990 23 1987 26 1958 55

1975 38

1987 26E-132 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1976 37 1991 22 1991 22 1969 44 mod NDCE
1969 44 mod SDT 1975 38 1968 45 1968 45 mod NDCE
1968 45 mod SDT 1985 28 1999 14 1985 28 1975 38 1960 53 1985 28 1999 14 1985 28 1992 21 1992 21 NA: Replaced 3 DCEs with with no. 4 RF (NDCE) and SDT in 2012 1992 21 NA: Replaced 3 DCEs with with no. 4 RF (NDCE) and SDT in 2012 2000 13 NA: Replaced 3 DCEs with with no. 4 RF (NDCE) and SDT in 2012 2000 13 NA: Replaced 3 DCEs with with no. 4 RF (NDCE) and SDT in 2012 2000 13 NA: Replaced 3 DCEs with with no. 4 RF (NDCE) and SDT in 2012

2000 13 NA: Replaced 3 DCEs with with no. 4 RF (NDCE) and SDT in 2012E-133 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 2000 13 NA: Replaced 3 DCEs with with no. 4 RF (NDCE) and SDT in 2012 1986 27 reduce throughput because would only serve 1 DCE 1959 54 replace w/ NDCE 1986 27 1959 54 replace SDT
1986 27 1966 47 1996 17 1991 22 1991 22 1996 17 1998 15 1950 63 mod LK 1996 17 2003 10 2003 10 2003 10 2003 10 1980 33 2003 10 2010 3 1996 17 1996 17 1966 47 1990 23 1990 23 1990 23 1999 14 1961 52E-134 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1999 14 1989 24 1992 21 1992 1992 1992 21 1990 23 1990 23 1983 30 1984 29 1984 1984 1984 29 1983 30 1983 30 1983 30 1969 44 1969 44 1969 44 1969 44 1988 25 1998 15 1998 15 1989 24
1995 18 1987 26 1987 26 1989 24 1989 24 1995 18 1995 1995 1995 18E-135 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1972 41
1994 19
1994 19 1992 21 1992 21 2001 12 1982 31 1965 48NA: Not in operation 2001 12 1992 21 1965 48Not in operation 2001 12 1992 21 1958 55 1972 41 mod NDCE
1972 41 mod SDT 1991 22 1991 22 1968 45 1982 31 1989 24 1982 31 1982 31

1989 24E-136 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1989 24

2007 2007 2007 6 1967 46 1980 33 2007 6 1980 33 2007 6 2007 6 1980 33 1996 17 1995 18 1996 17 1995 18 1986 27

1975 38 1991 22 1991 22

1990 23 1990 23

1972 41 1989 1989 1989 24 1963 50 1979 34E-137 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1983 30 1989 24 1983 30

1989 24

1967 46

1967 46 1967 46

1967 46 1981 32 1994 19 1995 18 1994 19

1995 18

1990 23 1990 23 1991 22

1990 23 1990 23 1991 22E-138 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1958 55

1964 49

1991 22 1986 27 1982 31 1987 26 1982 31

1987 26

1970 43 1970 43 mod NDCE

1970 43 mod SDT 1998 15 1982 31 1974 39 1974 39

1982 31

1974 39 1976 37 1989 24 1960 53 1987 26E-139 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1989 24 1988 25 1989 24

1988 25

1997 16 1961 52 1997 16 1981 32 1981 32 1981 32 1989 24 1989 24 1989 24 1989 24 1995 18
1995 18 1992 21 1992 21 1992 21 1992 21 1996 17 1996 17 1964 49 1993 1993 1993 20 1993 20 1976 37 1990 1990E-140 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1990 23 1990 23 1993 20 1966 47 1993 20 1987 26 1987 26 1974 39 2000 13 2001 12 2000 13 2000 13
2000 13 2001 12 2001 12 2007 6

2007 6 2002 11

1992 21 1992 21 1992 21 1956 57 1959 54 1963 50 1996 17 1996 17E-141 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1996 17 1996 17 1996 17 1981 32 1981 32 1981 32 1981 32 1963 50
1967 46

1990 23
1991 22
1983 30 1990 23
1991 22
1983 30
1965 48 1988 25 1988 25 1991 22 1989 24 1989 1989 1989 24 1979 34 1989 24 1989 24E-142 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1957 56 1986 27 1986 27 1986 27 1989 24 1994 19 1994 19 1997 16 1997 16 1975 38 1994 19 1984 29 2007 6 1984 29 2007 6 2001 12 1969 44 2001 12 1990 23

2001 12

2001 12

2000 13 2010 3 1979 34E-143 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 2000 13 2010 3 1964 49 1973 40
1973 40 1973 40 1991 22 1992 21 1992 21 1991 22 1992 21 1947 66 replace LK
1954 59 mod LK 1983 30 1966 47 1983 30 1978 35 1978 35 1978 35 1991 22 1991 22 1991 22 1971 42 1972 41 1996 17
1992 21 1996 17 1996 17 1992 21 1989 24E-144 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1973 40 mod NDCE [add]
1973 40 mod SDT [add] 1982 31 1982 31 1982 31 1984 29 1984 29 1984 29 1986 27 1996 17 1996 17 1990 23 1990 23 1975 38 1975 38 1975 38 1976 37 2007 6 2007 6 2007 6 1990 23 1995 18

1995 18 1989 24 1989 24 2005 8 2005 8 1970 43 1979 34 1990 23 1989 24E-145 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1986 27 2010 3 NA: Low-odor conversion in 2010 x-mod NDCE [remove] 1966 47NA: RF conversion performed in 2012 1975 38 1958 55 NA: Low-odor conversion in 2010 x-mod SDT [remove]

1966 47E-146 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection 1975 38

1975 38 1987 26 1975 38
1965 48
1975 38 1987 26 1991 1991 1991 22 1991 1991 1991 22 1991 22 1991 22 1991 22 1991 22 1968 45 1991 22 1991 22 1966 47 2005 8 2005 8 1991 22 1991 22 1995 18E-147 RTI&EUID ce). used to fill gaps for res Install/upgrade year for determining NSPS impact Effective age for determining impact (2013 - yr) Operating Status Note Projection Base yr 2013E-148 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No Yes no changes required No Yes no changes required No
Yes no changes required No

Yes no changes required No Yes no changes required No

yes no changes required Yes yes no changes required Yes yes no changes required Yes Yes no changes required No
Yes no changes required No
Yes ESP installed No no EU445A strong air 2 2280 28047.5 47.5 0 yes no changes required no yes no changes required no yes no changes required no yes no changes required no yes no changes required no yes no changes required no yes no changes required no
Yes no changes required No No NoE-149 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 yes Compliance test for flow and differnetial pressure No

yes no changes required No yes no changes required No

Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No
8 ppmdv @ 10% O2 (lime kilns) Yes no changes required No Yes no changes required No Yes Replaced Calciner with Lime Kiln No No No No Yes no changes required No Yes no changes required No Yes no changes required No

Yes no changes required no Yes no changes required no Yes no changes required no Yes no changes required Yes Yes no changes required Yes Yes no changes required YesE-150 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required Yes
Yes no changes required Yes No EQT008 20-Recovery Furnace No. 20 strong air 2 2261 26150 50 0.865 No EQT008 20-Recovery Furnace No. 20 strong air 2 2261 26150 50 0.865 Yes no changes required Yes
Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required No
Yes no changes required No
Yes no changes required No
Yes no changes required No
Yes no changes required No 000013, 000014 weak molecular oxygen 3 3 1978.6 1978.614.16 14.16 1.680877879 000013, 000014 weak molecular oxygen 3 32209.47 2209.47 17.88 17.88 1.877008616 000013, 000014 strong molecular oxygen 3 3455.75 455.7546.66 46.66 0.387172796 000013, 000014 strong molecular oxygen 3 34643.82 4643.8226.23333333333 33 26.23333333 3.94505929 yes no changes required no yes no changes required no yes no changes required no yes new scrubber no yes new scrubber no yes no changes required no 001, 019 strong air 1 1850 85047 47 4.9 Yes install ESP (dry) No NA NA NA NA NA NAE-151 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No NA NA NA NA NA NA

Yes no changes required No NA NA NA NA NA NA Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes No changes required Yes Yes No changes required Yes

Yes No changes required Yes No NA No 1, 2 strong air 2 2 BLO System Capacity: 400 to 420 GPM 50 50 3.16
Yes No changes required Yes Yes No changes required Yes
Yes No changes required Yes
Yes No changes required Yes

Yes No changes required Yes

Yes Yes Yes Yes yes Yes Yes Changed precipitator from wet bottom to dry bottom Yes Yes Yes 5 strong molecular oxygen 0 0229 22966 66 0.85 Yes YesE-152 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes Yes Yes Yes Yes Yes Yes no changes required no Yes no changes required no
Yes no changes required no Yes no changes required no Yes no changes required no Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes no changes required Yes

Yes no changes required Yes Yes no changes required Yes Yes no changes required no Yes no changes required no Yes no changes required no Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No

Yes no changes required No

Yes no changes required NoE-153 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No Yes no changes required No Yes no changes required No Yes No
Yes Scrubber design reviewed and improvements made to scrubber damper and spray nozzle locations. No Yes New venturi scrubber with variable throat damper installed in 2003. No Yes Upgrade venturi scrubber (2003) no yes Replaced collecting plates & electrodes is 1st field (2003) no
yes New scrubber - venturi with a packed bed system rigid grids (2002) no Yes no changes required No Yes Air pollution control equipment upgraded in 1997. No Yes no changes required No No No CU7216, CU7214 strong air 1 (Single) 1~228 228~48.19 48.19 4.02 Yes no changes required No Yes No Yes ESP Rebuild No
Yes No
Yes ESP Rebuild No Yes No
Yes ESP Replacement No

Yes NoE-154 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 No 7000, 7010, 7020 strong air 2 2286 28652 52 3.17
No PR008, PR010 strong air 2 2350 35048.03 48.03 2.4 Yes no changes required No Yes no changes required No No
No Yes no changes required no yes no changes required no NA NA NA NA NA NA yes no changes required no NA NA NA NA NA NA yes no changes required no NA NA NA NA NA NA no no changes required no 8 strong air/oxygen 2 2287 28749.7 49.7 5.2 yes no changes required no NA NA NA NA NA NA yes no changes required no NA NA NA NA NA NA yes no changes required no NA NA NA NA NA NA Yes no changes required no NA NA NA NA NA NA Yes no changes required no NA NA NA NA NA NA Yes no changes required no NA NA NA NA NA NA Yes no changes required no NA NA NA NA NA NA yes no changes required no NA NA NA NA NA NA Yes no changes required no NA NA NA NA NA NA yes no changes required no NA NA NA NA NA NA yes no changes required Yes yes no changes required No yes no changes required Yes yes no changes required Yes yes no changes required No yes no changes required Yes Yes no changes required No Yes no changes required NoE-155 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No yes no changes required no yes no changes required no yes no changes required no yes no changes required no yes no changes required no yes no changes required No Yes no changes required Yes No REC007 strong air 2 2269 26950 50 3.72 Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes No 03 strong air 3 3450 45046 46 3.5 Yes no changes required Yes Yes Yes Yes Yes no changes required Yes
Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes No No P39, P36, P37 strong air 1 1544 54450 50 2.20056444 No No P39, P36, P37 strong air 1 1519 51952 52 2.09943556 No No P39, P36, P37 strong air 1 1 531.5 51 4.3E-156 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No
Yes no changes required No
Yes Spray nozzles on scrubber were modified No Yes It is uncertain whether changes were made primariliy for MM compliance. However, the venturi scrubber was modified to increase particulate removal efficiency on 3/6/2003. No Yes It is uncertain whether changes were made primariliy for MM compliance. However, the venturi scrubber was modified to increase particulate removal efficiency on 8/30/2004. No No No RF18, RF19 strong air 3 3231 23165.3 65.3 3.84 Yes no changes required No Yes It is uncertain whether changes were made primarily for MM compliance. However, precipitator internals were rebuilt on 10/31/01. No Yes It is uncertain whether changes were made primariliy for MM compliance. However, firebox tubing for RF19 was replaced in 2001. No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes installed additional mud washing showers No Yes no changes required No
Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes None Yes Yes None Yes Yes None Yes Yes None Yes

Yes None YesE-157 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes None Yes

No RF1901 strong air 2 2300 - 360 51 - 54 1.146566853 No RF1901 strong air 2 2300 - 360 51 - 54 1.146566853 No RF1901 strong air 2 2300 - 360 51 - 54 2.293133706 Yes No changes required Yes Yes No changes required Yes Yes No changes required Yes Yes No changes required Yes Yes No changes required Yes Yes No changes required Yes Yes No changes required Yes

yes no changes required yes

Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes

Yes no changes required Yes Yes no changes required Yes

Yes no changes required Yes No RB01/02 Strong air 2 2 1000 100049 49 3.351525834 No RB01/02 Strong air 2 2 1000 100049 49 3.351525834 No RB01/02 Strong air 2 22000 200049 49 6.703051669 Y Yes Y YesE-158 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Y Yes Y Yes Y Yes

Y Yes

Yes No changes required Yes

Yes No changes required Yes Yes No changes required Yes

No NA No 005RB strong air 1 1500 50050 50 3.2 Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No

Yes no changes required No

Yes COMS installed Yes Yes COMS installed Yes Yes COMS installed Yes

Yes CPMS installed Yes Yes CPMS installed Yes Yes CPMS installed YesE-159 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes CPMS installed Yes

Yes CPMS installed Yes

No 002, 003, 004 strong air UK 854.1 854.149.2 49.2 3.047 Yes NA Yes Yes NA Yes Yes NA Yes Yes NA Yes

Yes NA Yes

Yes Modified the lime kiln scrubber throat by installing a damper so that the differential pressure across the scrubber could be maintained during periods of low air flow (startup, shutdown). Yes Yes Yes

Yes Yes Yes no changes required Yes Yes no changes required Yes No G-32 strong air 2 2300-350 45-50 1.9818624 Yes Raised total flow to scrubber fan which increased amperage Yes

Yes Raised total flow to scrubber fan which increased amperage Yes

Yes no changes required Yes Yes no changes required Yes RB2A strong molecular oxygen 2 2800 80050 50 1.690332903 Yes no changes required yes Yes no changes required yesE-160 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes Improved pptr controllers yes Yes Improved pptr controllers yes Yes no changes required yes

Yes no changes required yes

Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No
Yes no changes required no Yes no changes required no Yes no changes required no Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes new scrubber No Yes no changes required No Yes no changes required No Yes no changes required NoE-161 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No Yes new scrubber No Yes no changes required no NA Yes no changes required no Yes no changes required no NA yes yes yes Yes no changes required No Yes no changes required No Yes no changes required No Yes installed ESP before scrubber No
Yes no changes required No Yes no changes required No Yes no changes required No yes no changes required Yes

yes no changes required Yes yes no changes required Yes

Yes None No Yes None No Yes None No Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes new ESP Yes Yes no changes required YesE-162 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required Yes Yes no changes required Yes Yes no changes required No 014RB1, 016RB2 strong air 1 1213.3 213.365 65 2.84 Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No
Yes no changes required No

Yes no changes required No
Yes no changes required No
Yes no changes required No Yes no changes required
Yes no changes required
Yes no changes required
Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required NoE-163 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required no No 2 strong air 1 166 6650 50 0.754 Yes no changes required no Yes no changes required no Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes replaced wet scrubber with flooded disc venturi scrubber No Yes No Changes Required No Yes No Changes Required No Yes No Changes Required No Yes No Changes Required No Yes No Changes Required No Yes no changes required No Yes installed new venturi scrubber system No Yes added controls to existing scrubber system No Yes A better operations and preventive maintenance plan to meet MM compliance. Changed PM10 limits in 2002 due to condensable fraction of particulate and in 2008 using bubble option approach to provide margin of compliance safety for the lime kiln and smelt Yes-Partially - Except limits are more than 50% less than allowed under MACT 96.9 lb/hr versus 47 lb/hour limit implemented by the state. Yes No change needed to meet MM compliance. Changed PM10 limits in 2008 using bubble option approach to provide margin of compliance safety for the lime kiln and smelt dissolving tank condensable particulate; using state required limits that were more strin Yes-Partially - Except limits are more than 50% less than allowed under MACT 96.9 lb/hr versus 47 lb/hour limit implemented by the state. Yes No change needed to meet MM compliance. Changed PM10 limits in 2003 due to condensable fraction of particulate and in 2008 using bubble option approach to provide margin of compliance safety for the lime kiln and smelt dissolving tank condensable fractio Yes-Partially - Except limits are more than 50% less than allowed under MACT 96.9 lb/hr versus 47 lb/hour limit implemented by the state. Yes no changes required No Yes no changes required No Yes no changes required NoE-164 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No
Yes no changes required No Yes no changes required No 009 strong air 1 1300 30048 48 2.5 Yes Yes No No G-31, G-32 strong air 2 2850 85049 49 5.808 Yes New set of Sprays installed Yes Yes Yes Yes Yes
Yes Upgraded scrubber Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes Yes no changes required No Yes upgraded existing scrubber system No Yes no changes required No Yes no changes required No Yes upgraded existing scrubber system No Yes no changes required No Yes Installed new venturi scrubber system No Yes Installed new venturi scrubber system No Yes No changes required No
Yes No changes required No Yes Installed new venturi scrubber system No Yes Installed new venturi scrubber system No Yes Installed new venturi scrubber system No Yes No changes required NoE-165 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes No changes required No
Yes No changes required No Yes No changes required No Yes No changes required No Yes No changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No NA Yes no changes required No NA Yes no changes required No NA Yes no changes required No NA Yes no changes required No NA Yes Replace ESP Yes Yes Install venturi scrubber Yes Yes no changes required Yes Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No Yes no changes required No

Yes no changes required No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes No G0805 strong air 2 2 UK UK 3.61E-166 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No Yes no changes required No Yes no changes required No 7 strong air 1 1 180 18050 50 Yes no changes required No Yes no changes required No

Yes no changes required NoE-167 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2 Yes no changes required No

Yes no changes required Yes Yes no changes required Yes Yes no changes required Yes
Yes no changes required Yes
Yes no changes required Yes Yes no changes required Yes Yes none No Yes none No Yes none No Yes none No Yes none No Yes none No Yes none No Yes none No Yes none No Yes none No Yes none No Yes none No 001 and 002 strong air 1 1700 70050 50 3.5 Yes none No 001 and 002 strong air 1 1700 70050 50 3.5 Yes new scrubber No Yes modified esp No Yes new scrubber No Yes no changes required No Yes no changes required No Yes no changes required NoE-168 RTI&EUID ce). used to fill gaps for res SubjectMM MM_ComplianceChanges MM_PM_Bubble BLO_DownstreamRF_ID s BLO_LiquorType BLO_Type BLO_Stages BLO_Stages_num BLO_Liquor_gpm BLO_Liquor_gp m_num BLO_LiquorSolid sPct BLO_LiquorSolids Pct_num BLO_Solids_MMlb _d2E-169 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num NDCE No NA Black 2.4 2.478.1 78.1

NDCE no black 5 573 73

NDCE no NA Black 6.2 6.2468.52 68.52

NDCE no black 6.9 6.980 80

DCE black 0 071.3 71.3

NDCE no black 2.59 2.5971.3 71.3

NDCE No Black 3.81 3.8179.4 79.4E-170 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

NDCE no black 3.84085011895 321 3.84085011974 74

NDCE no black 1.7 1.777.84 77.84 NDCE no black 2.6 2.677.84 77.84

NDCE no black 4.5 4.580 80 5.264
NDCE no black 5.28 5.2870 70

NDCE no Black 3.6 3.666.4 66.4

NDCE No mixture of kraft black liquor and semichem brown liquor ~3.9 MMlb BLS/Day 3.9 UK

NDCE NO NA black 0.7936 0.793667 67

DCE black 1.73 1.7365.6 65.6E-171 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num NDCE no black 2.63 2.6369.3 69.3

NDCE no black 4.88 4.8872 72

DCE black 1.97173741362 29 1.97173741467.2 67.2
DCE black 1.97332187611 887 1.97332187667.2 67.2

DCE black CBI 2.4567 67

DCE black CBI 2.4567 67E-172 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num NDCE no NA black 2576244 2.57624469.6 69.6

NDCE no black CBI 3.6372 72 DCE (Direct Contact Cascade Type Evaporator) NA NA black 1.58 1.5865 to 67

DCE (Direct Contact Cascade Type Evaporator) NA NA black 1.58 1.5865 to 67

NDCE No NA black 2.15 2.1562 to 63

DCE black 0.85 0.8566 66 NDCE no black 0.76 0.7667 67E-173 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

NDCE no black CBI 2.72265.53 65.53

NDCE no black CBI 2.72265.47 65.47 NDCE no black 3.7 3.765 65

NDCE no black 4.65 4.6568 68

NDCE no black 4.08851506849 315 4.08851506871.17 71.17

NDCE no NA black 1.4 1.470 70

NDCE no NA black 4.4 4.470 70E-174 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num NDCE no black 2.5 2.570 70 NDCE black 1.7 1.770 70

NDCE No NA black 2.54 2.5474.3 74.3

DCE black ~1.99 1.99~69% 69 NDCE no black ~3.20 3.2~72% 72 DCE black ~2.03 2.03~69% 69

DCE no N/A black 0.84 0.8467 67

DCE no N/A black 0.91 0.9167 67

DCE no N/A black 1.42 1.4267 67E-175 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

DCE black 1.2 1.268 68 DCE black 1.2 1.268 68

NA NA NA NA NA NA NDCE No NA black 6 673.3 73.3 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA DCE NA NA black 5.2 5.266.5 66.5 NDCE no N/A black 2.2 2.270 70 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NDCE no N/A black 4.2 4.270 70 NA NA NA NA NA NA NDCE Yes 1997 black 2.7 2.771.2 71.2

NDCE no NA black 4.5 4.571.2 71.2

NDCE no black CBI 2.26871.75 71.75E-176 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

NDCE no black 2.7 2.769 69

NDCE no black 4.5 4.568 68

DCE black 3.72 3.7268 68

DCE NA black 3.5 3.568 68

NDCE Black 58.33 2.7998460to74

DCE N/A black 1.38 1.3867.9 67.9 DCE N/A black 1.48 1.4866.9 66.9
DCE N/A black 1.44 1.4467.3 67.3E-177 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

NDCE no black 3.6 3.667.2 67.2

DCE black 2.4 0 DCE black 3.84 3.8465.3 65.3 NDCE no black 3.9 3.972.6 72.6

NDCE no black 1.5 1.571 71

NDCE yes 1990 black 1.85 1.8568.3 68.3

NDCE no NA black 4.63 4.63367 67

NDCE no NA black 2.31 2.3167 67E-178 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

DCE Black 2.29 2.29313370667 67 NDCE No Black 3 3.00317092267 67
NDCE no black .75 MM lbs. BLS/day 0.7564 64 NDCE no black 1.17 MM lbs. BLS/day 1.1764 64

NDCE yes 1990 black 3.46277108724 508 3.46277108771.24 71.24

NDCE yes 1985 black 1.57427370050 303 1.57427370171.44 71.44E-179 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num DCE no black 2.90306383975 635 2.9030638467 67 DCE no black 3.79998782913 985 3.79998782967 67

DCE NA NA black 3.2 3.267 67

NDCE black 2.81754034637 853 2.81754034672.1 72.1 NDCE black 2.69502462416 802 2.69502462471.9 71.9

DCE black 602 0.60262.28 62.28 DCE black 567 0.56762.28 62.28 DCE black 1878 1.87862.28 62.28E-180 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

NDCE Yes 1981 black 1.63 1.63~ 68% - 75% NDCE no black 2.36 2.36~ 68% - 75%

NDCE no NA black 1.857 1.85771 71

NDCE no NA black 6.29633337831 325 6.29633337871-74

DCE black 1.9818624 1.981862466-68E-181 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num DCE Black 1.69033290322 581 1.69033290367 67 NDCE No Black 5.19498405621 517 5.19498405667 67

NDCE No N/A black 3.11169359331 476 3.11169359370.8 70.8 NDCE No black 0.1457 0.145769.91 69.91

NDCE no black ~0.106 0.105732~69.5 69.5 NDCE no black ~0.106 0.106248~70.5 70.5

NDCE no black 3.85 3.85370 70 NDCE no black 4.2 4.273.12 73.12

NDCE no black 2.6 1.365 65 NDCE no black 2.6 1.365 65 NDCE no black 2.6 2.665 65

NDCE no black 2.1 1.0568 68 NDCE no black 2.1 1.0568 68E-182 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num NDCE no black 2.1 2.168 68
NDCE No NA black CBI 2.42275 75

NDCE black 2.57 2.57

NDCE yes 2000 black 2.81 2.8175 75 NDCE yes 2001 black 3.96 3.9675 75

NDCE yes 1982 black 2.8 2.870 70

NDCE no black 4.3 4.370.34 70.34

DCE NA NA mixture of kraft black liquor and semi-chem green liquor 1.42 1.4264 64E-183 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num DCE NA NA mixture of kraft black liquor and semi-chem green liquor 1.42 1.4265 65

NDCE No black 6.2 6.275 75

NDCE yes 1990 mixture of kraft black liquor and semi chem black liquor 1.96 1.9673 73
NDCE yes 1990 mixture of kraft black liquor and semi chem black liquor 1.87 1.8773 73
NDCE No mixture of kraft black liquor and semi chem black liquor 2.47 2.4767 67

NDCE No black 2.84 2.8470 70

NDCE Yes pre-1990 black 4.32 4.3269.86 69.86

NDCE No black 5.6 5.669.86 69.86E-184 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

DCE no black 0.75 0.75465 65

NDCE No black 5.61 5.6170 to 76 NDCE No black 3.6 3.670 70

NDCE Yes 1984 black 2258301 2.25830168 68 NDCE No black 4080000 4.0868 68 NDCE Yes 1987 black 4 471.8 71.8

NDCE No NA black 2.67312837676 309 2.67312837773 73E-185 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num NDCE Yes pre-1990 mixture of kraft black liquor and neutral sulfite brown liquor 0.44 0.4465 65 NDCE No mixture of kraft black liquor and neutral sulfite brown liquor 2.68 2.6865 65

DCE NA NA black 2.5 2.568 68

DCE No NA black 2.904 2.90464 64 DCE No NA black 2.904 2.90464 64 NA NA NA NA
NA NDCE No NA black 811200 0.811265.03 65.03

NDCE No black 4.83 4.8365.1 65.1

NDCE No black 5.8 5.866.4 66.4

NDCE No black 3.58 3.5867.0 67
NDCE No black 1.87 1.8767.4 67.4E-186 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num NDCE No black 2.96 2.9664 64

NDCE No black 4.86 4.8664 64

NDCE No black 6 670 70

NA NDCE No black 3.5 3.570 70 NA NDCE No black 5.4 5.471 71 NA NDCE No black 2.3 2.375 75

NDCE No black 5.04 5.0468 68

NDCE No black 1839.024 1.83902474.3 74.3 DCE NA black 3.61 3.6164.4 64.4 NDCE No - installed as NDCE black 4.757 4.75773.5 73.5E-187 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num
NDCE Yes 2010 black 2.3424 2.342470 70 DCE [See RTI notes] black 1.9764 1.976468 68 NDCE No black 3.2112 3.211270 70E-188 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_num

NDCE yes 1976 black 2.5 2.563 63 NDCE no black 3.44 3.4462 62

DCE No black 3.5 1.7572.41 72.41 DCE No black 3.5 1.7572.41 72.41 DCE No black 3.5 3.572.41 72.41 DCE No black 3.5 1.7568.32 68.32 DCE No black 3.5 1.7568.32 68.32 DCE No black 3.5 3.568.32 68.32

NDCE Yes 1986 black 3.668 68
NDCE No black 1.4775 1.477570 70E-189 RTI&EUID ce). used to fill gaps for res RF_Type DCE_Conversio n DCE_Conversion_ year RF_LiquorType RF_Solids_MMl b_d RF_Solids_MMlb_ d_num3 RF_LiquorSolids_ Pctwt RF_LiquorSolids_Pct wt_numE-190 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num 4.9 4.9Total chloride as Cl ~ 0.42% as fired 0.42< ~0.1 % (less than detect) 5543 5543

6 60.19 0.19 UK 5420 5420

4.74 4.740.3 0.30.05 0.056261 6261

30 302.5 2.5 Unknown 5450 5450

5.76 5.760.225 0.2250.02 0.025400 5400

5.76 5.760.225 0.2250.02 0.025659 5659

3.3 3.30.5 (Chlorine) 0.5 5427 5427E-191 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

3.3 3.30.7 0.70.12 0.125548 5548

5.2 5.2 UK UK 5765 5765 5.2 5.2 UK UK 5765 5765

6.5 6.50.3 0.30.2 0.25600 5600

6.25 6.250.42 0.420.023 0.0235900 5900

6 60.4 0.40.04 0.045900 5900

UK UK UK UK

1.4 1.4UK UK 5600 5600

5.3 5.30.3 0.30.08 0.085630 5630E-192 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num 5.7 5.70.29 0.290.08 0.085660 5660

6.76 6.760.46 0.46 5369 5369

6.71 6.71 1.18333333333333 1.1833333330.04 0.045586.66666666667 5586.666667
6.71 6.71 1.18333333333333 1.1833333330.04 0.045586.66666666667 5586.666667

5.3 5.30.51 0.510 05370 5370

5.3 5.30.51 0.510 05370 5370E-193 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num 4.21 4.210.95 0.950.07 0.075784 5784

2.94 2.940.73 0.73 6353 6353
UK UK UK 5500 tp 6200

UK UK UK 5500 tp 6200

UK UK UK 5500 tp 6200

UK UK UK 5472 5472 UK 0.0093 0.0093 UK 5976 5976E-194 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

5.66 5.660.59 0.59<0.1 5550 5550

5.66 5.660.59 0.59<0.1 5550 5550 5700 5700

5.5 5.50.19 0.190.5 0.55764 5764

6.12617675987073 6.126176760.21778839398623 0.2177883940.07 0.075464 5464

4 40.13 0.13 NA 6000 6000

4 40.13 0.13 NA 6000 6000E-195 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num 4.5 4.50.35 0.350.13 0.136000 6000 5500 5500

5.84 5.840.63 0.63<0.1 5600 5600

NA ~1.35% (as fired) 1.35 NA ~5858 5858 ~3.06% (as received) ~4.31%(dry basis) ~1.18% (as fired) 1.18NA ~6026 6026 NA NA NA ~5917 5917

2.76 2.760.54 0.54<0.5 6015 6015

2.84 2.840.55 0.55<0.5 5894 5894

2.76 2.760.6 0.6<0.5 5950 5950E-196 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

8.67 8.670.82 0.820.09 0.095440.75 5440.75 8.67 8.670.82 0.820.09 0.095440.75 5440.75

NA NA NA NA 4.01 4.010.55 0.55 UK 5266 5266 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 3.54 3.540.55 0.55 UK 5443 5443 UK UK UK 5588 5588 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA UK UK UK 5736 5736 NA NA NA NA 4.15 4.150.617 0.617Unknown 4949 4949

4.15 4.150.617 0.617Unknown 4949 4949

UK 2.1 2.1 UK 4052 4052E-197 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

0.27 0.27 5750 5750

6251 6251

5712 5712

4.1 4.1 1.35 1.35 5756 5756

3.9 3.90.9 0.9< 0.7 5770 5770 4.4 4.40.9 0.9< 0.7 5984 5984
3.9 3.90.9 0.9< 0.7 5480 5480E-198 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

UK UK UK 6177 6177

0.35 0.350.1 0.1 0.35 0.350.1 0.14989.52200379204 4989.522004 0.35 0.350.1 0.15488.47420417124 5488.474204

4.87 4.870.74 0.740.09 0.095600 5600

3-4 0.05 0.05 No data 5900 5900

3-4 0.05 0.05 No data 5900 5900E-199 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

~3.7 3.7~0.7 0.7<0.1 5839 5839 ~3.9 3.9~0.6 0.6<0.1 5913 5913
1.64 1.64 6300 6300 1.64 1.64 6300 6300

3.4 3.40.52 0.52 UK 7607 7607

3.74 3.740.3 0.3 UK 7273 7273E-200 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num 0.2 0.20.9 0.9 UK 5800 5800 0.2 0.20.9 0.9 UK 5800 5800

UK 1 - 2 UK 5500 5500

UK UK UK 5200 5200 UK UK UK 5200 5200

4.3 4.3 1.59 1.590.12 0.125800 5800 4.3 4.3 1.59 1.590.12 0.125800 5800 4.3 4.3 1.59 1.590.12 0.125800 5800E-201 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

~ 5% dry solids basis 5~ 1% dry solids basis 1<0.1 dry solids basis 3500 3500 ~ 5% dry solids basis 5~ 1% dry solids basis 1<0.1 dry solids basis 3500 3500

5.53 5.530.15 0.15<0.1 5064 5064

4-6.5 0.25-1.0 <0.1 11.45603767 11.45603767

4-6.5 0.25-1.0 <0.1 11.1127372 11.1127372E-202 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num not measured not measured not measured 5234 5234 not measured not measured not measured 5494 5494

3-5% UK <0.2% 5657 5657 3.83 3.830.33 0.33<0.08 5568 5568

UK UK UK ~0.0065 0.0065 UK UK UK ~0.0065 0.0065

~ 4.7 4.7~ 0.4 0.4< 0.1 5770 5770 4.08 4.080.84 0.840.08 0.086117 6117

UK UK UK 5700 5700 UK UK UK 5700 5700 UK UK UK 5700 5700

UK UK UK 5700 5700 UK UK UK 5700 5700E-203 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num UK UK UK 5700 5700
4.19 4.19 1.33 1.33< 0.05 5922 5922

4.5 4.50.39 0.39 UK 5900 5900 4.5 4.50.39 0.39 UK 5900 5900

5.15 5.150.29 0.29 UK 5603 5603

4.77 4.770.28 0.280.11 0.115986 5986

UK UK UK 5840 5840E-204 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num UK UK UK 5840 5840

UK 0.5 0.5 UK

2.2 2.20.1 0.10.0007 0.00075167 5167
2.2 2.20.1 0.10.0007 0.00075167 5167
2 20.1 0.10.0007 0.00075167 5167

0.46 0.46 5350 5350

UK 0.63 0.63 UK 6100 6100

UK 0.63 0.63 UK 5890 5890E-205 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

uk 0.35 0.35uk 6000 6000

5.14 5.140.46 0.460.1 0.15700 5700 5.2 5.20.92 0.92 UK 6,030 6030

4.4 4.40.6 0.6UK 6216 6216 4.4 4.40.6 0.6UK 6216 6216 5.76 5.761.10 1.10.07 0.075960 5960

4.3 4.30.55 0.55<0.1 5940 5940E-206 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num 6290 6290 5980 5980

4.37 4.37 1.07 1.07UK 6009 6009

4 41.65 1.650.1 0.15700 5700 4 41.65 1.650.1 0.15700 5700

2.629 2.6290.133 0.133 UK 5418 5418

1.9 1.90.20 0.2 UK 6054 6054

3.0 30.22 0.22 UK 6376 6376

2.3 2.30.65 0.65 UK 5407 5407
2.3 2.30.65 0.65 UK 5621 5621E-207 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num 5 50.5 0.50.1 0.16000 6000

5 50.5 0.50.1 0.16000 6000

5 50.15 0.15 6000 6000

UK UK UK 5928 5928
UK UK UK 5928 5928
6400 6400

12.9 12.90.57 0.57 5908 5908

4.48 4.480.31 0.310.1 0.15547 5547 UK UK UK 5047 5047 UK 0.29 0.290.1 0.15542 5542E-208 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num
6000 6000 5600 5600 6000 6000E-209 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_num

5686 5686 5698 5698

3.12 3.120.6 0.6<.5 5900 5900 3.12 3.120.6 0.6<.5 5900 5900 3.12 3.120.6 0.6<.5 5900 5900 3.28 3.280.8 0.8<.5 5900 5900 3.28 3.280.8 0.8<.5 5900 5900 3.28 3.280.8 0.8<.5 5900 5900

2.5 2.5uk uk 6361 6361E-210 RTI&EUID ce). used to fill gaps for res RF_LiquorSolids_PctSw t RF_LiquorSolids_PctSw t_num RF_LiquorSolids_PctClwt RF_LiquorSolids_PctCl wt_num RF_LiquorSolids_PctNwt RF_LiquorSolids_PctN wt_num RF_LiquorHHV_Btu_lb RF_LiquorHHV_Btu_l b_numE-211 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m Dry 037A Smelt 2400000 2400000Weak Wash UK

wet Unoxidized black liquor RB10 smelt 5000000 5000000process water {weak wash} UK

G-158 smelt 624000 6240000process water {weak wash} dry
EUG D6 smelt 7961.6 6900000process water {weak wash} UK

Oxidized black liquor wet Oxidized black liquor EU445A smelt 0 0process water {weak wash} UK EU445A smelt 0 0process water {weak wash} UK EU445A smelt 0 0process water {weak wash} UK NA - wet bottom ESP not used wet Unoxidized black liquor 2005 EU445C smelt 2590000 2590000process water {weak wash} UK

Dry RF-P2 smelt 4400000 3810000Weak wash process water UKE-212 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m

NA dry RB3 smelt 3840850.11895321 3840850.119Warm Water (Clarified Water from Red River) UK

NA - wet bottom ESP not used NA - wet bottom ESP not used RB3 smelt 1.6 1700000process water {weak wash} UK RB4 smelt 2.5 2600000process water {weak wash} UK G-44 smelt 4500000 4500000process water {weak wash} UK
NA - wet bottom ESP not used wet Unoxidized black liquor NA 5264000 NA - wet bottom ESP not used dry U500 smelt 5280000 5280000process water {weak wash}

RE01 smelt 3.6 3600000process water {weak wash} UK Oxidized black liquor wet Oxidized black liquor 003 smelt ~3.9 MMlb BLS/Day 3900000Weak Wash UK

NA Dry NA NA B21 smelt 793600 793600SDT Scrubber Water & Weak Wash UK EQT008 20-Recovery Furnace No. 20 smelt 1730000 1730000fresh water, also recycle Ducon Scrubber water UK
dry approx.1995E-213 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m dry EQT010 22-Recovery Furnace No.21 smelt 2630000 2630000fresh water, also recycle Ducon Scrubber water UK
dry

F7 smelt 4880000 4880000process water {weak wash from lime mud filters) UK 000013 smelt 1971737.4136229 1971737.414process water {weak wash} UK
000014 smelt 1973321.87611887 1973321.876process water {weak wash} UK

dry dry

Oxidized black liquor dry
Oxidized black liquor wet Oxidized black liquor 019 smelt CBI 2450000SDT scrubber water 001 smelt CBI 2450000SDT scrubber waterE-214 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m surface water wet surface water NA

RECOV smelt 2576244 2576244weak wash with surface water makeup UK

Unoxidized black liquor wet Unoxidized black liquor REC1 smelt CBI 3630000process water {Weak Wash from Lime Mud Washing Process } Oxidized black liquor Wet Oxidized black liquor NA 3 smelt 2.15 2150000Weak Wash from Causticizing Area (Mud Washer Filtrate) UK
Oxidized black liquor Wet Oxidized black liquor NA

NA - wet bottom ESP not used Dry NA - Dry Bottom NA

1 smelt 1.58 1580000Weak Wash from Causticizing Area (Mud Washer Filtrate) UK

2 smelt 1.58 1580000Weak Wash from Causticizing Area (Mud Washer Filtrate) UK

NA - wet bottom ESP not used dry 2003 NA - wet bottom ESP not used dry 5 smelt CBI 425000process water (weak wash)E-215 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m 5 smelt CBI 425000process water (weak wash) 5 smelt CBI 850000process water (weak wash) 6 smelt CBI 760000process water (weak wash)
NA - wet bottom ESP not used wet Unoxidized black liquor NA
4RB smelt CBI 2722000process water - mud washer weak wash NA - wet bottom ESP not used wet Unoxidized black liquor NA 5RB smelt CBI 2722000process water - mud washer weak wash dry 10 smelt 1850000 1850000process water {weak wash} 10 smelt 1850000 1850000process water {weak wash}

dry

003-1 smelt 2.325 2325000process water {specify source} CAUST-9 mud washer tank 003-1 smelt 2.325 2325000process water {specify source} CAUST-9 mud washer tank NA - wet bottom ESP not used dry EU005 smelt 4088515.06849315 4088515.068process water {weak wash} UK
18 smelt 1400000 1400000SDT scrubber water UK NA - wet bottom ESP not used wet Unoxidized black liquor NA 72 smelt 4400000 4400000process water {weak wash} UK

NA - wet bottom ESP not used wet Unoxidized black liquor NAE-216 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m NA - wet bottom ESP not used wet Unoxidized black liquor 003 smelt 2500000 2500000process water (weak wash) NA - wet bottom ESP not used ESP1= wet, ESP2&3 = dry Unoxidized black liquor
02 smelt 620000 1700000process water (weak wash) 2500 2500

dry
55 smelt 2540000 2540000process water {weak wash} NA dry NA NA NA dry NA NA Oxidized black liquor wet Oxidized black liquor

CU7215 smelt ~3199992 3200000process water {weak wash} UK CU7216 and CU7214 smelt ~4013760 4020000process water {weak wash} UK
Oxidized black liquor wet Oxidized black liquor N/A
7000 smelt 354334.246575342 840000SDT scrubber water 0 0 Oxidized black liquor wet Oxidized black liquor N/A 7010 smelt 382027.397260274 910000SDT scrubber water 0 0 Oxidized black liquor wet Oxidized black liquor N/A

7020 smelt 596164.383561644 1420000SDT scrubber water 0 0E-217 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m

NA - wet bottom ESP not used dry NA NA - wet bottom ESP not used dry NA PR009 smelt 340000 1200000SDT scrubber water UK
PR011 smelt 340000 1200000SDT scrubber water UK NA NA NA NA 8 smelt 5.2 5200000process water {condensate/freshwater} UK NA wet Unoxidized black liquor NA NA NA NA NA NA NA NA NA NA 16 smelt 6 6000000process water {condensate/freshwater} UK NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Oxidized black liquor wet Oxidized black liquor NA NA NA NA NA NA NA - wet bottom ESP not used dry NA NA NA NA NA NA NA NA NA NA NA 14 smelt 2,200,000 2200000process water {weak wash from recaust area} UK NA NA NA NA 5 smelt 2,100,000 2100000process water {weak wash from recaust area} UK NA NA NA NA 5 smelt 2,100,000 2100000process water {weak wash from recaust area} UK NA NA NA NA NA NA NA NA NA NA - wet bottom ESP not used dry NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA - wet bottom ESP not used dry 1996 002 smelt 2700000 2700000Weak Wash with mill water backup Unknown

NA - wet bottom ESP not used dry NA 007 smelt 4500000 4500000Weak Wash with mill water backup Unknown

NA - wet bottom ESP not used dry 1997E-218 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m B011 smelt CBI 2268000process water {weak wash, warm mill water, & filtered river fire water} UK
NA - wet bottom ESP not used dry CREC-1 smelt 2700000 1350000process water {weak wash} CREC-1 smelt 2700000 1350000process water {weak wash} CREC-1 smelt 2700000 2700000process water {weak wash}

dry REC004 smelt 2250000 2250000SDT scrubber water and Weak White Liquor Tank REC004 smelt 2250000 2250000SDT scrubber water and Weak White Liquor Tank REC004 smelt 4500000 4500000SDT scrubber water and Weak White Liquor Tank dry REC007 smelt 1860000 1860000SDT scrubber water and Weak White Liquor Tank REC007 smelt 1860000 1860000SDT scrubber water and Weak White Liquor Tank Oxidized black liquor wet Oxidized black liquor 03 smelt 3500000 3500000mixture {SDT scrubber water & weak wash}

EQT 0065 smelt 2799840 2799840

P39 smelt 1440000process water {weak wash} 1240 1240 P36 smelt 1380000process water {weak wash} 1240 1240 Oxidized black liquor wet Oxidized black liquor Oxidized black liquor wet Oxidized black liquor P37 smelt 1480000process water {weak wash} 1240 1240 Oxidized black liquor wet Oxidized black liquorE-219 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m

NA - wet bottom ESP not used dry NA
RECOVERY FURNACE smelt 3600000 3600000process water {weak wash} UK

Oxidized black liquor wet Oxidized black liquor Oxidized black liquor wet Oxidized black liquor NA - wet bottom ESP not used dry RF18 smelt 0 0process water {weak wash} RF19 smelt 1554443.83561644 3840000process water {weak wash} RF22 smelt 3342767.12328767 3900000process water {weak wash} Unoxidized black liquor wet Unoxidized black liquor
RB2 smelt 1500000 1500000process water {weak wash} F3 smelt 1694880 1850000process water {weak wash from lime mud filters)

dry 381A smelt 2.31E6 pounds BLS/day 2310000weak wash, scrubber overflow (fill back), mill water, firewater UK
dryE-220 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m 382A smelt 4.633 E6 pounds BLS/day 4633000weak wash, scrubber overflow (fill back), mill water, firewater UK

Oxidized black liquor wet Oxidized black liquor water wet Fresh "salt" water RF1901 smelt 1146566.85290387 1146566.853Weak Wash or fresh water UK RF1901 smelt 1146566.85290387 1146566.853Weak Wash or fresh water UK RF2904 smelt 3003170.92224946 3003170.922Weak Wash or fresh water UK NA- wet bottom ESP not used dry NA- wet bottom ESP not used dry B08 smelt 336000 750000SDT weak wash UK B10 smelt 528000 1170000SDT weak wash UK

dry NA 000006 smelt 3460000 3462771.087process water {weak wash} Not known
dry NA 000013 smelt 1570000 1574273.701process water {weak wash} Not knownE-221 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m Oxidized black Liquor wet Oxidized black liquor Oxidized black Liquor wet Oxidized black liquor RB01 smelt 2903063.83975635 2903063.84process water {weak wash} UK

RB02 smelt 3799987.82913985 3799987.829process water {weak wash} UK

Oxidized black liquor wet Oxidized black liquor NA 005RB smelt 3.2 MM Lbs, Dry BLS/Day 3200000Weak Wash from Causticizing Area (Mud Washer Filtrate) UK

water wet Unoxidized black liquor water wet Unoxidized black liquor 04 smelt 2817540.34637853 2817540.346fresh water and weak wash UK

05 smelt 2695024.62416802 2695024.624fresh water and weak wash UK

wet Oxidized black liquor wet Oxidized black liquor wet Oxidized black liquor

002 smelt 553 602000Mixture (weak wash from the caustic plant mud washers and fresh water) 003 smelt 557 567000Mixture (weak wash from the caustic plant mud washers and fresh water) 004 smelt 1835 1878000Mixture (weak wash from the caustic plant mud washers and fresh water)E-222 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m

Wet Water is used in the wet return system and the slurry is then mixed with Black Liquor NA wet Water is used in the wet return system and the slurry is then mixed with Black Liquor NA RB01 smelt 1630000 1630000process water {weak wash} Not Available

RB02 smelt 2360000 2360000process water {weak wash} Not Available

NA - wet bottom ESP not used dry NA NA

RECOVB smelt 1857082 1857000weak wash, SDT scrubber water, fresh water Unknown

NA - wet bottom ESP not used dry NA - wet bottom ESP not used NA G-32 smelt 1981862.4 1981862.4process water {weak wash} Weak Wash

G-92 smelt 6296333.37831325 6296333.378process water {weak wash} Weak Wash
weak liquor wet Oxidized black liquor NAE-223 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m Oxidized black liquor wet Oxidized black liquor NA - wet bottom ESP not used Dry RB2A Smelt 1690332.90322581 1690332.903Weak Wash not tested

RB3A Smelt 5194984.05621517 5194984.056Weak Wash not tested

RB7 smelt 3110000 3111693.593Green Liquor UK NA - wet bottom ESP not used dry N/A NA - wet bottom ESP not used Dry EU0804 smelt 145700 145700process water {Weak Wash from Lime Mud washer}
NA - wet bottom ESP not used dry NA - wet bottom ESP not used dry 08P012 smelt ~105,732 105732weak wash that then drops into SDT after scrubber UK 08P013 smelt ~106,248 106248weak wash that then drops into SDT after scrubber UK

NA - wet bottom ESP not used dry RF3 smelt 3853000 3853000process water {weak wash} NA - wet bottom ESP not used dry D001 smelt 4200000 4200000fresh water

Unoxidized black liquor wet Unoxidized black liquor Unoxidized black liquor wet Unoxidized black liquor Unoxidized black liquor wet Unoxidized black liquor 09,10 smelt 2600000 2600000SDT scrubber water, fresh water, process water (weak wash from caustic area) UK NA - wet bottom ESP not used dry NA - wet bottom ESP not used dryE-224 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m NA - wet bottom ESP not used dry 49,50 smelt 2100000 2100000SDT scrubber water, fresh water, process water (weak wash from caustic area) UK dry
Smelt dissolving & saltcake mix tanks smelt & ash 3140000 2422000Weak wash dry 1987 002 smelt 2.57 2570000
wet Unoxidized black liquor 2000 wet Unoxidized black liquor 2001

72 smelt 2810000 2810000process water {weak wash} UK 73 smelt 1980000 1980000process water {weak wash} UK 73 smelt 1980000 1980000process water {weak wash} UK dry NA

02 smelt 2.8 million 2800000process water (weak wash) UK

dry RB15 smelt 1706230 4300000Mill Service Water UK

Oxidized black liquor wet Oxidized black liquor NA 014RB! smelt 1420000 1420000process water {weak wash} UKE-225 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m Oxidized black liquor wet Oxidized black liquor NA 016RB2 smelt 1420000 1420000process water {weak wash} UK
weak liquor/water Wet Unoxidized black liquor SN26 smelt 3.1 3100000process water {weak wash} UK SN26 smelt 3.1 3100000process water {weak wash} UK

NA - wet bottom ESP not used dry
NA - wet bottom ESP not used dry
NA - wet bottom ESP not used dry R400 smelt 1960000 1960000process water {weak wash} or fresh water
R401 smelt 1870000 1870000process water {weak wash} or fresh water
R402 smelt 2470000 2470000process water {weak wash} or fresh water

NA - wet bottom ESP not used Dry 007 smelt 2.84 2840000process water {weak wash} & fresh water
NA - wet bottom ESP not used Dry NA NA SN-06 smelt 2.16 2160000process water {weak wash} UK SN-06 smelt 2.16 2160000process water {weak wash} UK SN-06 smelt 4.32 4320000process water {weak wash} UK
NA - wet bottom ESP not used Dry NA NA SN-14 smelt 5.6 5600000process water {weak wash} UKE-226 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m

NA - wet bottom ESP not used dry 4 smelt 754000 754000process water {overflow from ducon scrubber and weak wash from lime mud washer}
NA - wet bottom ESP not used Dry 019 smelt 56100000 5610000SDT scrubber water UK NA - wet bottom ESP not used Dry 002 smelt 3600000 3600000SDT scrubber water UK

007RF2 smelt 1940400 2258301SDT scrubber water, weak wash from Chemical Area, Mill water UK 007RF3 smelt 3543400 4080000SDT scrubber water, weak wash from Chemical Area, Mill water UK NA - wet bottom ESP not used Dry 1984 Unoxidized black liquor Wet and dry Unoxidized black liquor NA Dry 1987
SR0001 smelt 4000000 4000000SDT scrubber water UK

NA - wet bottom ESP not used Dry NA NA

EU320 smelt 2.67312837676309 2673128.377process water {weak wash and SDT Scrubber water} and fresh water unknown

RF#2 smelt 440000 440000SDT scrubber water RF#3 smelt 2680000 2680000SDT scrubber waterE-227 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m Dry Dry
Oxidized black liquor Wet Oxidized black liquor NA
smelt 2500000 2500000SDT scrubber water UK Oxidized black liquor Wet Oxidized black liquor Oxidized black liquor Wet Oxidized black liquor G-31 smelt 2900000 2904000process water {weak wash} UK G-32 smelt 2900000 2904000process water {weak wash} UK

Dry
108 Smelt 811200 811200Weak Wash NA - wet bottom ESP not used Dry 001 smelt 4830000 4830000SDT scrubber water UK

NA - wet bottom ESP not used Dry 007 smelt 5800000 5800000SDT scrubber water UK

Unoxidized black liquor Wet Unoxidized black liquor Unoxidized black liquor Wet Unoxidized black liquor smelt 3580000 1790000SDT scrubber water (weak wash) UK smelt 3580000 1790000SDT scrubber water (weak wash) UK smelt 1870000 1870000SDT scrubber water (weak wash) UKE-228 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m NA - wet bottom ESP not used Dry
RF01 smelt 2960000 2960000Weak wash and raw water UK NA - wet bottom ESP not used Dry RF04 smelt 2430000 2430000Weak wash and raw water UK RF04 smelt 2430000 2430000Weak wash and raw water UK Dry AA-011 smelt 6000000 6000000process water {weak wash}
NA NA NA - wet bottom ESP not used Dry NA NA R401 smelt 3500000 3500000mixture {treated Mill water and weak wash} UK NA - wet bottom ESP not used Dry NA NA R407 smelt 5400000 5400000mixture {treated Mill water and weak wash} UK Dry 2004 005 smelt 2300000 2300000process water--weak wash

NA - wet bottom ESP not used Wet Unoxidized black liquor EU18 smelt 2.52 2520000SDT scrubber water EU18 smelt 2.52 2520000SDT scrubber water
RF15 smelt 1839.024 1839024process water {fillback/weak wash} unknown

NA - wet bottom ESP not used Dry Oxidized black liquor Wet Oxidized black liquor NA G0803 smelt 3610000 3610000process water {weak wash} UK NA Dry NA NA G0806 smelt 4760000 4757000process water {weak wash} UKE-229 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m
NA - wet bottom ESP not used Dry NA - wet bottom ESP not used Dry 1996 NA - wet bottom ESP not used Dry 6 smelt 962160 2342400process water {weak wash}

7 smelt 828470.4 1976400process water {weak wash}E-230 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu m 11 smelt 1266000 3211200process water {weak wash}

5 smelt 3440000 3440000process water {weak wash} dry dry

4 smelt 2500000 2500000process water {weak wash} Dry 1985 Dry 1985 Dry 1985 Dry 1985 Dry 1985 Dry 1985 001 smelt 1750000 1750000process water {weak wash} na 001 smelt 1750000 1750000process water {weak wash} na 002 smelt 1750000 1750000process water {weak wash} na 002 smelt 1750000 1750000process water {weak wash} na

Dry 1986 25 smelt 3.6 MM Lbs BLS / day 3600000SDT scrubber water/weak wash NA - wet bottom ESP not used Dry B14 smelt uk 1477500process water (weak wash) ukE-231 RTI&EUID ce). used to fill gaps for res RFWESP_LiquorType RFESP_Wet Dry RFWESP_LiquorType2 RFWESP_Dry_conv ersion_year SCMT MMlb_d2 Dissolve_Combustio nUnitID Dissolve_TypeDissolve_Prod_LbLiqu orSolids_d Dissolve_Prod_LbLiqu orSolids_d_num1,3 Dissolve_WaterTypeSource Dissolve_WaterTRS_ mg_l Dissolve_Wate rTRS_mg_l_nu mE-232 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 530 530 NA Rotary 257 25770- 75 800 to 850 500 to 550 Dedicated nozzle located near burner No Separate lines for SOGS and LVHC , both introduced into the primary flame zone UK
rotary 360 36074 741800 1800530 530dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 120 120

1365 1365

1500 1500 rotary 500 50078 781350 1350560 560dedicated nozzle located near burner Yes NA 185 185
884 884

rotary 339.7 339.778 781600 1600500 500dedicated nozzle located near burner No dedicated nozzle located near burner 200 200
675 675

611 611 rotary 356 35679 79 1700 1700550 550dedicated nozzle located near burner No dedicated nozzle located near burner 1136.6 1136.6
rotary 345 34576.6 76.61500-1600, 1900 max 450 450dedicated nozzle located near burner No dedicated nozzle located near burner 133 133E-233 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num rotary 190.179726815 241 190.179726869.5 69.5 1904 1904202 202dedicated nozzle located near burner No dedicated nozzle located near burner 50 50

1674.6248 1674.6248

rotary 328.2 328.278 781928 1928352 352dedicated nozzle located near burner No dedicated nozzle located near burner 130 130 640 640 836 836
rotary 295 29575 75 1800 1800500 500dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 118 118 1060 1060

452.375 1300 1300 rotary 408 40826 261950 1950450 450dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 80.21 80.21 rotary 314.4 314.485 852000 2000500 500dedicated nozzle located near burner Yes 140 140 1275 1275 1275 1275 rotary ~ 208 TCaO/Day 208UK ~2100 °F 2100~450 °F 450dedicated nozzle located near burner No dedicated nozzle located near burner 101 101 718 718

250.6 250.6 rotary 75 7565 652600 2600650 650dedicated nozzle located near burner NA NA - SOG are not burned in lime kiln 30 30
rotary 410 41069 692000 2000525 525dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 189 189 800 800E-234 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 825 825

1092 1092
rotary 312 31269 692000 2000450 450dedicated nozzle located near burner No dedicated nozzle located near burner 100 100 rotary 288 28871 712000 2000450 450dedicated nozzle located near burner No dedicated nozzle located near burner 100 100

rotary 338.403706783 89 338.403706863 63 1867 1867 1337 1337with primary fuel No NA - SOG are not burned in lime kiln 95.4 95.4
611.708333333333 611.7083333
611.708333333333 611.7083333

721 721 rotary CBI 72071 71 1600 1600550 550with primary fuel no NA - SOG are not burned in lime kiln 180 180 721 721
rotary 241 24169.2 69.2 1800 1800575 575dedicated nozzle located near burner NA NA 110 110E-235 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 788 788

NA rotary CBI 292.871 71 1800 1800450 450NA - NCG are not burned in lime kiln NA - SOG are not burned in lime kiln 73.2 73.2 rotary CBI 292.871 71 1800 1800450 450NA - NCG are not burned in lime kiln NA - SOG are not burned in lime kiln 73.2 73.2 1018.8 1018.8 325 or (650)

325 or (650)

537.5 or (1075) rotary 164 16472 to 73 1950 to 2100 450 to 500 Dedicated nozzle located near burner No NA - Facility does not have a Foul Condensate Steam Stripper Column. 65 65
rotary 164 16472 to 73 1950 to 2100 450 to 500 Dedicated nozzle located near burner No NA - Facility does not have a Foul Condensate Steam Stripper Column. 65 65

rotary CBI 20931 312178 2178469 469 NA - NCG are not burned in lime kiln NA - SOG are not burned in lime kiln 90 90 rotary CBI 26327 272200 2200483 483 NA - NCG are not burned in lime kiln NA - SOG are not burned in lime kiln 85 85 616.5 616.5 832.3 832.3E-236 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num

rotary CBI 63074 742177 2177382 382dedicated nozzle located near burner No NA - faciity does not generate SOGs 170.63 170.63 880 880

881.5 881.5 895 895
rotary 235 23575 752200 2200550 550dedicated nozzle located near burner 100 100 rotary 85 8580 802200 2200550 550dedicated nozzle located near burner 22 22 1203 1203 rotary 308 30875 752038 2038591 591dedicated nozzle located near burner Yes 91.4 91.4

1130 1130 rotary 298.046575342 466 298.046575382 822000 20001300 1300NA - NCG are not burned in lime kiln NA NA - SOG are not burned in lime kiln 120 120
350 350 rotary 200 20081.87 81.87 1933 1933505 505 HVLC with primary combustion air, LVHC in dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 105 105

rotary 200 20080.99 80.992044 2044575 575 HVLC with primary combustion air, LVHC in dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 90 90

1100 1100E-237 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num rotary 170 17084 841800 1800680 680dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 70 70 750 750 600 600

rotary 150 15083 83 1800 1800400 400dedicated nozzle located near burner NA - no SOGs are generated. NA - no SOGs are generated. 71 71 rotary 220 22026.4 26.41500 1500525 525into flame no NA - SOG are not burned in lime kiln 100 100 into flame (primary incinerations source) 600 600

538.72 538.72 866.6645 866.6645 548.34 548.34 rotary ~294.96 294.96~77.2% 77.2~1850 1850~535 535with primary fuel No NA - SOG are not burned in lime kiln 85 85 rotary ~192.96 192.96~77.2% 77.2~1850 1850~535 535with primary fuel No NA - SOG are not burned in lime kiln 85 85

rotary 190 19082 82 1996 1996534 534dedicated nozzle located near burner No dedicated nozzle located near burner 108 108 258 258

258 258

355.2 355.2E-238 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num

rotary 386 38685 852157 2157356 356NA NA NA - SOG are not burned in lime kiln 120 120 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 1350 1350 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA rotary 720 72071.2 71.2 1238 1238950 950dedicated nozzle located near burner No Injected separately into kiln 200 200 rotary 347 34765 65 1400 1400700 700dedicated nozzle located near burner No Injected separately into kiln 120 120 NA NA NA NA NA NA NA NA 1125 1125 NA NA NA NA NA NA NA NA 642 642 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA rotary 125 12575 75 1430 1430650 650NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 65 65 NA NA NA NA NA NA NA NA 1100 1100 rotary 325 32583 83 1300 1300530 530NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 140 140 775 775 rotary 250 25072.82 72.822000 2000450 450Dedicated NCG nozzle located over burner. Yes 100 100 1162 1162
rotary 300 30072.77 72.772000 2000475 475 Dedicated NCG nozzle located over burner. No NA - SOG are not burned in lime kiln 100 100 886.4 886.4 rotary CBI 37277 77 1980 1980510 510dedicated nozzle located near burner Yes 93 93E-239 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num rotary 248 24875 75 1840 1840320 320dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 110 110

rotary 330 33021 21>1200 380 380with primary combustion air Yes with primary combustion air 115 115 rotary 665 665 UK >1200 with primary combustion air Yes with primary combustion air 123 123 766 766

517 517

840 840
rotary 300 30070 701815 1815401 401dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 100 100 rotary 199.92 199.92
rotary 309 30976 761850 - 2200 300 - 500 dedicated nozzle located near burner Yes 107 107

460 460 460 460
460 460E-240 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num rotary 375 37580 801701 1701456 456dedicated nozzle located near burner Yes 75 75
950 950
NA rotary 180 18077.5 77.5 1775 1775350 350dedicated nozzle located near burner No 58 58 rotary 240 24077.5 77.5 1775 1775350 350dedicated nozzle located near burner No 75 75
rotary 325 32577.5 77.5 1775 1775350 350NA - NCG are not burned in lime kiln No 100 100

568.805508432292 568.8055084 762.897914379802 762.8979144

rotary 97 9766 661650 1650325 325dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 48 48

432 432 rotary 271 27130 301800 1800450 450dedicated nozzle located near burner Yes 66.43 66.43 rotary 221.171974522 293 221.171974586 861950 1950610 610NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 75 75 rotary 330.568436614 513 330.568436687 87 1930 1930610 610NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 100 100 670 670

1300 1300E-241 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num

rotary 127 12775 - 77 1700 1700455 455 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 100 100 rotary 188 18874 742100 2100465 465with primary fuel No NA - SOG are not burned in lime kiln 100 100 630 630 930 930

rotary 135 13575 75 1800 1800425 425dedicated nozzle located near burner NA NA- SOG are not burned in lime kiln 45 45

rotary 355.297276365 045 355.297276475 75 1941.39 1941.39425.23 425.23 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 113.3 113.3 1098 1098

666 666

rotary 166.936072442 222 166.936072473 73 1764.3 1764.3374.41 374.41 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 105 105

rotary 230.810377358 491 230.810377472 722000 2000475 475dedicated nozzle located near burner Yes 95 95 rotary 265.169771528 998 265.169771572 722000 2000475 475dedicated nozzle located near burner Yes 105 105E-242 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 846.8 846.8 1090.4 1090.4

rotary 240 24080 801700  ̊F - Note: Kiln pyrometer is aimed at lime product spilling over dam at fire end and observed temperatures do not reflect the higher operating temperature of the kiln. 1700585  ̊F 585 Dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 100 100

990 990

rotary 452.91 452.9175.52 75.52 1935 1935325.1 325.1dedicated nozzle located near burner Yes 142 142 961.316 961.316 961.316 961.316

400 400 400 400 1085 1085E-243 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num rotary 135 13531.96 31.962050 2050563.6 563.6dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 70 70
rotary 135 13530.85 30.852015 2015557.8 557.8dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 70 70

rotary 264 264UK -- not monitored or measured ~1850 1850~ 350 - 400 dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 168 168 450 450 675 675

rotary 137.7 137.780.7 80.7 1924 1924417 417NA - NCG are not burned in lime kiln NA NA 54 54 488 488

NA rotary 84872-80 1950-2100 425-500 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 212 212 557 557

236 236 rotary 34872-76 1950-2100 500-700 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 87 87 Rotary 134.6 134.674 741000 1000470 470NA - NCG are not burned in lime kiln no NA - SOG are not burned in lime kiln 65 65 Rotary 376.9 376.973 73 1500 1500450 450dedicated nozzle located near burner no NA - SOG are not burned in lime kiln 130 130E-244 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 525 525 1520 1520

Rotary 223 22375 75 1623 1623622 622steam injector No Combined at gun 85 85 600 600 1001 1001 rotary 268 26871 712400 2400450 450dedicated nozzle located near burner Yes 655 655 655 655

rotary ~318.7 318.7~21.7 21.7~1700 1700~1000 1000with primary fuel (back-up only) Yes, but only if Lime Kiln is being used to control NCGs. Kiln is back-up control device of NCGs UK
rotary 363 36370 70980 980480 480NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 175 175 1040 1040 1050 1050 rotary 201.6 201.668.6 68.62000 20001200 1200dedicated nozzle located near burner No dedicated nozzle located near burner 60 60 rotary 201.6 201.669.4 69.42000 20001200 1200dedicated nozzle located near burner No dedicated nozzle located near burner 60 60 rotary 378.48 378.4880 802000 2000500 500NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 60 60 719 359.5 719 359.5 519
rotary 378.48 378.4880 802000 2000500 500with primary fuel No NA - SOG are not burned in lime kiln 60 60 527 263.5 527 263.5E-245 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 527
692.4 692.4 Fluo-Solids Calciner CBI 25270-72 percent 1750 1750NA - not a rotary kiln NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 63 63

375 375 rotary 256 dedicated nozzle located near burner NA 64 64 1155.5 1155.5 1503 1503 rotary 248 24884 842250 2250665 665dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 221.8 221.8 rotary 196 19684 842100 2100660 660dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 175.8 175.8

671.5 671.5

rotary 245 24570-80% 1200 1200375 375dedicated nozzle located near burner No dedicated nozzle located near burner 97 97
rotary 353 353 UK 1732 1732675 675dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 125 125 1630 1630 rotary 76 7670 70UK 429 429dedicated nozzle located near burner No NA - SOG are not burned in lime kiln rotary 76 7671 71 UK 438 438dedicated nozzle located near burner No NA - SOG are not burned in lime kiln rotary 93 9372 72 UK 512 512 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 349 349E-246 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 349 349

rotary 632.4 632.480 801950 1950450 450NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 128 128 Use BTU for Liquor
rotary 150 15070 702050 2050725 725dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 140 140
rotary 150 15070 702050 20501200 1200dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 140 140

715 715
715 715
1008 1008

rotary kiln 440 44072 72900 900450 450NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 75 75 1207 1207 rotary 440 44071 71 1101 1101427 427NA - NCG are not burned in lime kiln 153 153 1160 1160
rotary 400 40070 701038 1038402 402dedicated nozzle located near burner Yes 153 153 1088 1088E-247 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num rotary 47 4770 701600 1600450 450dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 65 65

100 100
rotary 157 15778 781950 1950450 450dedicated nozzle located near burner No dedicated nozzle located near burner 110 110 1105 1105 1157 1157
rotary 300 30073 73 1353 1353443 443dedicated nozzle located near burner Yes 90 90 rotary 465 46575 75 1000-800 600-300 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 141 141

589 589 1057 1057 1043 1043 rotary 336.843737024 221 336.84373733.2 33.2 1850 1850485 485 NA - NCG are not burned in lime kiln No NA - SOG are not burned in lime kiln 272.85 272.85
rotary - production limit 198 Ton CaO/day with design of 235 Ton CaO/day 163.668220858 896 163.668220978 782009 target averages 1830 to 2130 2009 target averages 460 to 560 dedicated nozzle located near burner No NA - SOG are not burned in lime kiln - This mill no longer has a stripper 70 70

628 in 1989, but through 2001 PSD efficiency improvements can reach 750 or more. Recovery furnace has a steam limit of 450 klb/hour that cannot currently be exceeded.

rotary 204 20472 72 1937 1937386 386dedicated nozzle located near burner 100 100E-248 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 317 317 812 812 rotary 231 23128 281990 1990480 480dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 70 70 854 854

382 382 382 382 rotary 216 21622 222350 2350360 360dedicated nozzle located near burner No dedicated nozzle located near burner 60 60
rotary 288 28822 222400 2400425 425dedicated nozzle located near burner No dedicated nozzle located near burner 100 100 217 217 Rotary 75 7576 761941 1941565 565 NA - SOG are not burned in lime kiln 40 40
2290 2290
rotary 284 28476.3 76.3 1324 1324455 455dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 130 130 3109 3109
rotary 425 42578.5 78.5 1732 1732524 524dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 165 165 rotary 229 22927 27 1717 1717475 475dedicated nozzle located near burner No dedicated nozzle located near burner 103.4 103.4 rotary 197 19727 27 1632 1632475 475dedicated nozzle located near burner No dedicated nozzle located near burner 68.8 68.8 1295 1295
860 860

Rotary 642 64278 781900 1900400 400dedicated nozzle located near burner Stripper not in use Stripper not in use 182 182E-249 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num 1092 1092

1680 1680

1612.5 1612.5
rotary 450 45070 701900 1900500 500dedicated nozzle located near burner No SOG are burned as rectified MeOH 138.6 138.6 rotary 595 59530 301200 1200580 580NA - NCG are not burned in lime kiln NA - SOGs are not burned in lime kiln 180 180 NA 1080 1080 NA NA NA 1620 1620 NA NA 730 730 rotary 288 28876 762000 2000450 450dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 60 60 rotary 350 35032 32 1919 1919623 623 NA - NCG are not burned in lime kiln NA - SOG are not burned in lime kiln 140 140 1345 1345
rotary 1339.2 1339.285 85 1858 1858483 483dedicated nozzle located near burner NA NA - SOG are not burned in lime kiln 147 147

1950 1950 470 470 950 950 rotary 146.557335892 894 146.557335974 741704 1704470 470dedicated nozzle located near burner No dedicated nozzle located near burner 50 50 rotary 238.777166568 352 238.777166671 71 1647 1647420 420dedicated nozzle located near burner No dedicated nozzle located near burner 81 81 rotary 251.451355705 949 251.451355776 761914 1914435 435dedicated nozzle located near burner No dedicated nozzle located near burner 72 72E-250 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num rotary 650 65078 782000 2000450 450NA - NCG are not burned in lime kiln NA - SOG are not burned in lime kilnE-251 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num

592 592

rotary 248 24871 71 1885 1885435 435dedicated nozzle located near burner NA - SOG are not burned in lime kiln 72 72
rotary 248 24871 71 1805 1805435 435dedicated nozzle located near burner NA - SOG are not burned in lime kiln 72 72 817 817 861.4 430.7 861.4 430.7 861.4 946 473 946 473 946
rotary 540 540na 1935 1935457 457dedicated nozzle located near burner No NA - SOG are not burned in lime kiln 145.9 145.9

rotary 240 24075 752,200 2200500 500dedicated nozzle located near burner No NA 65 65 930 930
759 759 rotary 119 11926 261350 13501150 1150NA - NCG are not burned in lime kiln NA NA - SOG are not burned in lime kiln 45 45E-252 RTI&EUID ce). used to fill gaps for res LK_Type LK_Prod_TonCa O_d LK_Prod_TonCaO_ d_num4 LK_Mud_PctSoli ds LK_Mud_PctSolid s_num LK_HotTemp_F LK_HotTemp_F_n um LK_ColdTemp_F LK_ColdTemp_F_n um LK_NCG_IntroMe thod LK_SOGCombWithN CG LK_SOG_IntroMetho d DesignHTIP_MMBtu_hr DesignHTIP_MMBtu _hr_num max 1339 87 2600 1337 3109 min 47 21 900 202 22 avg 298 68 1824 529 502.6432628 median 264 74 1893 475 349.5E-253 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num LVHC, SOG Natural Gas 75 0.75
LVHC-S natural gas 1 1

HVLC LVHC, SOG No. 6 Fuel Oil 1 1
LVHC

LVHC natural gas 0.95 0.95

CD 186-193, CD186-144; Stripper System in EU440 LK's #2 and #3 are backups for each other natural gas 1 1
#2HVLC No

No.2 NCG Natural Gas 0-0.75 1025 1025 BTU/cfE-254 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num LVHC, SOG, SCNCG natural gas 54.1585012926035 0.54
LVHC, SOG, SCNCG

SOGCS1, LVHCS1 natural gas 0.26 0.26

LVHC natural gas 0.82 0.82 LVHC, HVLC, SOG

HVLC LVHC N/A LVHC natural gas 0.99 0.99 LVHC2 LVHC1, LVHC3 natural gas 1 1 HVLC1 LVHC,SOG natural gas ~ 0.63 0.63

NA NA LVHC, HVLC NA Natural Gas 1 1

GRP11A natural gas 0.99 0.99 Btu/MMscfE-255 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num GRP11A,GRP11B

LVHC,SOG LVHC,SOG Natural Gas 0.81 0.81 1008000000 1008000000Btu/MMscf NA LVHC,SOG LVHC,SOG Natural Gas 0.74 0.741008000000 1008000000Btu/MMscf NA

HVLC, LVHC natural gas 1 1

026,027,ncg #6 residual oil 0.42 0.42

LVHC NA other-on spec used oil 0.99 0.99E-256 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

natural gas 0.954 0.954 natural gas 0.954 0.954

NA NA

NA NA

NA NA 86LVHC Natural gas 0.95 0.95
86LVHC Natural gas 0.86 0.86

#6 residual oil 1 1 #6 residual oil 1 1 0.9892 0.9892 0.9981 0.9981E-257 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

LVHC1 NA #6 residual oil 0.99 0.99

HVLC

LVHC natural gas 76 0.761035000000 1035000000Btu/MMscf LVHC #6 residual oil 98 0.98135714.28571428 6 135714.2857Btu/gal HVLC LVHC #6 residual oil 1 1

natural gas

HVLC NCG (LVHC) natural gas 1 1

HVLC NCG (LVHC) natural gas 1 1E-258 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num LVHC-1 LVHC-1 natural gas 0.99 0.99 1020000000 1020000000Btu/MMscf

LVHC,HVLC Refined Fuel Oil 0.995 0.995 LVHC natural gas 82 0.82 LVHC Black Liquor 90 0.9

LVHC-1 natural gas ~58% 0.581.0257393363592 8E+20 1.02574E+20Btu/MMscf LVHC-1 natural gas ~58% 0.581.0257393363592 8E+20 1.02574E+20Btu/MMscf

N/A G016; G039; G033; G037; G038; G040 tall oil 0.68 0.68E-259 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

NA NA #6 residual oil 0 0 NA No. 6 distillate oil 0.02 0.02 NA
NA NA Natural gas 100 1 NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA LVHC1, SOG1, UPM003, UPM004, REC060, REC061, REC062, REC063, REC064 natural gas 1 1 NA NA NA NA LVHC1, SOG1, UPM003, UPM004, REC060, REC061, REC062, REC063, REC064 #6 residual oil 0.4 0.4NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA Natural Gas 1 1 1081000000 1081000000Btu/MMscf UK NA NA NA NA NA NA NA NA NA Natural Gas 1 1 1081000001 1081000001 Btu/MMscf UK NA HVLC1 black liquor solids 0.987 0.987 12.4 12.4MMBtu/ton
NA LVHC1 natural gas 0.999 0.999 NA HVLC2, RcHVLC black liquor solids 0.995 0.995 12.4 12.4MMBtu/ton
NA LVHC2, SOG natural gas 0.999 0.999
None LVHC-1, LVHC-2 natural gas 1 1E-260 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num N/A LVHC-1 natural gas 0.9975 0.9975 1020000000 1020000000Btu/MMscf

LVHC, SOG, HVLC #6 residual oil 1 1 LVHC, SOG, HVLC natural gas 0.7 0.7

HVLC, LVHC natural gas 0.67 0.67 GRP0000000006 GRP0000000007 P52_01, P52_02, P52_05, P52_06, P52_07, P52_08, P52_09, P52_10, P52_12, P52_16 natural gas 1 1E-261 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num NA LVHC EVAP SYSTEM, LVHC STRIPPER SYSTEM, LVHC DIG SYSTEM #6 residual oil 0.6 0.6
HVLC SYSTEM NA
NA NA LVHC, HVLC LVHC, HVLC Natural gas 100 1 LVHC, HVLC LVHC, HVLC Natural gas 100 1
Natural gas 100 1

LVHC #6 residual oil 1 1

LVHC-DS, LVHC-ES, and LVHC-FS LVHC-DS, LVHC-ES, and LVHC-FS natural gas 0.95 0.95 No. 6 Oil 100 1 No. 6 Oil 100 1E-262 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

natural gas 1 1 LVHC petroleum coke 0.6 0.6

LVHC comprised of P17 - digester blow heat gases, gases from two lines of multible effect evaporator, turpentine decanter off gases, as well as MACT I collection tank off gases natural gas 0.6 0.6

natural gas 1 1

natural gas 0.91637505910964 0.916375059

HW Dig, CDIG, EV01-03, TST, TSD, TDU, COST, CCT, STF #6 Residual Oil 0.9 0.9 HW Dig, CDIG, EV01-03, TST, TSD, TDU, COST, CCT, STF #6 Residual Oil 0.9 0.9E-263 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

LVHC-1 NA Natural gas 1 1

NA NA

LVHC-1, LVHC-2 natural gas 1 1E-264 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num NCG-1, LVHC-1, 043SCR, 043, 051, 051DIG, 051BLT, TRPCON, TRPDEC, TRPCUT, MEE01, MEE02, BLHTAC, MFCNCT natural gas 1 1
NCG-1, LVHC-1, 043SCR, 043, 051, 051DIG, 051BLT, TRPCON, TRPDEC, TRPCUT, MEE01, MEE02, BLHTAC, MFCNCT natural gas 1 1

DG14, DG50, TR01, CC01, EV01, EV02 NONE Natural Gas 0.77 0.770.001033 0.001033 Btu/MMscf NA NA NA NA NA

NA NA #6 residual oil 0.99 0.99 NA NA

NA NA #6 residual oil 1 1

#6 residual oil 1 1 natural gas 95 0.95 LVHC, HVLC natural gas 95 0.95E-265 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

LVHC-1, LVHC-2 natural gas 100 1 EU2335 EU2334 natural gas 0.73 0.73

28P001 23P006 natural gas ~0.997 0.997 natural gas 1 1

LVHC LVHC #6 residual oil 0.862 0.862 141000 141000Btu/gal LVHC #6 residual oil 0.862 0.862 141000 141000Btu/gal natural gas 1 1

LVHC natural gas 1 1E-266 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num
196 (HVLC collection system) #6 residual oil 1 1 150000 150000Btu/gal

NA natural gas LVHC, HVLC natural gas

DIG-1, DIG-2, DIG-3, DIG-4, DIG-5, DIG-6, TURP, BT-1,BT-2, BT-3, EVAP-1, EVAP2, EVAP-3, ISCHSC petroleum coke 0.65 0.65DIG-1, DIG-2, DIG-3, DIG4, DIG-5, DIG-6, TURP, BT1, BT-2, BT-3, EVAP-1, EVAP-2, EVAP-3, ISCHSC petroleum coke 0.65 0.65

75 - HVLC NA

NA 54 - LVHC/45 - SOG natural gas 100 1

LVHC natural gas 1 1

LVHC LVHC natural gas 0.95 0.95 LVHC LVHC natural gas 0.93 0.93 natural gas 0.99 0.99E-267 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

natural gas 1 1

NA N900 natural gas 0.66 0.66
NA N900 natural gas 0.66 0.66

#6 residual oil 0.99 0.99
natural gas 0.915433624747416 0.915433625

LVHC; SOG natural gas 0.72 0.72E-268 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num LVHC, HVLC natural gas 100 1

LVHC-1 SOG-1 natural gas 100 1 HVLC-1 natural gas 1 1 CNCG, DNCG CNCG, DNCG natural gas 0.938 0.938 natural gas 0.9 0.9

petroleum coke 0.68 0.68
LVHC NA - LVHC back up control is #2 Boiler which has heat input capacity of 395 mmBTU/hr; Second back up is #1 boiler which has 398 mmBTU/hr heat input capacity natural gas 1 1 NA NA NA

HVLC NA

LVHC natural gas 1 1E-269 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

LVHC HVLC natural gas 0.78 0.78

#6 residual oil 1 1 #6 residual oil 1 1 LVHC SOG #6 residual oil 1 1
SOG LVHC #6 residual oil 1 1 Black Liquor 0.9861 0.9861 natural gas 0.996 0.996
HVLC-7
LVHC-7 petroleum coke 0.54 0.54 HVLC-8
LVHC-8 tall oil 0.93 0.93 130,232 130232 Btu/galLVHC, SOG, HVLC-1, HVLC2 petroleum coke 0.7 0.7LVHC, SOG, HVLC-1, HVLC2 petroleum coke 0.63 0.63

AD99, BD99, BH99, CD99, EV99, NC99 #6 residual oil 0.52 0.526.3 6.3 MMBtu/bblE-270 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

EV-REC (SOG burned as rectified MeOH) AA-026 (LVHC) petroleum coke 70 0.7 NA NA natural gas 0.91 0.91 1000000000 1000000000Btu/MMscf NA NA NA NA NA NA NA NA
LVHC natural gas 1 1 #6 residual oil 0.99 0.99

LVHC natural gas 0.779490264470838 0.779490264

G0205, G0206, G0701, G0702, G0703, G2304, S443, S446, S450 G0205, G0206, G0701, G0702, G0703, G2304, S443, S446, S450 Natural Gas 1 1 G0205, G0206, G0701, G0702, G0703, G2304, S443, S446, S450 G0205, G0206, G0701, G0702, G0703, G2304, S443, S446, S450 Natural Gas 1 1 G0205, G0206, G0701, G0702, G0703, G2304, S443, S446, S450 G0205, G0206, G0701, G0702, G0703, G2304, S443, S446, S450 Natural Gas 1 1E-271 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num natural gas 1150000E-272 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_num

LVHC-1, LVHC-2 LVHC-1, LVHC-2 waste oil 0.84 0.84 LVHC-1, LVHC-2 LVHC-1, LVHC-2 waste oil 0.85 0.85

MEOH MEOH MEOH MEOH MEOH MEOH AA206, AA207 natural gas 55 0.55 1000 1000BTU/SCF

LVHC natural gas 0.9 0.9 1,050,000,000 Btu/MMscf LVHC

natural gas 100 1E-273 RTI&EUID ce). used to fill gaps for res NCGSOG_Primary NCGSOG_Backup PrimaryFuelType PrimaryFuel_Pct PrimaryFuel_Pct_ num PrimaryFuelHHV PrimaryFuelHHV _num PrimaryFuelHHV _unit PrimaryFuelMoi st_Pct PrimaryFuelMoi st_Pct_numE-274 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition Natural Gas 0.02 0.02 #2 distillate oil 25 0.25 #2 distillate oil used over natural gas based on economic conditions

#6 residual oil 0.01 0.01 150000 150000Btu/gal startup, backup, shutdown, during upset conditions

Low sulfur No. 2 Distillate 1 0.01
natural gas 10 0.1 routine use (multi-fuel fired unit)

petroleum coke 0.05 0.05 routine use (multi-fuel fired unit)

#6 residual oil 0 0
#2 Fuel Oil 0.0027 0.0027 startup, shutdown

Pet Coke 0-0.3 15000 15000BTU/lb routine use (multi-fuel fired unit)E-275 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition petroleum coke 45.8414987073965 0.4584 Normal operation is to burn natural gas and petroleum coke natural gas 8.79025985994274 0.087902599

petroleum coke 0.2 0.2 routine use (multi-fuel fired unit) natural gas 0.006 0.006 startup natural gas 0.012 0.012 startup

#6 residual oil 0.18 0.18 seasonally during curtailments or peak prices natural gas 0.01 0.01

#6 residual oil 0.005 0.005 150000 150000Btu/gal startup, shutdown, during upset conditions #6 residual oil 0.004 0.004150000 150000Btu/gal backup, seasonally during curtailments or peak prices, to conduct performance testing #4 Fuel Oil 0 0 #4 Fuel Oil 2 0.02 146000 146000Btu/gal startup, backup petroleum coke ~ 0.37 0.37 15500 15500BTU/lb routine use (multi-fuel fired unit) #6 residual oil ~0.08 0.08 Startup/Shutdown

#6 residual oil 0.03 0.03 Startup, shutdown, back-up, upset #6 residual oil 0 0 Currently, not used.

#6 residual oil 0.01 0.01 seasonally during curtailments or peak prices #6 residual oil 6 0.06 startup, shutdown, upset conditionsE-276 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition #6 residual oil 3.3 0.033 startup, shutdown, upset conditions

Fuel Oil 0.01 0.01 130206.366 130206.366Btu/gal startup
Fuel Oil 0.19 0.19 130206.366 130206.366Btu/gal backup Fuel Oil 0.26 0.26130206.366 130206.366Btu/gal backup

natural gas 1.76155758400157E-02 0.017615576 startup, during upset conditions natural gas 1.44642541964729E-02 0.014464254 startup, during upset conditions

#6 residual oil 0.03 0.03 backup natural gas 0.25 0.25 routine #6 residual oil 0.03 0.03 backup
#6 residual oil 0.14 0.14 seasonally during curtailments or peak pricesE-277 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition #6 residual oil 0.017 0.017 startup, shutdown, during upset conditions

#6 residual oil 0.0456 0.0456 routine use (multi-fuel fired unit) #6 residual oil 0.0456 0.0456 routine use (multi-fuel fired unit) #6 residual oil 0.0128 0.0128 startup, shutdown, during upset conditions No. 6 Residual Oil 4.38513262473992E-02 0.043851326 Startup, shutdown, and during upset conditions.

No. 6 Residual Oil 4.73281809378969E-02 0.047328181 Startup, shutdown, and during upset conditions.

No. 6 Residual Oil 3.78989956021285E-02 0.037898996 Startup, shutdown, and during upset conditions. No. 2 Distillate Oil and No. 6 Residual Oil 0.05 0.05 Seasonally during natural gas curtailments or when economics drive the firing of alternative fuels (No. 2 Distillate Oil and No. 6 Residual Oil ) No. 2 Distillate Oil and No. 6 Residual Oil 0.14 0.14 Seasonally during natural gas curtailments or when economics drive the firing of alternative fuels (No. 2 Distillate Oil and No. 6 Residual Oil )

NA NA #6 residual oil 7.1 0.071 startup, malfunction, and backup #2 distillate oil 2.1 0.021 startup, malfunction, and backupE-278 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition
On-spec used oil 0.4 0.4 routine use (multi-fuel fired unit) #6 residual oil 1 0.01 startup, during upset conditions

#6 residual oil 1 0.01 startup, during upset conditions

#6 residual oil 24 0.24135714.285714286 135714.2857Btu/gal seasonally during curtailments or peak prices natural gas 2 0.02 1035000000 1035000000Btu/MMscf seasonally during curtailments or peak prices #6 residual oil 0.01 0.01 startup, shutdown, unstable operation, steam demands

natural gas 0.008 0.008 startup, backup

natural gas 0.01 0.01 Startup, shutdown, and upsets

natural gas 0.01 0.01 Startup, shutdown, and upsetsE-279 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition petroleum coke 0.1 0.1 15000 15000Btu/pound when pet coke prices are lower than natural gas natural gas 0.0175 0.0175 1020 1020Btu/cubic feet gas startup/shutdown/low liquor inventory Refined Fuel Oil 0.1 0.1 startup, backup

propane 0.005 0.005 pilot light pet coke 17 0.17 economic natural gas 8 0.08 start up, SO2 control,

Blended Fuel Oil ~1% 0.01~150000 150000Btu/gal startup, backup Blended Fuel Oil ~1% 0.01~150000 150000Btu/gal startup, backup Blended Fuel Oil ~1% 0.01~150000 150000Btu/gal startup, backup tall oil ~36% 0.36~35 35 MMBtu/ton startup, backup tall oil ~36% 0.36~35 35 MMBtu/ton startup, backup

natural gas 0.31 0.31 routine use (multi-fuel fired unit) #6 residual oil 0.02 0.02

#6 residual oil 0.02 0.02

#6 residual oil 0.02 0.02E-280 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition

natural gas 0.00 0

NA

natural gas NA NA NA start-up, shutdown, during upset conditions NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA natural gas NA NA NA start-up, shutdown, during upset conditions Glycerine 0 0UK NA routine use (multi-fuel fired unit) natural gas 0.01 0.01 startup, shutdown, upset conditions
No. 2-6 Fuel Oil 0 0 routine use (multi-fuel fired unit) natural gas 0.002 0.002 startup, shutdown, upset conditions
No. 2-6 Fuel Oil 0 0 routine use (multi-fuel fired unit) #2 distillate oil 0.01 0.01 startup, during upset conditionsE-281 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition #6 residual oil 0.0025 0.0025 145320 145320Btu/gal seasonally during curtailments or peak prices #6 residual oil 0.04 0.04145320 145320Btu/gal during upset conditions, startup

n/a #6 residual oil 0.3 0.3 routine use (multi-fuel fired unit) #6 residual oil 0.01 0.01 startup, shutdown, or to augment liquor firing when needed

#6 residual oil 0.02 0.02 startup, shutdown, or to augment liquor flow when required
natural gas 0.04 0.04 startup, backup
petroleum coke 0.33 0.33 routine use (multi-fuel fired unit)

#2 distillate oil 0 0 backup

natural gas 0.4 0.4 startup, shutdown and briefly each day to keep liquor guns clear natural gas 0.4 0.4 startup, shutdown and briefly each day to keep liquor guns clear natural gas 0.6 0.6 startup, shutdown and briefly each day to keep liquor guns clearE-282 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition natural gas 0.4 0.4 routine use (multi-fuel fired unit)
#6 residual oil 0.02 0.02 startup, during upset conditions

natural gas 0.02 0.02 startup #6 residual oil 0.05 0.05 backup No. 2 Fuel Oil <0.1 0.1 No. 2 Fuel Oil <0.1 0.1 No. 5 Fuel Oil 1.2 0.012

No. 5 Fuel Oil 0.9 0.9E-283 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition

Fuel Oil 0 0 Used as an alternative fuel when needed natural gas 0.4 0.4 routine use (multi-fuel fired unit) #2 distillate oil 0.025 0.025 startup #2 distillate oil 0.02 0.02 startup

No. 6 oil 0.4 0.4 fuel switching based on market pricing; equipment problems

#6 residual oil 0 0 natural gas 1.34775191244371E-02 0.013477519 startup or brief periods of malfunction (lose liquor pump)
natural gas 6.17992549206044E-03 0.006179925 startup or brief periods of malfunction (lose liquor pump)

#6 residual oil 8.36249408903601E-02 0.083624941 seasonally during curtailments or peak prices

Natural Gas 0.1 0.1 when gas prices were lower than oil Natural Gas 0.1 0.1 when gas prices were lower than oilE-284 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition #6 Residual Oil 1 1 Flame Assist #6 Residual Oil 1 1 Flame Assist

#6 residual oil 0 0 Seasonally during natural gas curtailments or when economics drive the firing of alternative fuels (No. 6 Residual Oil or Petroleum Coke).

natural gas 0.035 0.035 Startup, shutdown, and during upset conditions.

#2 distillate oil 0 0 seasonally during curtailments or peak prices natural gas 4.76619413994633E-02 0.047661941 Start-up, Shutdown, and steam loadleveling natural gas 4.36913427635308E-02 0.043691343 Start-up, Shutdown, and steam loadleveling

natural gas 0.03 0.03 natural gas 0.03 0.03 natural gas 0.01 0.01E-285 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition

No. 2-4 Fuel Oil 0.23 0.23 140000 140000Btu/gal During periods of natural gas curtailment based on gas price. No. 2-4 Fuel Oil < 0.10 140000 140000Btu/gal startup natural gas < 0.10 0.001033 0.001033 Btu/MMscf startup

propane 0.01 0.01 NA NA startup, during upset conditions #6 residual oil < 0.10 NA NA startup, shutdown, during upset conditions

natural gas 0 0 #6 residual oil 0.8 0.8 routine use (multi-fuel fired unit)

#6 residual oil 0.62 0.62 routine use (multi-fuel fired unit) natural gas 0 0
#6 residual oil 5 0.05 #6 residual oil 5 0.05E-286 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition #6 residual oil <0.1 #2 distillate oil <0.1

#6 residual oil 0 0 natural gas curtailment natural gas 0.0042 0.0042 1000000000 1000000000Btu/MMscf startup, backup #6 residual oil 0.27 0.27 145000 145000Btu/gal seasonally during curtailments or peak prices natural gas ~0.01 0.01 natural gas ~0.02 0.02

No. 2 fuel oil ~0.003 0.003
#2 distillate oil 0 0 #2 distillate oil 0.01 0.01 #6 residual oil 0.013 0.013 141000 141000Btu/gal routine use (multi-fuel fired unit) tall oil 0.105 0.10532.27 32.27MMBtu/ton routine use (multi-fuel fired unit) tall oil 0.105 0.10532.27 32.27MMBtu/ton routine use (multi-fuel fired unit)
natural gas 0.017 0.017 startup, shutdown, backup natural gas 0.017 0.017 startup, shutdown, backup natural gas 0.017 0.017 startup, shutdown, backup
natural gas 0.013 0.013 startup, shutdown, backup natural gas 0.013 0.013 startup, shutdown, backupE-287 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition natural gas 0.013 0.013 startup, shutdown, backup
#6 low sulfur oil 0.03 0.03 150000 150000Btu/gal Startup and shutdown

#6 residual oil #6 residual oil natural gas 0.00002 0.00002 startup natural gas 0.00002 0.00002 startup natural gas 0.35 0.35 routine use (multi-fuel fired unit) natural gas 0.35 0.35 routine use (multi-fuel fired unit)

natural gas UK startup, backup, shutdown, and during upset conditions

natural gas and low Sulfur #2 fuel oil 0.05 0.05 routine use (multi-fuel fired unit) fuel oil (any type) 0.05 0.05 routine use (multi-fuel fired unit) fuel oil (any type) 0.07 0.07 routine use (multi-fuel fired unit) fuel oil (any type) 0.01 0.01 routine use (multi-fuel fired unit) natural gas 0.004 0.004 startups and shutdownsE-288 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition natural gas 0.007 0.007 startups and shutdowns

#6 residual oil 0 0 Only if cheaper than natural gas. #6 residual oil 0.05 0.05 startup, backup. Upset conditions

#6 residual oil 0.34 0.34 routine use (multi-fuel fired unit)
#6 residual oil 0.34 0.34 routine use (multi-fuel fired unit)

#2 distillate oil 0.04 0.04 startup, maintain steam rate, shutdown #2 distillate oil 0.02 0.02 startup, maintain steam rate, shutdown #6 residual oil 0.09 0.09 startup, maintain steam rate, shutdown

propane 0.01 0.01 startup, back up #6 residual oil 0.05 0.05 startup, upset conditions, back up, curtailment #6 residual oil 0.08 0.08 seasonally during curtailments or peak prices

#6 residual oil 0.28 0.28 seasonally during curtailments or peak pricesE-289 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition
natural gas 0.05 0.05

#2 distillate oil 0.016 0.016 routine use (multi-fuel fired unit) on-specification used oil (meets specs of #6 residual oil with sulfur content not to exceed 0.7 percent) 0.062 0.062 143,000 143000Btu/gal routine use (multi-fuel fired unit) #6 residual oil 0.1 0.1 routine use (multi-fuel fired unit)

#6 residual oil 0.003 0.003 startup, shutdown, bed stabilization, bed burn-out #6 residual oil 0.003 0.003 startup, shutdown, bed stabilization, bed burn-out natural gas 0.018 0.018 startup natural gas 0.32 0.32 routine use (multi-fuel fired unit) NA - Fuel Type limited to natural gas NA NA NA NA

natural gas - typically only for startup and shutdown 0.0017 0.0017 1020 1020btu/scf startup, upset conditions and shutdown

refined lubricant oil 0 0E-290 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition natural gas natural gas petroleum coke 0.22 0.22 routine use (multi-fuel fired unit) #2 distillate oil 0.004 0.004 startup

No 6 Fuel oil 0.0126 0.0126 startup, shutdown, upset conditions No 6 Fuel oil 0.004 0.004 seasonally during curtailments or peak prices #4 distillate oil 0.018 0.018142,990 142990Btu/gal startup, backup natural gas 0.24 0.24 routine use (multi-fuel fired unit) #4 distillate oil 0.016 0.016142,990 142990Btu/gal startup, backup natural gas 0.06 0.06 routine use (multi-fuel fired unit) natural gas 0.3 0.3 routine use (multi-fuel fired unit) natural gas 0.37 0.37 routine use (multi-fuel fired unit) natural gas 0.034 0.034 startup and backup natural gas 0.12 0.12 routine use (multi-fuel fired unit)

natural gas 0.48 0.481050 1050Btu/scf routine use (multi-fuel fired unit)E-291 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition #6 residual oil 0.001 0.0016.30E+06 6300000Btu/bbl Startup, shutdown, or steam generation

#6 residual oil 0.029 0.0296.30E+06 6300000Btu/bbl Startup, shutdown, or steam generation natural gas 0.03 0.03 startup, shutdown,backup natural gas, or Fuel Oil 0.3 0.3 routine use (multi-fuel fired unit) #6 residual oil 0.09 0.09 150000 150000Btu/gal routine use (multi-fuel fired unit) #6 residual oil 0.02 0.02 150000 150000Btu/gal startup, shutdown, upset conditions, backup NA #2 distillate oil 0.01 0.01 141000 141000Btu/gal startup, shutdown, upset conditions, backup NA natural gas 0.01 0.01 startup natural gas 0.01 0.01 pilot light #6 residual oil 0.06 0.06 startup

#6 residual oil 0.220509735529162 0.220509736

natural gas 0.022 0.022 natural gas 0.034 0.034 startup, backup natural gas 0.001 0.001 startup, backupE-292 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition #6 residual oil, tall oil 40000 142,000 Btu/gal 142000Btu/gal seasonally during curtailments or peak prices #6 residual oil startup, shutdown, during upset conditions #6 residual oil startup, shutdown, during upset conditions #6 residual oil startup, shutdown, during upset conditionsE-293 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_Condition

#6 residual oil 0.16 0.16 routine use (multi-fuel fired unit)
#6 residual oil 0.15 0.15 routine use (multi-fuel fired unit)

Pet Coke 45 0.45 15000 15000BTU/lb When natural gas prices are high

#6 residual oil 0.1 0.1 150,000 Btu/gal 150000Btu/gal seasonally during curtailments or peak prices
natural gas 4 0.04 startup, shutdown #2 distillate oil 0 0 seasonally during curtailments or peak pricesE-294 RTI&EUID ce). used to fill gaps for res SuppFuelType1 SuppFuelType1_Pct SuppFuelType1_Pct_ num SuppFuelType1_HHV SuppFuelType1_HHV _num SuppFuelType1_HHV_ unit SuppFuelType1_ConditionE-295 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

natural gas 0 0 pilot light

petroleum coke 0 0E-296 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

#6 residual oil 0 0 #6 residual oil 0 0 #6 residual oil 0 0

#6 residual oil <0.01 seasonally during curtailments or peak prices

#6 residual oil 0 0 seasonally during curtailments or peak prices natural gas ~0.005 0.005 Startup/Shutdown

Natural Gas 0.01 0.01 Startup, shutdown, back-up, upsetE-297 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

#2 distillate oil 3.64370322897315E-03 0.003643703 startup, during upset conditions
#2 distillate oil 3.60474998845103E-03 0.00360475 startup, during upset conditions

petcoke 0.33 0.33 routineE-298 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_ConditionE-299 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_ConditionE-300 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

propane 0.001 0.001 pilot light

#6 Fuel oil 1 0.01 gas curtailment/economic #6 Fuel oil 2 0.02

Natural Gas ~1% 0.01 1.02573933635928E+20 1.02574E+20Btu/MMcf startup, backup Natural Gas ~1% 0.01 1.02573933635928E+20 1.02574E+20Btu/MMcf startup, backup Natural Gas ~1% 0.01 1.02573933635928E+20 1.02574E+20Btu/MMcf startup, backup fuel oil ~6% 0.06~36 36MMBtu/ton startup, backup fuel oil ~5% 0.05~36 36MMBtu/ton startup, backup

#6 residual oil 0.05 0.05 routine use (multi-fuel fired unit)E-301 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA #2 distillate oil 0.003 0.003 startup, shutdown, upset conditions
tall oil 0.001 0.001 136000 136000Btu/gal when tall oil prices are low #2 distillate oil 0.003 0.003 startup, shutdown, upset conditions
tall oil 0.001 0.001 136000 136000Btu/gal when tall oil prices are lowE-302 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

#2 distillate oil 0.004 0.004 startup, during upset conditions

#2 distillate oil 0.01 0.01 when tax credit available

#2 distillate oil 0.3 0.3 routine use (multi-fuel fired unit) #2 distillate oil 0.3 0.3 routine use (multi-fuel fired unit)
#2 distillate oil 0.3 0.3 routine use (multi-fuel fired unit)E-303 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition
natural gas 0.008 0.008 pilot light

No. 2 Fuel Oil 0.4 0.4 None expected in the future.

No. 2 Fuel Oil 0.4 0.4 Startup, shutdown, upsets. Future use will be lessE-304 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

#2 distillate oil 4.26624821083574E-03 0.004266248 startup or brief periods of malfunction (lose liquor pump)

#2 distillate oil 4.97346175505564E-03 0.004973462 startup or brief periods of malfunction (lose liquor pump)E-305 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition Natural Gas <1 Flame Assist Natural Gas <1 Flame Assist

petroleum coke 0 0 Seasonally during natural gas curtailments or when economics drive the firing of alternative fuels (No. 6 Residual Oil or Petroleum Coke).

#6 residual oil 0 0 Startup, shutdown, and during upset conditions.

#2 distillate oil 0.01 0.01 #2 distillate oil 0.01 0.01 #2 distillate oil 0.01 0.01E-306 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

natural gas < 0.10 0.001033 0.001033 Btu/MMscf startup No. 2-4 Fuel Oil < 0.10 140000 140000Btu/gal startup

#2 distillate oil 0.2 0.2

#2 distillate oil 0.38 0.38E-307 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition natural gas <0.1 natural gas <0.1

natural gas 0.007 0.007 1024000000 1024000000Btu/MMscf routine use (multi-fuel fired unit) natural gas 0.033 0.033 1024000000 1024000000Btu/MMscf routine use (multi-fuel fired unit) natural gas 0.033 0.033 1024000000 1024000000Btu/MMscf routine use (multi-fuel fired unit)E-308 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_ConditionE-309 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_ConditionE-310 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

natural gas 0.003 0.003 pilot light used when NCG is combusted

propane 0 0 backup

natural gas 0.00015 0.00015 startup, shutdown, bed stabilization, bed burn-outE-311 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

Natural Gas 0.0011 0.0011 startup

tall oil 0.21 0.21 130,232 130232 Btu/gal routine use (multi-fuel fired unit)

#4 distillate oil 0.01 0.01 142,990 142990Btu/gal routine use (multi-fuel fired unit)E-312 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

natural gas 1e-007 0.0000001 1000000000 1000000000Btu/MMscf pilot light
rectified methanol 0.001 0.00157000 57000Btu/gal normal use for destruction of HAP

fuel oil 0.008 0.008 startup, backup fuel oil 0.006 0.006 startup, backupE-313 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_ConditionE-314 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_Condition

Propane 0.001 0.001 pilot light Propane 0.001 0.001 pilot lightE-315 RTI&EUID ce). used to fill gaps for res SuppFuelType2 SuppFuelType2_Pct SuppFuelType2_Pct_ num SuppFuelType2_HHV SuppFuelType2_HHV _num SuppFuelType2_HHV_ unit SuppFuelType2_ConditionE-316 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-317 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-318 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?

Propane 0 0 Emergency backup when NG is curtailed Propane 0 0 Emergency backup when NG is curtailedE-319 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?

Yes (mill process) Yes (mill)
Yes (mill process) Yes (mill process) Yes (mill) Yes (mill) Yes (mill) Yes (mill process)
Yes (mill process)E-320 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?
Yes (mill) Yes (mill process) Yes (mill process) Yes (mill) Yes (mill)E-321 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?

Yes (mill process) Yes (mill process) Yes (mill) Yes (mill) Yes (mill process) Yes (mill process)

#2 distillate oil 0.05 0.05 routine use (multifuel fired unit)E-322 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?
Yes (mill process) Yes (mill process) Yes (mill) Yes (mill process) Yes (mill) Yes (mill) Yes (mill) Yes (mill) Yes (mill) Yes (mill) Yes (mill) Yes (mill process) Yes (mill) NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NAE-323 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-324 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?

#2 distillate oil 0.003 0.003 Used for black liquor credit during 2009 only. This fuel is not expected to be used again.

Yes (mill) Yes (mill process) Yes (mill process)E-325 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-326 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-327 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?

Yes (mill) Yes (mill process)
Yes (mill process)E-328 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?

#2 distillate oil 0.004 0.004138800 138800Btu/gal routine use (multifuel fired unit)E-329 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-330 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-331 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-332 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?

Yes (mill) Yes (mill) Yes (mill) Yes (mill) Yes (mill) Yes (mill process) Yes (mill process)

#4 distillate oil 0.01 0.01 142,990 142990Btu/gal routine use (multifuel fired unit)

Yes (mill)E-333 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process? Yes (mill process) Yes (mill process) Yes (mill) Yes (mill) Yes (mill)E-334 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-335 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-336 RTI&EUID ce). used to fill gaps for res SuppFuelType3 SuppFuelType3_Pct SuppFuelType3_Pct_num SuppFuelType3_HHV SuppFuelType3_HHV_ num SuppFuelType3_HHV _unit SuppFuelType3_Con dition Impacted mill/process?E-337 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# PM EMISSIONS SUMMARY Note: Option 1 = MACT = baseline
Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 141.3 74.3 74.3 33.5 34.8 13.3 13.3 11.2 7.9 3.0 3.0 1.2
11.2 1.3 1.3 0.5

287.8 50.6 50.6 22.8 70.3 19.9 19.9 16.7

349.8 108.8 108.8 49.0 131.6 63.6 63.6 61.0 86.1 86.1 72.2 393.4 393.4 177.0
96.9 96.9 43.6
10.5 10.5 4.2 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 149.3 93.0 93.0 41.9 36.8 29.1 29.1 24.4 11.2 6.0 6.0 2.4
221.0 46.0 46.0 20.7 54.4 55.8 55.8 46.8 10.8 1.9 1.9 0.7E-338 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 52.6 41.7 41.7 40.0

196.8 18.4 18.4 8.3 48.6 48.6 21.9

9.6 5.3 5.3 2.1 91.8 114.4 114.4 51.5 145.5 142.6 142.6 64.2 22.6 15.2 15.2 12.7 34.5 19.5 19.5 16.4 63.0 16.4 16.4 7.4 9.0 10.9 10.9 4.4 255.9 28.7 28.7 12.9 279.1 279.1 125.6 68.7 50.8 50.8 42.6 12.2 12.2 4.9 302.7 128.0 128.0 57.6 72.8 57.2 57.2 48.0 12.4 2.9 2.9 1.2 9.4 9.4 3.8 199.7 48.9 48.9 22.0 49.2 26.5 26.5 22.2 57.6 55.8 55.8 53.6 216.9 84.6 84.6 38.1 53.4 33.0 33.0 27.7

43.7 29.2 29.2 13.2 10.8 10.8 9.0 20.2 11.2 11.2 10.7 23.5 40.8 40.8 34.2 111.7 455.8 455.8 437.6 108.8 51.7 51.7 30.5E-339 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 147.2 152.2 152.2 68.5
36.2 50.4 50.4 42.3 0.4 0.4 0.4 0.4 257.4 98.7 98.7 44.4
78.6 4.6 4.6 4.5 72.3 22.0 22.0 21.1 63.4 63.4 53.2 26.6 13.2 13.2 11.0
27.6 12.1 12.1 10.2
94.4 14.1 14.1 13.5
123.2 39.1 39.1 23.1
127.5 30.4 30.4 17.9

0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 160.5 9.6 9.6 5.6 198.4 43.5 43.5 41.7 158.6 138.0 138.0 81.4 34.3 23.3 23.3 19.5 34.7 22.9 22.9 19.2 2.1 2.1 7.4 2.6 2.6 1.0E-340 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 147.9 95.9 95.9 43.1

36.2 35.2 35.2 29.6 9.0 6.1 6.1 2.4 8.9 6.2 6.2 2.5 209.9 53.1 53.1 23.9 51.7 16.6 16.6 13.9 95.5 48.6 48.6 255.5 255.5 0.0Opt 1 = baseline for new 28.7 28.8 29.1 29.1 24.4

95.1 37.5 37.5 22.1 1.3 1.3 0.0 0.0 0.0Opt 1 = baseline (i.e., BLO removed at baseline) 116.9 12.8 12.8 5.8 40.6 14.1 14.1 13.5
40.8 12.7 12.7 12.2
20.6 17.9 17.9 31.0 31.0 0.0Opt 1 = baseline for new 15.0

20.6 27.7 27.7 23.2

59.0 63.7 63.7 61.2 71.2 36.8 36.8 35.3 56.4 64.9 64.9 38.3 42.5 62.8 62.8 28.3 0.0 0.0E-341 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 12.0 12.0 10.0 10.4 15.5 15.5 13.0 19.3 21.2 21.2 8.5 147.2 39.6 39.6 39.6 88.4 0.0Current mass emissions already meet Opt 1 17.8
35.6 9.9 9.9 9.9 26.7 0.0Current mass emissions already meet Opt 1 8.3 153.3 37.3 37.3 16.8 37.2 41.5 41.5 34.9 175.1 175.1 78.8 21.6 21.6 18.1 21.6 21.6 18.1 52.7 52.7 50.6 13.3 13.3 12.8 261.8 114.3 114.3 51.4 84.8 49.5 49.5 47.5

32.2 20.0 20.0 16.7 32.2 32.2 27.0 228.5 80.1 80.1 36.0 56.3 47.5 47.5 39.8 9.0 32.7 32.7 13.1 20.0 4.0 4.0 3.4 81.2 42.8 42.8 19.3 62.8 40.7 40.7 34.1 6.2 1.0 1.0 0.4

6.2 1.2 1.2 0.5

255.3 34.7 34.7 15.6E-342 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 45.7 10.8 10.8 10.3 146.9 73.0 73.0 32.8 36.2 19.4 19.4 16.6 97.3 190.7 190.7 190.7 91.3 99.4 85.8
23.9 31.3 31.3 31.3 18.0 13.3 26.2 36.5 48.9 48.9 46.9 61.6 16.1 16.1 15.4 147.7 53.5 53.5 53.5 63.9 0.0Current mass emissions already meet Opt 1 24.1
36.5 16.6 16.6 16.6 27.4 0.0Current mass emissions already meet Opt 1 14.1 122.1 11.8 11.8 7.0 177.3 177.3 79.8 90.0 90.0 53.1 79.8 47.6 47.6 45.7 49.6 23.4 23.4 22.5 1.7 1.7 44.8 43.3 43.3 36.4 55.2 32.8 32.8 27.5 5.8 3.9 3.9 1.6 52.4 12.5 12.5 7.3
11.3 2.4 2.4 2.0
57.4 4.5 4.5 2.7 12.4 2.9 2.9 2.4
88.8 17.9 17.9 10.6

19.2 3.7 3.7 3.1E-343 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 1.3 1.3
1.0 1.0 0.5 0.5 0.0Opt 1 = baseline (i.e., BLO emissions reduced at baseline) 2.4 0.4 0.4 5.4 5.4 0.0Opt 1 = baseline for new 0.2 74.9 27.3 27.3 16.1 0.5 0.5 0.4 0.4 0.0Opt 1 = baseline for new 0.4
16.2 16.2 13.6 112.0 45.1 45.1 43.3 69.7 18.6 18.6 15.6 346.9 50.6 50.6 22.8 85.4 28.1 28.1 23.6 2.1 2.1 22.9 9.6 9.6 3.9 5.0 1.3 1.3 1.3 0.8 0.5 1.3 322.5 97.8 97.8 57.7 125.3 69.4 69.4 31.2 30.9 30.9 25.9 29.6 29.6 24.9 29.6 29.6 24.9 17.4 15.7 15.7 15.0 240.8 96.9 96.9 43.6

9.6 24.4 24.4 9.7 136.6 66.9 66.9 30.1 33.6 19.8 19.8 16.6 59.2 40.0 40.0 38.4 255.3 90.9 90.9 40.9 62.8 50.4 50.4 42.3 8.8 5.4 5.4 2.2 132.1 132.1 59.4 102.3 20.8 20.8 19.9E-344 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 32.5 30.1 30.1 25.3 63.0 20.7 20.7 19.9 145.0 145.0 65.2

35.7 32.9 32.9 27.6 8.5 8.5 8.2 20.9 20.9 8.4 1.1 1.1 257.6 257.6 115.9

63.4 63.4 53.2 164.3 164.3 97.0 17.8 17.8 14.9 17.8 17.8 14.9 209.3 204.7 204.7 120.8 45.2 57.7 57.7 48.4 1.4 1.4 76.1 39.1 39.1 37.5 55.6 55.6 53.4 162.4 162.4 73.1 40.0 40.0 33.5 9.2 0.6 0.6 0.2
18.8 18.1 18.1 15.1 19.0 21.5 21.5 18.1 88.1 44.0 44.0 26.0 95.3 100.9 100.9 59.5 20.6 20.6 17.6 87.1 22.5 22.5 13.3
1.9 1.9E-345 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 98.8 42.9 42.9 41.1
197.4 196.8 196.8 88.6
48.6 28.1 28.1 24.0 13.2 2.5 2.5 2.4 54.6 7.3 7.3 7.0 0.9 0.9 9.7 3.2 3.2 1.3 0.0 0.0 0.0 0.0 135.0 11.3 11.3 6.7 229.1 8.7 8.7 3.9

0.0 0.0 0.0 0.0 29.2 11.1 11.1 9.5 56.4 16.0 16.0 13.6 27.6 18.9 18.9 18.1 87.3 144.8 144.8 144.8 37.3 107.5 65.1
21.5 10.3 10.3 10.3 16.1 0.0Current mass emissions already meet Opt 1 8.7 25.5 25.5 21.4 103.6 111.0 111.0 50.0 74.1 16.3 16.3 15.7 62.1 59.3 59.3 57.0 9.8 7.3 7.3 2.9 268.5 43.0 43.0 19.4 32.5 30.4 30.4 25.5

133.7 94.0 94.0 42.3E-346 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 65.0 48.0 48.0 40.3

1.0 1.0 30.9 39.2 39.2 37.7 50.6 56.5 56.5 54.2 146.4 29.8 29.8 17.6 155.7 98.0 98.0 44.1 15.8 7.4 7.4 6.2 15.8 11.7 11.7 9.8 38.3 37.1 37.1 31.1 34.3 34.3 15.4 60.7 133.8 133.8 60.2 8.4 6.9 6.9 5.8 14.9 11.9 11.9 9.9 32.7 33.0 33.0 31.7

91.2 29.8 29.8 28.6 194.3 168.6 168.6 75.9 48.3 36.1 36.1 30.3

82.6 123.4 123.4 55.5 20.3 20.8 20.8 17.5

40.9 25.2 25.2 24.2

2.9 2.9 64.8 135.7 135.7 130.3 75.0 37.1 37.1 35.6E-347 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 191.0 91.8 91.8 54.1 250.3 247.4 247.4 146.0 41.3 42.3 42.3 35.5

54.1 55.1 55.1 46.2

65.4 132.4 132.4 127.1

206.3 140.5 140.5 82.9 44.6 40.3 40.3 33.8

1.3 1.3 128.9 100.3 100.3 96.3 163.9 50.6 50.6 22.8 156.8 66.1 66.1 29.7 40.3 41.3 41.3 35.2

38.6 56.1 56.1 47.8

37.2 91.3 91.3 53.9 37.4 75.0 75.0 44.2 120.4 135.7 135.7 80.1

8.7 30.8 30.8 25.8 8.2 11.0 11.0 9.2 26.7 38.2 38.2 32.0E-348 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 37.1 30.6 30.6 29.3

34.6 34.6 33.2

1.3 1.3 69.6 34.8 34.8 33.4 89.9 71.8 71.8 32.3 134.7 83.2 83.2 37.5 22.1 13.6 13.6 11.4

33.2 33.2 27.8

38.7 26.4 26.4 25.3 106.7 34.2 34.2 34.2 55.4 0.0Current mass emissions already meet Opt 1 15.4

26.3 34.9 34.9 34.9 19.7 15.2Current mass emissions already meet Opt 1 29.3 25.4 10.3 10.3 4.1 353.8 66.8 66.8 30.1

0.8 0.8 26.8 43.3 43.3 36.4

87.1 40.0 40.0 33.5

123.7 106.1 106.1 62.6

3.2 1.8 1.8 1.8 0.0 0.0 31.1 5.2 5.2 5.0 99.2 21.7 21.7 20.8E-349 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 78.8 23.2 23.2 13.7 290.3 186.4 186.4 83.9 17.0 18.2 18.2 15.3

71.5 33.0 33.0 27.7

44.7 44.7 37.5 63.6 57.8 57.8 55.5 181.5 27.7 27.7 12.5

8.1 78.5 78.5 35.3 2.0 11.8 11.8 9.9 72.7 34.1 34.1 32.8 6.0 95.2 95.2 42.8 5.7 103.5 103.5 46.6 1.5 29.7 29.7 24.9 1.4 21.3 21.3 17.9 9.9 25.5 25.5 10.2
11.0 14.1 14.1 5.6 224.3 90.6 90.6 40.8 55.2 29.8 29.8 25.0 242.3 35.8 35.8 16.1 59.6 14.9 14.9 12.5 53.8 35.9 35.9 34.4 54.4 31.4 31.4 30.1 99.7 17.5 17.5 16.8

147.2 146.8 146.8 66.1 36.2 33.0 33.0 27.7 96.0 21.1 21.1 20.2E-350 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 120.9 71.8 71.8 32.3 29.8 37.1 37.1 31.1 137.9 14.6 14.6 6.6 67.7 67.7 65.0 34.0 19.6 19.6 16.4 124.8 124.8 56.2 30.7 30.7 25.8 60.2 60.2 57.8 162.7 21.3 21.3 9.6 226.6 32.9 32.9 14.8 69.3 21.8 21.8 21.0 6.1 4.4 4.4 1.8
40.0 33.6 33.6 28.2 27.9 37.0 37.0 31.1 27.9 56.3 56.3 47.2 155.6 113.2 113.2 50.9

38.3 15.1 15.1 12.8 62.5 7.5 7.5 7.2

10.2 37.5 37.5 15.0 232.3 44.1 44.1 19.9 57.2 44.4 44.4 37.3 21.0 66.9 66.9 64.2 21.7 21.7 20.8 20.3 20.3 19.5 90.3 16.2 16.2 9.6 19.4 12.2 12.2 10.2E-351 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 83.4 34.2 34.2 20.2 17.9 10.8 10.8 9.1 1.3 1.3 168.7 59.1 59.1 56.8 355.6 87.5 87.5 39.4 43.7 24.5 24.5 20.6 43.7 48.3 48.3 40.5 33.1 37.3 37.3 35.8
32.5 14.3 14.3 13.7

41.8 41.8 18.8
99.2 31.3 31.3 14.1
122.9 27.9 27.9 12.6 10.3 4.4 4.4 3.7
24.4 12.8 12.8 10.7
30.2 38.9 38.9 32.7
97.2 14.7 14.7 14.1 137.7 137.7 62.0 33.9 33.9 28.4 12.6 4.6 4.6 1.9 232.1 64.3 64.3 28.9 57.1 50.5 50.5 42.4 105.9 66.3 66.3 63.7 316.2 60.3 60.3 27.1 77.8 64.6 64.6 54.2E-352 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 13.3 15.7 15.7 15.1 0.3 0.3 47.9 19.0 19.0 11.2 10.4 10.4 8.7 42.2 60.1 60.1 57.7 308.1 106.4 106.4 47.9 75.8 42.3 42.3 35.5 188.6 90.9 90.9 40.9 46.4 47.5 47.5 39.9 78.3 11.4 11.4 11.0 13.1 6.1 6.1 2.4 31.0 31.0 26.0 55.3 26.4 26.4 22.2 127.5 6.0 6.0 2.7 226.9 169.2 169.2 76.1 207.4 130.8 130.8 58.9 80.6 52.3 52.3 50.2 51.0 57.8 57.8 48.5 44.2 22.7 22.7 21.8

151.4 29.6 29.6 13.3

37.3 19.0 19.0 16.0

6.1 2.5 2.5 2.1 37.4 21.4 21.4 17.9 55.1 26.4 26.4 25.3E-353 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 25.0 9.5 9.5 4.3 152.1 11.6 11.6 5.2 58.8 19.2 19.2 18.4 154.2 56.8 56.8 33.5
33.3 22.4 22.4 18.8 1.0 1.0 189.2 71.0 71.0 41.9 191.9 91.2 91.2 53.8

2.6 2.6 40.1 43.6 43.6 36.6 40.6 55.1 55.1 46.2 56.6 25.8 25.8 41.7 41.7 0.0Opt 1 = baseline for new 24.8
77.1 34.6 34.6 34.6 8.7 25.9 33.2 45.6 20.2 20.2 9.1 20.8 16.6 16.6 15.9 11.2 8.0 8.0 6.8 271.4 271.4 122.1 66.8 22.1 22.1 18.5 73.2 73.2 70.3 332.7 332.7 149.7 81.9 37.3 37.3 31.3 12.5 10.9 10.9 4.4 55.0 49.6 49.6 47.6 46.6 8.6 8.6 8.3 195.5 52.0 52.0 23.4
103.9 103.9 46.8 24.1 24.1 20.2 24.1 23.0 23.0 19.3 25.6 18.5 18.5 15.5 18.5 17.2 17.2 6.9E-354 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 167.5 35.1 35.1 35.1 100.7 0.0Current mass emissions already meet Opt 1 15.8
41.2 26.3 26.3 26.3 30.9 0.0Current mass emissions already meet Opt 1 22.1 275.7 100.0 100.0 45.0 33.9 31.5 31.5 26.4 33.9 29.7 29.7 24.9 343.5 134.7 134.7 60.6 84.6 44.8 44.8 37.6 13.5 9.5 9.5 3.8 17.4 8.2 8.2 3.3 194.7 26.1 26.1 11.7 47.9 21.2 21.2 17.8 288.4 148.4 148.4 66.8 71.0 74.0 74.0 62.1 129.6 117.9 117.9 53.0 31.9 33.2 33.2 27.8 77.8 100.4 100.4 96.4 86.1 34.2 34.2 32.8 284.6 34.6 34.6 15.6 35.0 35.0 29.4 35.0 35.0 29.4 34.3 3.4 3.4 1.3 23.3 24.7 24.7 20.7

92.0 130.1 130.1 58.5 216.7 102.8 102.8 60.6 46.3 18.5 18.5 15.5 262.2 70.0 70.0 31.5 65.0 19.6 19.6 16.4 38.3 53.9 53.9 51.8 62.1 44.1 44.1 42.4 66.3 12.3 12.3 11.8 1.4 1.4E-355 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 19.9 34.6 34.6 13.8 133.2 87.2 87.2 39.2 112.4 62.9 62.9 37.1 182.6 153.1 153.1 68.9 32.8 19.6 19.6 16.4

27.7 13.9 13.9 11.7E-356 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy 45.0 36.3 36.3 30.5

45.0 16.7 16.7 14.0 127.4 127.4 57.3 185.8 162.7 162.7 73.2
61.3 53.0 53.0 50.9
67.5 36.8 36.8 35.4 30.8 20.7 20.7 17.4
218.6 62.7 62.7 37.0 218.6 32.3 32.3 19.0 23.3 10.8 10.8 9.0 23.3 8.0 8.0 6.7 23.3 11.0 11.0 9.3 23.3 7.4 7.4 6.2 146.9 47.6 47.6 45.7

1.4 1.4 1.4 1.4 61.9 15.1 15.1 14.5 200.1 138.9 138.9 62.5 49.2 27.0 27.0 22.7 82.8 23.1 23.1 10.4 20.4 6.9 6.9 5.8 3.2 1.8 1.8 0.7E-357 RTI&EUID ce). used to fill gaps for res Current PM emissions, tpy (from emission factors) Current PM emissions, tpy (from performance data) Current PM emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 PM reduction from baseline, tpy Opt 2 reduction from baseline notes Current PM2.5 emissions, tpy RF/NDCE dscfm = 31359 (MM lb BLS/day) + 73781. See Appendeix C. LK dscfm = 53.397 (ton CaO/day) + 7683.9. See Appendix C. Total PM2.5, tpy 21,626 TOTAL PM tpy 13,688 4,107LK total 3,720 10,197NDCE total 4,588 2,719 DCE total 1,604 12,916RF overall total 6,193

32 BLO total 0 4,571SDT total 3,775

31 LK vg 28 94NDCE avg 42 63 DCE avg 37 86RF overall avg 41 1.2 BLO avg 28SDT avg 23E-358 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# TRS EMISSIONS SUMMARY Note: Option 1 = baseline
Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 9.1 9.1 4.6 1.5 1.5 3.8 3.8
5.4 5.4

18.6 18.6 9.4 3.4 3.4

22.6 22.6 7.0 7.0 11.5 11.5 25.5 25.5
12.9 12.9
5.1 5.1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 9.7 9.7 4.9 1.9 1.9 5.4 5.4
14.3 14.3 7.3 3.9 3.9 5.2 5.2E-359 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 2.8 2.8

12.7 12.7 6.5 6.5

4.6 4.6 5.9 5.9 9.4 9.4 3.0 0.9 0.9 4.6 0.6 0.6 8.4 2.7 2.7 4.4 4.4 16.6 16.6 18.1 18.1 9.2 1.3 1.3 5.9 5.9 19.6 19.6 9.7 2.4 2.4 6.0 6.0 4.6 4.6 12.9 12.9 6.6 1.9 1.9 3.1 3.1 14.0 14.0 7.1 1.6 1.6

2.8 2.8 1.4 1.4 1.1 1.1 3.1 3.4 3.4 5.9 5.9 22.8 22.8E-360 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 9.5 9.5
4.8 4.8 4.6 4.6 4.6 4.6 16.7 16.7
4.2 4.2 3.8 3.8 8.5 8.5 3.6 3.6
3.7 3.7
5.0 5.0
25.8 25.8
26.7 26.7
0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 33.7 33.7 10.6 10.6 33.3 33.3 4.6 2.7 2.7 4.6 3.8 3.8 26.9 26.9 3.6 3.6E-361 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 9.6 9.6

4.8 1.0 1.0 4.3 4.3 4.3 4.3 13.6 13.6 6.9 0.5 0.5 20.0 20.0 No change in baseline TRS limits considered 3.8 3.8

19.9 19.9 No change in baseline TRS limits considered 16.0 16.0 No change in baseline TRS limits considered 7.6 7.6 2.2 2.2
2.2 2.2
2.8 2.8 4.3 2.2 2.1

2.7 2.7 4.2 2.2 2.1

3.1 3.1 3.8 3.8 11.8 11.8 2.8 2.8 0.0 0.0E-362 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 1.6 1.6 1.4 1.4 9.3 9.3 9.5 9.5 No change in baseline TRS limits considered 4.7 2.0 2.0 2.0 3.7 0.0Current mass emissions already meet Opt 1 9.9 9.9 5.0 5.0 11.3 11.3 2.9 2.9 2.9 2.9 2.8 2.8 0.7 0.7 16.9 16.9 4.5 4.5

4.3 4.9 4.9 4.3 4.3 14.8 14.8 7.5 2.1 2.1 4.3 4.3 2.7 2.7 5.3 5.3 8.4 8.4 3.0 3.0

3.0 3.0

16.5 16.5E-363 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 2.4 2.4 9.5 9.5 4.8 0.2 0.2 6.3 6.3 No change in baseline TRS limits considered 3.2 3.2 3.2 2.5 0.7 1.9 1.9 3.3 3.3 9.6 9.6 No change in baseline TRS limits considered 4.9 3.5 3.5 3.5 3.8 0.0Current mass emissions already meet Opt 1 25.6 25.6 11.5 11.5 18.9 18.9 4.2 4.2 2.6 2.6 22.1 22.1 6.0 3.5 3.5 7.4 1.2 1.2 2.8 2.8 11.0 11.0
1.5 0.2 0.2
12.0 12.0 1.7 0.0 0.0
18.6 18.6

2.6 0.6 0.6E-364 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 16.9 16.9
12.7 12.7 No change in baseline TRS limits considered 0.5 0.5 No change in baseline TRS limits considered 15.7 15.7 0.1 0.1 0.1 0.1 0.1
2.2 2.2 6.0 6.0 9.3 1.2 1.2 22.5 22.5 11.4 0.6 0.6 27.0 27.0 11.0 11.0 0.3 0.3 No change in baseline TRS limits considered 67.6 67.6 8.1 8.1 4.1 4.1 4.0 4.0 4.0 4.0 0.9 0.9 15.6 15.6 4.6 4.6 8.8 8.8 4.5 3.9 3.9 3.1 3.1 16.5 16.5 8.4 7.2 7.2 4.3 4.3 8.5 8.5 5.4 5.4E-365 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 4.3 4.0 4.0 3.3 3.3 9.4 9.4

4.8 4.0 4.0 0.5 0.5 10.1 10.1 13.8 13.8 16.7 16.7

8.5 8.5 34.4 34.4 2.4 2.4 2.4 2.4 43.9 43.9 6.0 6.0 18.2 18.2 4.0 4.0 3.0 3.0 10.5 10.5 5.3 5.3 4.4 4.4
2.5 2.5 2.5 2.5 18.5 18.5 20.0 20.0 2.7 0.3 0.3 18.3 18.3
23.8 23.8E-366 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 5.3 5.3
12.8 12.8
6.5 3.7 3.7 0.7 0.7 2.9 2.9 11.3 11.3 4.7 4.7 0.0 0.0 28.3 28.3 14.8 14.8 0.0 0.0 3.9 3.9 7.5 7.5 1.5 1.5 5.6 5.6 No change in baseline TRS limits considered 2.9 2.9 2.9 2.3 0.6 3.4 3.4 6.7 6.7 3.9 3.9 3.3 3.3 4.7 4.7 17.4 17.4 4.3 1.9 1.9

8.7 8.7E-367 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 8.7 5.0 5.0

12.3 12.3 1.6 1.6 2.7 2.7 30.7 30.7 10.1 10.1 2.1 1.0 1.0 2.1 0.4 0.4 5.1 2.5 2.5 2.2 2.2 3.9 3.9 1.1 1.1 2.0 2.0 1.7 1.7

4.8 4.8 12.6 12.6 6.4 6.4

5.3 5.3 2.7 2.7

2.2 2.2

37.0 37.0 3.4 3.4 4.0 4.0E-368 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 40.0 40.0 52.5 52.5 5.5 2.0 2.0

7.2 5.1 5.1

3.5 3.5

43.2 43.2 6.0 1.9 1.9

16.8 16.8 6.9 6.9 10.6 10.6 10.1 10.1 5.4 5.4

5.2 5.2

7.8 7.8 7.9 7.9 25.2 25.2

1.2 1.2 1.2 1.1 1.9 1.9 3.6 3.1 3.1E-369 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 2.0 2.0

1.8 1.8

16.9 16.9 3.7 3.7 5.8 5.8 8.7 8.7 3.0 3.0

4.4 4.4

2.1 2.1 6.9 6.9 No change in baseline TRS limits considered
3.5 1.8 1.8 1.8 2.8 0.0Current mass emissions already meet Opt 1 12.3 12.3 22.9 22.9 10.4 10.4 3.6 3.6

11.6 6.2 6.2

25.9 25.9 0.2 0.2 0.0 0.0 1.7 1.7 5.3 5.3E-370 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 16.5 16.5 18.8 18.8 2.3 0.3 0.3

9.5 0.6 0.6

6.0 6.0 3.4 3.4 11.8 11.8 0.5 0.5 0.3 0.7 0.7 3.9 3.9 0.4 0.4 0.4 0.4 0.2 0.2 0.2 0.2 4.8 4.8
5.3 5.3 14.5 14.5 7.4 3.8 3.8 15.7 15.7 8.0 1.6 1.6 2.9 2.9 2.9 2.9 5.3 5.3

9.5 9.5 4.8 4.8 5.1 5.1E-371 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 7.8 7.8 4.0 4.0 8.9 8.9 3.6 3.6 4.5 2.1 2.1 8.1 8.1 4.1 4.1 3.2 3.2 10.5 10.5 14.7 14.7 3.7 3.7 2.9 2.9
5.3 5.3 3.7 3.7 3.7 3.7 10.1 10.1

5.1 0.8 0.8 3.3 3.3

4.9 4.9 15.0 15.0 7.6 10.7 10.7 1.1 1.1 1.2 1.2 1.1 1.1 18.9 18.9 2.6 0.5 0.5E-372 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 17.5 17.5 2.4 0.5 0.5 16.0 16.0 9.0 9.0 23.0 23.0 5.8 0.0 0.0 5.8 0.8 0.8 1.8 1.8
1.7 1.7

2.7 2.7
6.4 6.4
8.0 8.0 1.4 1.4
3.3 1.5 1.5
4.0 2.4 2.4
5.2 5.2 8.9 8.9 4.5 4.5 6.1 6.1 15.0 15.0 7.6 0.4 0.4 5.6 5.6 20.5 20.5 10.4 0.1 0.1E-373 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 0.7 0.7 4.0 4.0 10.0 10.0 1.4 1.4 2.2 2.2 19.9 19.9 10.1 4.8 4.8 12.2 12.2 6.2 2.8 2.8 4.2 4.2 6.4 6.4 4.1 4.1 7.4 1.8 1.8 8.3 8.3 14.7 14.7 13.4 13.4 4.3 4.3 6.8 4.6 4.6 2.4 2.4

9.8 9.8

5.0 1.0 1.0

0.8 0.9 0.9 5.0 5.0 2.9 2.9E-374 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 1.6 1.6 9.8 9.8 3.1 3.1 32.3 32.3
4.5 0.6 0.6 12.9 12.9 39.7 39.7 40.2 40.2 32.5 32.5 5.4 0.1 0.1 5.4 0.2 0.2 3.0 3.0 No change in baseline TRS limits considered 4.1 4.1 No change in baseline TRS limits considered 3.0 3.0 1.1 1.1 1.5 1.5 17.6 17.6 8.9 11.2 11.2 3.9 3.9 21.5 21.5 10.9 6.4 6.4 6.0 6.0 2.9 2.9 2.5 2.5 12.7 12.7
6.7 6.7 3.2 3.2 3.2 3.2 3.4 1.3 1.3 8.9 8.9E-375 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 10.8 10.8 No change in baseline TRS limits considered 5.5 2.7 2.7 2.7 4.3 0.0Current mass emissions already meet Opt 1 17.8 17.8 4.5 3.9 3.9 4.5 0.8 0.8 22.2 22.2 11.3 6.9 6.9 6.5 6.5 8.4 8.4 12.6 12.6 6.4 4.1 4.1 18.7 18.7 9.5 1.5 1.5 8.4 8.4 4.3 4.3 4.1 4.1 4.6 4.6 18.4 18.4 4.7 4.7 4.7 4.7 16.6 16.6 3.1 3.1 3.1

6.0 6.0 45.4 45.4 6.2 4.2 4.2 17.0 17.0 8.7 3.3 3.3 2.0 2.0 3.3 3.3 3.5 3.5 18.2 18.2E-376 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 9.6 9.6 8.6 8.6 7.3 7.3 11.8 11.8 4.4 1.7 1.7

3.7 1.6 1.6E-377 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 6.0 3.8 3.8

6.0 4.0 4.0 8.2 8.2 12.0 12.0
3.3 3.3
3.6 3.6 4.1 1.3 1.3
45.8 45.8 45.8 45.8 3.1 3.1 3.1 3.1 3.1 3.1 3.1 3.1 7.8 7.8 18.1 18.1 18.1 18.1 3.3 3.3 13.0 13.0 6.6 1.1 1.1 5.4 5.4 2.7 1.8 1.8 1.6 1.6E-378 RTI&EUID ce). used to fill gaps for res Current TRS emissions, tpy (from TRS as H2S emission factors) Current TRS emissions, tpy (from TRS as H2S performance data) Current TRS as H2S emissions, tpy Baseline emissions, tpy (=current for mod; generic for new) Option 2 emissions allowed Opt 2 TRS reduction from baseline, tpy Opt 2 reduction from baseline notes 3,766 TOTAL TRS as H2S tpy 535 LK total 1,248NDCE total 1,080DCE total 2,328RF overall total 411 BLO total 492SDT total

4LK avg 12 NDCE avg 25 DCE avg 15 RF overall avg 15 BLO avg 3SDT avgE-379 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# BASELINE (Subpart BB costs)

Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $ Model annual control costs, 2001 $ from BE&K Unit-specific baseline annual control costs, 2012 $E-380 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-381 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-382 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA

NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA

$2,292,662 $3,054,086 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $61,082 $96,883 $5,000 $4,534 $122,163 $335,322 $639,467E-383 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

$25,582,918 $31,161,038 $26,666 $895,402 $594,635 $5,000 $1,521,703 $28,966 $1,090,636 $588,819 $5,000 $67,176 $1,246,442 $3,421,314 $6,448,353 $2,292,662 $2,792,556 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $55,851 $83,454 $5,000 $4,220 $111,702 $306,608 $581,318E-384 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

$25,582,918 $23,493,537 $26,666 $895,402 $594,635 $5,000 $1,521,703 $28,966 $822,274 $367,741 $5,000 $51,074 $939,741 $2,579,464 $4,794,261 $2,292,662 $2,105,418 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $42,108 $52,120 $5,000 $3,395 $84,217 $231,164 $432,488

$25,582,918 $29,893,673 $26,666 $895,402 $594,635 $5,000 $1,521,703 $28,966 $1,046,279 $549,449 $5,000 $64,515 $1,195,747 $3,282,165 $6,172,120 $2,292,662 $2,678,978 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $53,580 $77,874 $5,000 $4,084 $107,159 $294,137 $556,317E-385 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA $2,292,662 $1,708,353 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $34,167 $36,791 $5,000 $2,919 $68,334 $187,568 $349,262

$2,814,856 $5,142,534 $19,999 $84,446 $55,009 $5,000 $164,454 $21,725 $154,276 $107,053 $5,000 $10,560 $205,701 $564,623 $1,068,938E-386 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-387 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

$25,582,918 $21,793,842 $26,666 $895,402 $594,635 $5,000 $1,521,703 $28,966 $762,784 $324,478 $5,000 $47,505 $871,754 $2,392,847 $4,433,334 $2,292,662 $1,953,096 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $39,062 $45,989 $5,000 $3,213 $78,124 $214,439 $400,310E-388 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-389 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-390 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

$25,582,918 $24,772,292 $26,666 $895,402 $594,635 $5,000 $1,521,703 $28,966 $867,030 $401,703 $5,000 $53,760 $990,892 $2,719,864 $5,067,216
$2,292,662 $2,220,016 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $44,400 $56,934 $5,000 $3,533 $88,801 $243,746 $456,897E-391 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-392 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-393 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-394 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-395 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA $2,814,856 $4,598,487 $19,999 $84,446 $55,009 $5,000 $164,454 $21,725 $137,955 $88,851 $5,000 $9,581 $183,939 $504,889 $951,940E-396 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $ $25,582,918 $32,768,312 $26,666 $895,402 $594,635 $5,000 $1,521,703 $28,966 $1,146,891 $640,303 $5,000 $70,551 $1,310,732 $3,597,785 $6,800,228 $2,292,662 $2,936,594 $13,333 $45,853 $84,278 $5,000 $148,464 $14,483 $58,732 $90,751 $5,000 $4,393 $117,464 $322,422 $613,245E-397 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-398 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-399 RTI&EUID ce). used to fill gaps for res Model baseline capital control cost, 2001 $ from BE&K Unit-specific baseline capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $ Total $193,072,811 Total $39,765,691 NDCE $163,882,693 NDCE $33,715,512 DCE $0 DCE $0 RF $163,882,693 RF $33,715,512 SDT $19,449,097 SDT $4,029,302 LK $9,741,021 LK $2,020,878E-400 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

## NSPS BBa OPTION 1(R 

## NSPS BBa OPTION 2(RF PM2, LK PM2, SDT PM2, SDT TRS2)

Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $ Model annnual control cost, 2001 $ from BE&K Unit-specific annual control cost, 2012 $E-401 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-402 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-403 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

New RF must meet Opt 1 and Opt 2 for MACT compliance. No incremental control cost or emission reductions. New RF must meet Opt 1 and Opt 2 for MACT compliance. No incremental control cost or emission reductions.

No difference in baseline vs options for BLO (would be removed anyway). No incremental control cost or emission reductions. No difference in baseline vs options for BLO (would be removed anyway). No incremental control cost or emission reductions.

SDT PM option 1 is the same as MACT. SDT TRS option 1 is the same as baseline. No incremental impacts or costs for Opt 1. $2,369,030 $3,155,816 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $63,116 $121,795 $5,000 $4,656 $126,233 $346,492 $681,775E-404 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

Option 1 is the same as MACT for modified RFs. No incremental costs or emission reductions $29,306,894 $35,696,993 $26,666 $1,025,741 $849,478 $5,000 $1,906,885 $28,966 $1,249,395 $841,170 $5,000 $76,702 $1,427,880 $3,919,338 $7,548,450 Option 1 is the same as MACT for modified SDTs. No incremental costs or emission reductions $2,369,030 $2,885,575 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $57,711 $104,914 $5,000 $4,332 $115,423 $316,821 $618,683E-405 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

Option 1 is the same as MACT for modified RFs. No incremental costs or emission reductions $29,306,894 $26,913,372 $26,666 $1,025,741 $849,478 $5,000 $1,906,885 $28,966 $941,968 $525,345 $5,000 $58,256 $1,076,535 $2,954,944 $5,591,013 Option 1 is the same as MACT for modified SDTs. No incremental costs or emission reductions $2,369,030 $2,175,549 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $43,511 $65,523 $5,000 $3,480 $87,022 $238,864 $457,882

Option 1 is the same as MACT for modified RFs. No incremental costs or emission reductions $29,306,894 $34,245,143 $26,666 $1,025,741 $849,478 $5,000 $1,906,885 $28,966 $1,198,580 $784,927 $5,000 $73,653 $1,369,806 $3,759,933 $7,220,864 Option 1 is the same as MACT for modified SDTs. No incremental costs or emission reductions $2,369,030 $2,768,214 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $55,364 $97,899 $5,000 $4,191 $110,729 $303,935 $591,600E-406 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

No difference in baseline vs options for BLO. No incremental control cost or emission reductions. No difference in baseline vs options for BLO. No incremental control cost or emission reductions. New RF must meet Opt 1 and Opt 2 for MACT compliance. No incremental control cost or emission reductions. New RF must meet Opt 1 and Opt 2 for MACT compliance. No incremental control cost or emission reductions. SDT PM option 1 is the same as MACT. SDT TRS option 1 is the same as baseline. No incremental impacts or costs for Opt 1. $2,369,030 $1,765,258 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $35,305 $46,251 $5,000 $2,987 $70,610 $193,816 $368,453

Option 1 is the same as MACT for modified kilns. No incremental costs or emission reductions $3,354,163 $6,127,808 $19,999 $100,625 $78,585 $5,000 $204,209 $21,725 $183,834 $152,933 $5,000 $12,334 $245,112 $672,800 $1,293,738E-407 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-408 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

Option 1 is the same as MACT for modified RFs. No incremental costs or emission reductions $29,306,894 $24,966,261 $26,666 $1,025,741 $849,478 $5,000 $1,906,885 $28,966 $873,819 $463,540 $5,000 $54,167 $998,650 $2,741,161 $5,165,304 Option 1 is the same as MACT for modified SDTs. No incremental costs or emission reductions $2,369,030 $2,018,154 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $40,363 $57,814 $5,000 $3,291 $80,726 $221,582 $423,260E-409 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-410 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-411 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

Option 1 is the same as MACT for modified RFs. No incremental costs or emission reductions $29,306,894 $28,378,269 $26,666 $1,025,741 $849,478 $5,000 $1,906,885 $28,966 $993,239 $573,862 $5,000 $61,332 $1,135,131 $3,115,781 $5,913,312
Option 1 is the same as MACT for modified SDTs. No incremental costs or emission reductions $2,369,030 $2,293,964 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $45,879 $71,574 $5,000 $3,622 $91,759 $251,865 $484,182E-412 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-413 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-414 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-415 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-416 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $

New kilns must meet Opt 1 and Opt 2 for MACT compliance. No incremental control cost or emission reductions. New kilns must meet Opt 1 and Opt 2 for MACT compliance. No incremental control cost or emission reductions. Option 1 is the same as MACT for modified kilns. No incremental costs or emission reductions. $3,354,163 $5,479,525 $19,999 $100,625 $78,585 $5,000 $204,209 $21,725 $164,386 $126,930 $5,000 $11,167 $219,181 $601,622 $1,150,011E-417 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $ Option 1 is the same as MACT for modified RFs. No incremental costs or emission reductions $29,306,894 $37,538,230 $26,666 $1,025,741 $849,478 $5,000 $1,906,885 $28,966 $1,313,838 $914,718 $5,000 $80,568 $1,501,529 $4,121,496 $7,966,116 Option 1 is the same as MACT for modified SDTs. No incremental costs or emission reductions $2,369,030 $3,034,412 $13,333 $47,381 $105,950 $5,000 $171,663 $14,483 $60,688 $114,087 $5,000 $4,510 $121,376 $333,162 $653,307E-418 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-419 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $E-420 RTI&EUID ce). used to fill gaps for res Baseline Control Cost Notes Option 1 Control Cost Notes Model capital control cost, 2001 $ from

BE&K Unit-specific capital control cost, 2012 $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Total annual, $ Labor, $/yr Maintenance & Materials, $/yr Electricity, $/yr Equipment testing, $/yr Overhead, $/yr Admin, taxes, insur, $/yr Capital recovery, $/yr Total annual, $ $219,442,543 Total $46,127,950 $187,738,268 NDCE $39,405,059 $0 DCE $0 $187,738,268 RF $39,405,059 $20,096,942 SDT $4,279,142 $11,607,333 LK $2,443,749 M5 PM test, $ M202 CPM test, $ TRS test, $ App FE-421 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $ Additional testing costs 

## INCREMENTAL MONT. COSTS Additional monitoring costs 

## INCREMENTAL TESTING COSTSE-422 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-423 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-424 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $

$9,800 $2,390 $31,000 $11,760

$9,800 $2,390E-425 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $

$9,800 $2,390 $31,000 $11,760 $9,800 $2,390E-426 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $

$9,800 $2,390 $31,000 $11,760 $9,800 $2,390

$9,800 $2,390 $31,000 $11,760 $9,800 $2,390E-427 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $

$9,800 $2,390 $31,000 $11,760 $9,800 $2,390

$9,800 $2,390 $31,000 $11,760E-428 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-429 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $

$9,800 $2,390 $31,000 $11,760 $9,800 $2,390E-430 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-431 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-432 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $

$9,800 $2,390 $31,000 $11,760
$9,800 $2,390E-433 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-434 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-435 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-436 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-437 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $

$9,800 $2,390 $31,000 $11,760 $9,800 $2,390 $31,000 $11,760E-438 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $ $9,800 $2,390 $31,000 $11,760 $9,800 $2,390E-439 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-440 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $E-441 RTI&EUID ce). used to fill gaps for res Capital repeat stack tests, $ Annual repeat stack tests, $ Capital ESP monitoring, $ Annual ESP monitoring, $ $186,200 $45,412 $341,000 $129,360

$ 6,000 $ 800 $ 3,000 $ 13,000E-442 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# INCREMENTAL CONTROL COST IMPACTS OF OPTION 2

Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-443 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-444 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-445 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy

$76,368 $23,199 $101,731 $42,308 0 4.2 $10,143370,173 3701,264 0.01 0.08 0.1 0.4E-446 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy

$3,723,976 $385,183 $4,535,955 $1,100,097 0 3,749,643 3,750 12,806 0.1 0.8 1.4 4.1

$76,368 $23,199 $93,019 $37,365 0 0 318,865 3191,089 0.009 0.07 0.1 0.3E-447 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy

$3,723,976 $385,183 $3,419,835 $796,752 99.4102194 $8,015 2,341,805 2,342 7,998 0.07 0.5 0.9 2.5

$76,368 $23,199 $70,131 $25,394 13.30875 $1,908 0.7 $37,247199,144 199680 0.006 0.04 0.08 0.2

$3,723,976 $385,183 $4,351,471 $1,048,745 0 3,498,932 3,499 11,949 0.10 0.7 1.3 3.8

$76,368 $23,199 $89,236 $35,284 0 0 297,544 2981,016 0.008 0.06 0.1 0.3E-448 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy

$76,368 $23,199 $56,905 $19,191 0.05 $368,755140,572 141480 0.004 0.03 0.05 0.2

$539,307 $39,755 $985,274 $224,800 0.525674688 $427,642 681,723 682 2328 0.019 0.14 0.26 0.7E-449 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-450 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy

$3,723,976 $385,183 $3,172,419 $731,970 107.5039877 $6,809 2,066,299 2,066 7,057 0.06 0.4 0.8 2.2

$76,368 $23,199 $65,057 $22,950 0 0.6 $37,520175,715 176600 0.005 0.04 0.07 0.2E-451 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-452 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-453 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy

$3,723,976 $385,183 $3,605,977 $846,096 0 2,558,078 2,558 8,736 0.07 0.5 1.0 2.8

$76,368 $23,199 $73,948 $27,285 15.20413 $1,795 0 217,535 218743 0.006 0.04 0.08 0.2E-454 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-455 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-456 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-457 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-458 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy

$539,307 $39,755 $881,038 $198,071 25.90794122 $7,645 565,811 566 1932 0.016 0.12 0.22 0.6E-459 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy $3,723,976 $385,183 $4,769,918 $1,165,887 0 4,077,496 4,077 13,925 0.11 0.8 1.6 4.4

$76,368 $23,199 $97,817 $40,062 0 0 346,745 3471,184 0.010 0.07 0.1 0.4E-460 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-461 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpyE-462 RTI&EUID ce). used to fill gaps for res Incremental capital, 2001 $ from BE&K Incremental annual, 2001 $ from BE& K Unit-specific incremental capital, 2012 $ Unit-specific incremental annual, 2012 $ Unit-specific incremental tpy PM reduction Unit-specific PM cost effectiveness,

$/ton Unit-specific incremental tpy TRS reduction Unit-specific TRS cost effectiveness,

$/ton Unit-specific incremental energy impacts,

kWh/yr Unit-specific incremental energy impacts,

MWh/yr Unit-specific incremental energy impacts,

MMBtu/yr Unit-specific incremental secondary PM, tpy Unit-specific incremental secondary CO, tpy Unit-specific incremental secondary NOx, tpy Unit-specific incremental secondary SO2, tpy Total $26,369,731 $6,362,258 262 $24,296 6 $1,153,298 21,606 73,789 0.6 4.4 8.2 23 NDCE $23,855,575 $5,689,547 207 $27,497 0 18,292 62,471 0.5 3.7 7.0 19.9 DCE $0 $0 0 0 0 0 0 0 0 0 RF(RF PM2) $23,855,575 $5,689,547 207 $27,497 0 18,292 62,471 0.51 3.7 7.0 19.9 SDT(SDT PM2, SDT TRS2) $647,845 $249,840 29 $8,762 6 $45,289 2,066 7,057 0.058 0.42 0.79 2.2 LK(LK PM2) $1,866,312 $422,871 26 $15,997 0 1,248 4,261 0.035 0.26 0.48 1.4 SDT-mod $489,209 $188,341 29$ 6,605 1556 5312 0.043 0.32 0.59 1.7 PM2.5 reduction estimate RF 93 SDT all 24 LK 11 SDT-mod 24E-463 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

DBESP per controls table LK appears to have SCBR only; no BH. Lime crusher has the BH.E-464 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

RTI_APCD: SDT SCBR vents through Rec Boiler (see Equipment Comment; also shown on flow diagram) DBESP per controls table Added row from PI to Fill PIII missing equipment gap Added row from PI to Fill PIII missing equipment gap Added row from PI to Fill PIII missing equipment gap DBESP per controls tableE-465 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

Based on flow diagram, BLO system contains 2 tanks in series. Based on flow diagram, BLO system contains 2 tanks in series. DBESP since RFESP_WetDry = dry (i.e., dry PM return system); only DBESP would have dry PM return system. Also, dry ESP per test report "Recovery Furnace PM Emissions Test Report_NEI26495.pdf", p. 9

2 SDTs consolidated into 1 large SDT

2 DCES replaced with 1 NDCE

Control table says DBESP, but liquor type provided for RFWESP_LiquorType - OK since DCE: respondent probably provided liquor type used but didn’t read question closelyE-466 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

2 DCES replaced with 1 NDCE

85 0.008 0.001 86 0 0Based on difference in BE&K 2001 costs for SDT scrubber designed to meet 0.2 vs 0.12 because do not have process change costs. Can drop this cost out if show the SDT meets 0.0168 2 SDTs consolidated into 1 large SDTE-467 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

863 0.09 0.01 869 0 0Difference in BE&K 2001 costs for ESP on NDCE meeting 0.044 vs 0.015 assuming dropped mod limit to 0.015. Costs would be the same, but cost effectiveness would be higher if dropped mod limit to some value bewteen 0.015 and 0.044 (e.g., 0.03). DBESP per controls table
73 0.007 0.001 74 0 0Based on difference in BE&K 2001 costs for SDT scrubber designed to meet 0.2 vs 0.12 PM limits assuming dropped mod limit to 0.12. Same cost for PM and TRS (for now). DBESP per controls tableE-468 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

539 0.05 0.008 543 0 0Difference in BE&K 2001 costs for ESP on NDCE meeting 0.044 vs 0.015 assuming dropped mod limit to 0.015. Costs would be the same, but cost effectiveness would be higher if dropped mod limit to some value bewteen 0.015 and 0.044 (e.g., 0.03). DBESP per controls table
46 0.005 0.0007 46 0 0Based on difference in BE&K 2001 costs for SDT scrubber designed to meet 0.2 vs 0.12 PM limits assuming dropped mod limit to 0.12. Same cost for PM and TRS (for now).

806 0.08 0.011 811 0 0Difference in BE&K 2001 costs for ESP on NDCE meeting 0.044 vs 0.015 assuming dropped mod limit to 0.015. Costs would be the same, but cost effectiveness would be higher if dropped mod limit to some value bewteen 0.015 and 0.044 (e.g., 0.03). DBESP per controls table
69 0.007 0.001 69 0 0Based on difference in BE&K 2001 costs for SDT scrubber designed to meet 0.2 vs 0.12 because do not have process change costs. Can drop this cost out if show the SDT meets 0.0168E-469 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

32 0.003 0.0005 33 0 0Based on difference in BE&K 2001 costs for SDT scrubber designed to meet 0.2 vs 0.12 because do not have process change costs. Can drop this cost out if show the SDT meets 0.0168

157 0.016 0.0022 158 0 0

DBESP per controls tableE-470 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

Per PI, mill is controlling SDT vents to generate credits under the CCA (CCA technology = stripping) Per PI, mill is controlling SDT vents to generate credits under the CCA (CCA technology = stripping) Per PI, mill is controlling SDT vents to generate credits under the CCA (CCA technology = stripping) Per PI, mill is controlling SDT vents to generate credits under the CCA (CCA technology = stripping) Per PI, mill is controlling SDT vents to generate credits under the CCA (CCA technology = stripping)E-471 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

WBESP per RFWESP_LiquorType WBESP per RFWESP_LiquorType

476 0.05 0.007 479 0 0Difference in BE&K 2001 costs for ESP on NDCE meeting 0.044 vs 0.015 assuming dropped mod limit to 0.015. Costs would be the same, but cost effectiveness would be higher if dropped mod limit to some value bewteen 0.015 and 0.044 (e.g., 0.03). 40 0.004 0.0006 41 0 0E-472 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_NotesE-473 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

WBESP per controls table

WBESP per controls table WBESP per controls tableE-474 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

WBESP per controls table WBESP per controls table

589 0.06 0.008 593 0 0Difference in BE&K 2001 costs for ESP on NDCE meeting 0.044 vs 0.015 assuming dropped mod limit to 0.015. Costs would be the same, but cost effectiveness would be higher if dropped mod limit to some value bewteen 0.015 and 0.044 (e.g., 0.03). 50 0.005 0.0007 50 0 0Based on difference in BE&K 2001 costs for SDT scrubber designed to meet 0.2 vs 0.12 PM limits assuming dropped mod limit to 0.12. Same cost for PM and TRS (for now). DBESP per controls table

WBESP per controls table PFDs state that the BLOx System was replaced with a APROX System. This is located in the PI DB.E-475 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes PFDs state that the BLOx System was replaced with a APROX System. This is located in the PI DB. DBESP per controls table

DBESP per controls table DBESP per controls table

WBESP per controls table WBESP per controls table WBESP per controls table
DBESP per controls table DBESP per controls tableE-476 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes DBESP per controls table DBESP per controls table

DBESP per controls table DBESP per controls table

DBESP per controls table

WBESP per controls tableE-477 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes WBESP per controls table

WBESP, per "GP Crossett 8R Recovery Furnace (SN-26) 2011 Compliance Test Report 02-23-11.pdf", p. 4

DBESP per controls table DBESP per controls table DBESP per controls table

DBESP per controls table

DBESP since RFESP_WetDry = dry (i.e., dry PM return system); only DBESP would have dry PM return system APCD1_type: This is a scrubber in the controls tab. Also, would expect SDT to have a scrubber, not ESP.E-478 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

RFTypeSubjectBB: Original response was "cross per definition." Confirned with mill that this is a straight RF (not a cross RF). See 2/5/2013 email.E-479 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes DBESP per controls table DBESP per controls table

130 0.013 0.0019 131 0 0

APCD1_type: Test report indicates as ESP (not "Recovery furnace ESP (dry bottom)" as reported in response.)E-480 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes 939 0.09 0.013 945 0 0Difference in BE&K 2001 costs for ESP on NDCE meeting 0.044 vs 0.015 assuming dropped mod limit to 0.015. Costs would be the same, but cost effectiveness would be higher if dropped mod limit to some value bewteen 0.015 and 0.044 (e.g., 0.03). 80 0.008 0.0011 80 0 0Based on difference in BE&K 2001 costs for SDT scrubber designed to meet 0.2 vs 0.12 because do not have process change costs. Can drop this cost out if show the SDT meets 0.0168
DBESP since RFESP_WetDry = dry (i.e., dry PM return system); only DBESP would have dry PM return system

DBESP per controls tab

WBESP per controls tabE-481 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes Suspect Data - PrimaryFuel_Pct column the value of 1150000 is not a typical range as asked for. The value appears to be the annual fuel use for Natural Gas, the units are unknown RF_type: PFDs state that a RF conversion was performed in 2011.E-482 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes

DBESP per controls tab. Two recovery boilers vent through 1 stack. DBESP per controls tab. Two recovery boilers vent through 1 stack.

DBESP per controls tab DBESP per controls tab DBESP per controls tab DBESP per controls tab DBESP per controls tab DBESP per controls tab

DBESP per controls tabE-483 RTI&EUID ce). used to fill gaps for res Unit-specific incremental secondary CO2, tpy Unit-specific incremental secondary CH4, tpy Unit-specific incremental secondary N2O, tpy Unit-specific incremental secondary GHG as CO2e, tpy Unit-specific incremental wastewater, MM gal/yr Unit-specific incremental solid waste, tpy Notes RTI_Notes 4,975 0.5 0.07 5007 0 0 4,212 0.4 0.06 4239 0 0

0 0 0 0 0 0 4,212 0.4 0.06 4239 0 0 476 0.047 0.007 479 0 0 287 0.028 0.004 289 0 0 358 0 0 361 0 0E-484 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# PM PERFORMANCE LEVELS Test 1 Test 2

RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 100.037A NDCE DBESP 6/15/2004 0.014 17.1 0.29106383 100.109 SDT (Kraft) SCBR 8/9/2001 0.078566667 3.066666667 0.053333333 100.115 Lime Kiln ESP 6/17/2004 0.009 0.7 0.093085106
102.LK Lime Kiln ESP 1/4/2011 0.0008 0.147 0.010652174Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same). 4/11/2008 0.001

0.203 0.015496183Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same). 102.RB10 NDCE DBESP-WPR 1/6/2011 0.0047 11.9 0.101709402 102.SDTV10 SDT (Kraft) SCBR 1/5/2011 0.025 4.71 0.038845361 103.G-158 NDCE DBESP 4/30/2009 0.0099 26.28 0.286368094 103.G-165 Lime Kiln SCBR 8/28/2008 0.0561 16 0.93676815 103.G-225 SDT (Kraft) SCBR 104.EUG D6 NDCE DBESP
104.EUG E4b SDT (Kraft) INC_RF
104.EUG E7 Lime Kiln ESP 105.EU440BLO BLO 0 105.EU445A DCE WBESP 2/21/2008 0.0099 13.98 0.236949153 105.EU445BEast SDT (Kraft) SCBR 105.EU445BWest SDT (Kraft) SCBR 105.EU445BEastWest SDT (Kraft) SCBR 2/20/2008 0.063 8.96 0.1481Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 105.EU445C NDCE DBESP-WPR 10/13/2010 0.0112 12.69 0.214902625 5/16/2007 0.0175 22.56 0.35003879 105.EU445D SDT (Kraft) SCBR 10/13/2010 0.0751 6.58 0.1114 5/16/2007 0.0686 7.01 0.108850932 105.EU455 Lime Kilns (2) ESP 10/12/2010 0.0106 1.96 0.225416906Only lime kiln 3 was operating during test. (Lime kiln 2 vents through same ESP, but normally operates as a backup.) 5/15/2007 0.0047 0.98 0.048226369Only lime kiln 3 was operating during test. (Lime kiln 2 vents through same ESP, but normally operates as a backup.) 107.08-P1 NDCE DBESP 7/21/2009 0.0045 10.73 0.11678276 107.09-P2 SDT (Kraft) SCBR 6/9/2011 0.309 13.03 0.138 107.11-P14 Lime Kiln ESP 7/21/2010 0.0025 0.32 0.020382166 10/11/2007 0.0029 0.367 0.023227848E-485 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 108.LK1 Lime Kiln SCBR 3/9/2004 0.072 14.1 1.37829912Separate conditions: Performance Engineering Test cond. I (Scrubber P-drop = 8 in. H2O) 3/10/2004 0.045 10.1 0.988258317Separate conditions: Performance Engineering Test cond. II (Scrubber P-drop = 9.2 in. H2O)
108.RB3 NDCE DBESP 8/18/2010 0.0025 4.859 0.045641556 108.SDT3 SDT (Kraft) PBSCBR/INC_RF

109.LK1 Lime Kiln ESP 6/3/2004 0.0066 1.1 0.082 9/3/2008 0.0049 1.54 0.11730106 109.RB3 NDCE DBESP 7/30/2008 0.024 28.7 0.518 109.RB4 NDCE DBESP 8/12/2008 0.018 28.5 0.305 6/2/2004 0.028666667 40.48933333 0.493 109.SDT3 SDT (Kraft) SCBR 7/31/2008 0.0524 3.9 0.079 5/12/2006 0.057 3.72 0.084 109.SDT4 SDT (Kraft) SCBR 8/13/2008 0.0493 4.89 0.058 111.G-127 SDT (Kraft) SCBR/INC_RF 1/29/2011 0.0218 3.91 0.0863Tested after the scrubber (before INC-RF) 111.G-35 Lime Kiln ESP 8/4/2009 0.0119 3.579 0.283372922Separate conditions: Cond 1 = fuel oil 8/6/2009 0.0055 1.622 0.130072173Separate conditions: Cond 2 = gas 111.G-44 NDCE DBESP-WPR 1/28/2011 0.00333 6.83 0.0772 112.AA-100 NDCE DBESP 112.AA-101a SDT (Kraft) SCBR 3/18/2009 0.0321 12.98 0.110769756 112.AA-110 Lime Kiln ESP 114.U500 NDCE DBESP 12/17/2008 0.0138 25.84 0.323809524Separate conditions: RF (low load; 2 chambers) 12/18/2008 0.0143 34.63 0.32731569Separate conditions: RF (high load; 3 chambers) 114.U508 SDT (Kraft) SCBR 12/18/2008 0.0818 13.82 0.13 114.U800 Lime Kiln ESP 12/16/2008 0.0011 0.3 0.018Separate conditions: gas 12/16/2008 0.0018 0.5 0.0303Separate conditions: oil 115.LK01 Lime Kiln ESP 115.RE01 NDCE DBESP 9/9/2010 0.005538462 11.924 0.135808656Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 115.SM01 SDT (Kraft) SCBR 9/9/2010 0.044 6.468 0.07392Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 116.001 Lime Kiln SCBR 8/30/2010 0.046 13.36 1.284615385 116.003 NDCE WBESP 9/2/2010 0.01 20.61 0.217 116.004 SDT (Kraft) SCBR 7/20/2004 0.02971602 7.28 0.0763 9/2/2010 0.041 8.81 0.093

117.B21 NDCE DBESP 7/17/2007 0.0131 7.19 0.3828541 117.P30 SDT (Kraft) SCBR 117.P36 Lime Kiln SCBR 3/13/2001 0.029426752 2.75 0.876494024 119.EQT005 SDT (Kraft) SCBR 1/3/2007 0.05327 9.998unspecified 119.EQT006 Lime Kiln SCBR 4/3/2008 0.293126761 110.8unspecified 119.EQT008 DCE DBESP 12/1/2010 0.0107 12.66 0.214213198E-486 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 119.EQT010 NDCE DBESP 1/5/2010 0.02844 46.764 0.6928 11/30/2010 0.017 26.92 0.43072
119.EQT011 SDT (Kraft) SCBR 3/21/2007 0.09041 12.209unspecified 119.EQT013 BLO 119.EQT014 BLO 120.F7 NDCE DBESP 7/15/2010 0.01 25.33 0.243370484
120.M18 Lime Kiln SCBR 7/21/2009 0.013 1.21836 0.149126071 120.M19 Lime Kiln SCBR 7/20/2009 0.041 5.8056 0.769769292 120.M3 SDT (Kraft) SCBR 7/22/2009not provided not provided 0.05 121.000009 SDT (Kraft) SCBR 10/29/2002 0.03 2.2 0.064139942 8/20/2004 0.047 4.3 0.11025641
121.00001SDT (Kraft) SCBR 10/30/2002 0.032 3.3 0.096491228 8/18/2004 0.021 2.5 0.064102564
121.000011 Lime Kiln SCBR 10/31/2002 0.015 2.2 0.2146 8/24/2004 0.017 4.5
121.000013 DCE DBESP 10/29/2002 0.015 12 0.351906158 8/23/2004 0.008 7.3 0.187179487
121.000014 DCE DBESP 10/30/2002 0.012 9.2 0.269005848 8/19/2004 0.006 5.3 0.135897436
121.BLOX01 BLO 121.BLOX02 BLO INC 121.BLOX03 BLO 121.BLOX01-03 BLO INC 124.001 DCE DBESP 11/3/2010 0.0019 2.252 0.0388Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 124.004-1 Lime Kiln MC/SCBR 11/2/2010 0.0247 10.451 0.270751295 124.019 DCE WBESP 11/4/2010 0.0304 32.853 0.566431034Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 124.020 SDT (Kraft) SCBR 11/3/2010 0.0209 5.541 0.0951 124.021 SDT (Kraft) SCBR 11/4/2010 0.0203 5.393 0.0929 124.037-8 BLO 126.LK Lime Kiln ESP/SCBR 12/11/2009 0.0014 0.292 0.018994341 2/5/2004 0.003779835 0.923333333 0.109386724E-487 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 126.RECOV NDCE WBESP 12/10/2009 0.0245 25.241 0.489166667Separate stacks and separate conditions: gr: Max of 2 stacks from 1st test condition; lb: sum of 2 stacks 12/10/2009 0.0177 19.972 0.387054263Separate stacks and separate conditions: gr: Max of 2 stacks from 2nd test condition; lb: sum of 2 stacks from 2nd test. Condition 2: A second set of particulate tests (3 one-hour runs) was run on the recovery furnace with the west side inlet slide gates closed slightly to balance flue gas flow between the east and west sides. 126.SDT SDT (Kraft) SCBR 12/10/2009 0.0323 8.355 0.161918605 127.LK1 Lime Kiln ESP 2/16/2005 0.011 1.743 0.2583 4/4/2011 0.0016 0.314 0.044921316 127.LK2 Lime Kiln ESP 4/5/2011 0.0033 0.638 0.089019115 2/16/2005 0.0061 0.834 0.123 127.REC1 NDCE WBESP 4/6/2011 0.0121 12.423 0.1714Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 127.SDT1 SDT (Kraft) SCBR 2/15/2005 0.0306 3.89 0.054665542 130.1 DCE WBESP 6/23/2011 0.0172 12.4 Separate stacks. No emission factor available 130.11 SDT (Kraft) SCBR 6/21/2011 0.0597 7.24 0.149355338 130.2 DCE WBESP 6/22/2011 0.0115 9.61 Separate stacks. No emission factor available. Both stacks had same concentration. 130.23 BLO
130.3 NDCE DBESP 6/21/2011 0.00295 3.19 0.067029107 130.4 Lime Kiln SCBR 6/24/2011 0.033 3.77 0.625293711 130.5 Lime Kiln SCBR 6/24/2011 0.0318 3.37 0.585917125 130.6 SDT (Kraft) SCBR 6/23/2011 0.0522 4.56 0.150511889 130.7 SDT (Kraft) SCBR 6/22/2011 0.0675 7.1 0.238014104 131.16 Lime Kiln CYC/SCBR 12/11/2003 0.09 16.8unspecified 12/12/2003 0.093 13.1unspecified 131.18 Lime Kiln SCBR 1/19/2004 0.03 6.5 0.71 1/20/2004 0.032 5.1 0.71 131.5 DCE DBESP 12/5/2003 0.019 29.8 0.469108497Separate conditions: Recovery Furnace 4 Separate conditions: Recovery Furnace 4 12/2/2003 0.004 5.6unspecified Separate conditions: Recovery Furnace 4 (both ESP chambers and all fields operating) (Condition #1) 131.6 NDCE DBESP 12/9/2003 0.011 15.2 0.242534808 131.BLO BLO DBESP 131.SDT4N SDT (Kraft) SCBRE-488 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 131.SDT4S SDT (Kraft) SCBR 131.SDT4N/4S SDT (Kraft) SCBR 3/8/2004 0.041 6 0.0944Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 131.SDT5 SDT (Kraft) SCBR 12/9/2003 0.028 3.8 0.060399751 132.21LK4 Lime Kiln ESP 7/27/2010 0.0583 22.066 0.919416667 5/22/2007 0.0013 0.477 0.018898574 132.4RB NDCE DBESP-WPR 5/20/2010 0.0061 9.905 0.156328914
132.4SDT SDT (Kraft) SCBR 5/20/2010 0.0091 2.079 0.0328 6/15/2009 0.0198 2.964 0.0444 132.5RB NDCE DBESP-WPR 5/18/2010 0.0079 8.976 0.128706625Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 132.5SDT SDT (Kraft) SCBR 5/18/2010 0.0699 10.141 0.137 133.10 NDCE DBESP 133.12a SDT (Kraft) SCBR 133.12b SDT (Kraft) SCBR 133.14 Lime Kiln SCBR 133.15 Lime Kiln SCBR 135.003-1 NDCE DBESP 2/16/2011 0.013 34.8 0.315274506Separate conditions: Recovery Boiler (three ESP chambers in Operation) 2/17/2011 0.009 20.2 0.183004167Separate conditions: Recovery Boiler (two ESP chambers in Operation) 135.004-1 Lime Kiln CYC/SCBR 7/13/2004 0.034 11.6 0.912786885Separate Conditions: Scrubber P-drop = 25.1 in H2O 7/14/2004 0.037 12.2 0.906501548Separate Conditions: Scrubber P-drop = 22.0 in H2O 135.007-1 SDT (Kraft) SCBR 2/16/2011 0.05 4.8 0.04Combined stack with 135.007-2 (2 SDTs) 135.007-2 SDT (Kraft) SCBR 2/16/2011 See 135.007-1 See 135.007-1 See 135.007-1 See 135.007-1 (combined stack) 136.EU 005 NDCE DBESP 5/18/2010 0.008 19.4 0.172444444 136.EU 031 SDT (Kraft) SCBR 5/19/2010 0.116 11.5 0.1 136.EU 033 Lime Kiln ESP 2/10/2010 0.03 10 0.589970501 1/23/2001 0.016794643 5.01 0.32870421 137.157 SDT (Kraft) SCBR 8/31/2010 0.011 1.005 0.037 9/16/2010 0.0103 0.862 0.0317 137.189 NDCE DBESP-WPR 9/16/2010 0.0117 9.99 0.364784927 137.204 SDT (Kraft) SCBR 9/15/2010 0.097 9.5 0.1 137.511 Lime Kiln ESP
6/15/2005 0.0009 0.21 0.024585366 8/12/2004 0.0004 0.093 0.011772152 137.512 Lime Kiln ESP/PBSCBR 5/13/2008 0.002 0.44 0.050574713
7/18/2002 0.00068873 0.133 0.014239829 137.721 NDCE DBESP-WPR 9/15/2010 0.0037 8.1 0.085509786E-489 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 138.001 Lime Kiln SCBR 5/23/2007 0.0264 2.65 0.3638 138.002 NDCE DBESP-WPR 3/6/2009 0.01251 16.816 0.294604064 138.003 SDT (Kraft) PBSCBR 9/23/2010 0.0886 4.48 0.078577345 139.02 NDCE DBESP-WPR/DBESP/DBESP 8/18/2004 0.076 66.9 1.260599209 9/9/2004 0.015194805 23.38584712 0.378280163
139.03 SDT (Kraft) SCBR 9/10/2004 0.107 7.4 0.16 139.04 Lime Kiln SCBR 9/9/2004 0.06 13.3 unspecified No production data in units for EF 140.32 Lime Kiln SCBR 5/16/2011 0.024 4 0.547945205 10/22/2009 0.020666667 3.6 0.428571429 140.55 NDCE DBESP 1/27/2011 0.012 12.45833333 0.23 140.57 SDT (Kraft) PBSCBR 10/6/2006 0.051 3.85 0.073 142.CU7214 DCE DBESP 6/26/2003 0.004 2.96 0.079 142.CU7215 NDCE DBESP 142.CU7216 DCE WBESP 6/11/2001 failed isokinetics 142.P6009 Lime Kiln SCBR 7/14/2003 0.051 11.64 1.579197287 142.P6025 Lime Kiln SCBR 7/30/2003 0.035 6.03 0.981152542 142.P7225 BLO 142.P7236 SDT (Kraft) SCBR 6/30/2003 0.054 10.31 0.155 142.P7413 SDT (Kraft) SCBR 7/22/2004 0.054 7.97 0.108Emissions are from 2 SDTS with a combined stack. 143.6063 Lime Kiln ESP 6/4/2004 0.0044 0.94 0.047498737 143.7000 DCE WBESP 11/3/2009 0.007 3.08 0.173814898
143.7005 SDT (Kraft) SCBR 11/5/2009 0.0077 0.6 0.035608309 143.7010 DCE WBESP 11/3/2009 0.003 1.1 0.061521253 143.7015 SDT (Kraft) SCBR 11/5/2009 0.0084 0.7 0.04 143.7020 DCE WBESP 11/4/2009 0.007 4.41 0.16394052

143.7025 SDT (Kraft) SCBR 11/4/2009 0.0062 0.9 0.03E-490 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 143.7032 BLO
145.31 BLO 145.54 DCE WBESP 4/22/2009 0.002919932 3.15 No emission factor available 145.55 DCE WBESP 4/22/2009 0.007199595 6.74 No emission factor available 145.56 SDT (Kraft) OTH 10/26/2005 0.217 24.1 0.636 145.57 SDT (Kraft) SCBR 145.001 Lime Kiln SCBR 10/23/2002 0.038 10.3 unspecified 146.10 SDT (Kraft) SCBR 10/16/2008 0.0231 4.615 0.060130329Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 146.16 NDCE DBESP-WPR 10/16/2008 0.004 11.848 0.1038 146.17 SDT (Kraft) SCBR 10/16/2008 0.0456 6.578 0.057512568 146.23 BLO 146.30 Lime Kiln ESP/SCBR 10/15/2008 0.0053 2.969 0.1116 2/18/2004 0.0034 1.458 146.6 Lime Kiln SCBR 4/20/2009 0.03 6.072unspecified 146.8 DCE WBESP 4/13/2011 0.0218 24.319 0.3155Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 147.14 NDCE DBESP 4/30/2008 0.0127 16.5 0.278011794Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 147.161 SDT (Kraft) SCBR 147.243 SDT (Kraft) SCBR 147.244 SDT (Kraft) SCBR 147.3 Lime Kiln SCBR 6/15/2010 0.0413 7.45unspecified 147.5 NDCE DBESP 1/28/2009 0.00967 21.4 0.214 7/17/2008 0.0108 24.4 0.25025641 147.55 Lime Kiln CYC/ESP 9/23/2010 0.022 7.94 0.431053203 10/22/2010 0.012 4.15 0.226404801 148.001 NDCE DBESP 7/21/2010 0.0147 17.9 0.305669399 148.002 SDT (Kraft) SCBR 7/21/2010 0.0499 5.3 0.0909 148.003 Lime Kiln SCBR 5/25/2010 0.03 11.2 0.816148073 148.007 NDCE DBESP 7/26/2010 0.0128 21.7 0.265410959 148.008 SDT (Kraft) SCBR 7/20/2010 0.1904 12.04 0.148093481 148.009 Lime Kiln ESP 5/26/2010 failed isokinetics 10/29/2007 0.00647 1.28unspecified 149.B011 NDCE DBESP 149.P001 Lime Kiln CYC/SCBR 4/2/2009 0.02929851 5unspecifiedE-491 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 149.P005 SDT (Kraft) SCBR 4/3/2009 0.122255489 7 0.102415946 150.CAU-12 Lime Kiln SCBR 10/13/2009 0.024 5.4unspecified 150.CREC-1 NDCE DBESP 150.CREC-2a SDT (Kraft) SCBR 150.CREC-2b SDT (Kraft) SCBR 150.CREC-2a/2b SDT (Kraft) SCBR 8/29/2007 0.104 8.3 0.096separate stacks summed 151.CP001 Lime Kiln SCBR (NCG scrubbers pre-kiln + LK SCBR] 151.CP002 Lime Kiln ESP (NCG scrubbers pre-kiln + LK ESP] 151.REC001 BLO 151.REC004 NDCE DBESP 151.REC005 SDT (Kraft) SCBR/STRIP 151.REC006 SDT (Kraft) SCBR/STRIP 151.REC005/006 SDT (Kraft) SCBR/STRIP 151.REC007 DCE DBESP 151.REC008 SDT (Kraft) SCBR/STRIP 151.REC009 SDT (Kraft) SCBR/STRIP 152.03 DCE WBESP/SCBR 3/7/2007 0.0373 58.37 0.9Separate conditions: Recovery Furnace - Condition 1 (Operating 5 ESPs) 3/9/2007 0.03 47.18 0.7Separate conditions: Recovery Furnace - Condition 2 (Operating 6 ESPs) 152.04 SDT (Kraft) SCBR 3/7/2007 0.086 14.87 0.22428356 152.07 BLO 152.08 Lime Kiln SCBR 3/8/2007 0.062 10.2 0.66946217 153.EQT 0053 Lime Kiln SCBR 153.EQT 0065 NDCE SCBR 153.EQT 0066 SDT (Kraft) SCBR 154.P30 Lime Kiln ESP/SCBR 12/8/2010 0.0004 0.05 0.003862578 8/1/2007 0.0015 0.321 0.024745182 154.P32 SDT (Kraft) SCBR 3/9/2004 0.037 3.7 0.1 5/5/2004 0.059 5.5 0.15 154.P35 SDT (Kraft) SCBR 3/10/2004 0.049 4.2 0.12 5/6/2004 0.074 6.2 0.18 154.P36 DCE WBESP 9/16/2009 0.0147 10.624 0.310870519 154.P37 DCE WBESP 3/16/2010 0.0159 24.151 0.3886755 Represents 2 RFs. 154.P39 and P37 - Recovery Furnace 1 and Recovery Furnace 3 have a common stack 154.P38 SDT (Kraft) PBSCBR 154.P39 DCE WBESP See P37 - combined stack for 2 RFs (P37 and P39) tested 6/21/2011 0.0076 5.74 0.17539571only RB1 tested 154.P40 BLO 154.P41 BLO 154.P40/41 BLOE-492 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 155.LIME KILN Lime Kiln SCBR 2/18/2004 0.0615 10.78 1.026666667 155.RECOVERY FURNACE NDCE DBESP 9/2/2004 0.0229 48.6 0.676126878
155.SDT SDT (Kraft) PBSCBR 3/3/2011 0.054 6.95 0.089 156.143100 Lime Kiln SCBR 1/28/2010 0.0137 1.85 0.355086372 2/9/2010 0.0149 2.29 0.31369863 156.145000 Lime Kiln SCBR 2/18/2010 0.0183 2.94 0.392 4/22/2010 0.0098 1.9 0.253333333 156.BLOXID BLO 156.LK5 Lime Kiln ESP 3/30/2010 0.0026 0.6 0.050847458Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 6/8/2010 0.0014 0.25 0.022644928Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 156.RF18 DCE WBESP 3/4/2010 0.0011 1.27 0.034417344 7/28/2010 0.0036 5.45 0.126744186 156.RF19 DCE WBESP 5/12/2010 0.0017 2.33 0.042402184 9/22/2010 0.0056 9.74 0.149846154 156.RF22 NDCE DBESP 2/16/2010 0.0014 2.43 0.027931034 4/28/2010 0.0013 2.06 0.028611111 156.SMEL18 SDT (Kraft) PBSCBR 3/17/2010 0.0249 3.77 0.0889 8/4/2010 0.0257 3.83 0.0901 156.SMEL19 SDT (Kraft) PBSCBR 4/6/2010 0.0253 3.4 0.0572 3 tests not used 156.SMEL22 SDT (Kraft) PBSCBR 2/11/2010 0.0555 4.32 0.0501 9/10/2010 0.0483 2.89 0.0483 157.KILN Lime Kiln SCBR 7/18/2007 0.046 4.4 1.185185185 157.RB2 NDCE WBESP 10/9/2007 0.048 33.7 1.004720497Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 157.SDT SDT (Kraft) OTH 8/23/2005 0.1416 4.8 0.148 4/6/2011 0.5 0.008 0.000238658 159. PW04 SDT (Kraft) SCBR 159.F3 NDCE SCBR 6/7/2011 0.032 26.847 0.836850472 159.F4 Lime Kiln SCBR 12/3/2010 0.0385 3.952unspecified 162.371A Lime Kiln SCBR 5/20/2009 0.06 14 1.453790239 162.372A Lime Kiln ESP 8/5/2008 0.011 3 0.206327373 8/3/2006 0.0023 0.59 0.041647059 162.381A NDCE DBESP 12/3/2008 0.009 11 0.20952381 8/6/2008 0.007 9.1 0.173333333 162.381C SDT (Kraft) SCBR 10/25/2007 0.0506 7.2 0.1435

162.382A NDCE DBESP 5/23/2007 0.0083 22 unspecified No production data in units for EFE-493 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 162.382B SDT (Kraft) SCBR 5/21/2009 0.0493 11.4 0.1071

163.BLO404 BLO 163.BLO405 BLO 163.BLO404/BLO405 BLO 0 163.LK1501 Lime Kiln SCBR 6/9/2011 0.059 10.7 0.755489656 163.LK2502 Lime Kiln SCBR 6/8/2011 0.053 13.9 0.95532646 163.RF1901 DCE WBESP 6/1/2011 0.00551 7.2 0.087378641 163.RF2904 NDCE WBESP 6/2/2011 0.017 25.6 0.39131764Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 163.SD1902 SDT (Kraft) SCBR 6/1/2011 0.019 1.78unspecified 163.SD1903 SDT (Kraft) SCBR 6/1/2011 0.02 2.82unspecified 163.SD2906 SDT (Kraft) SCBR 6/2/2011 0.0482 9.69 0.148600639 164.B08 NDCE DBESP See 164.B10 See 164.B10 See 164.B10 See 164.B10Flue gases from B08 and B10 recovery furnaces combine and then split off to the two 3 field ESPs, C03 and C04. See 164.B10 See 164.B10 See 164.B10 See 164.B10Flue gasses from B08 and B10 recovery furnaces combine and then split off to the two 3 field ESPs, C03 and C04. 164.B10 NDCE DBESP 6/8/2008 0.0262 32.32 0.773575874Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. Flue gases from B08 and B10 recovery furnaces combine and then split off to the two 3 field ESPs, C03 and C04. 11/10/2010 0.0373 37.517 0.957358345Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. Flue gasses from B08 and B10 recovery furnaces combine and then split off to the two 3 field ESPs, C03 and C04. 164.P08 SDT (Kraft) SCBR 6/14/2004 0.04724 2.0373 unspecified 164.P10 SDT (Kraft) SCBR 6/16/2004 0.05742 3.0941unspecified 164.P12 Lime Kiln SCBR 8/17/2010 0.0902 9.02 1.867494824

165.000002 Lime Kiln SCBR 7/26/2004 0.028 7.7 0.506578947 165.000006 NDCE DBESP 7/21/2004 0.02 40.68 0.4457Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 165.000008 SDT (Kraft) SCBR 7/21/2004 0.036 8.64 0.0945

165.000013 NDCE DBESP 7/24/2004 0.029 31.83 0.6435Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 165.000014 SDT (Kraft) SCBR 7/27/2004 0.039 5.38 0.1086

165.000019 Lime Kiln SCBR 7/23/2004 0.052 6.8 0.883116883 166.BLOX1 BLO 166.BLOX2 BLO COND/RTO 166.BLOX1/2 BLO COND/RTO 166.LK01 Lime Kiln SCBR 7/24/2009 0.1338 32 2.9058 166.LK02 Lime Kiln SCBR 7/23/2009 0.0323 8.7 0.7043E-494 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 166.RB01 DCE WBESP 7/14/2009 0.0175 21.5 0.3129Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 166.RB02 DCE WBESP/SCBR 7/16/2009 0.0294 57.9 0.7013 166.ST01 SDT (Kraft) SCBR 7/14/2009 0.048 9.9 0.1441

166.ST02 SDT (Kraft) SCBR 7/17/2009 0.114 12.9 0.1568

167.004LK Lime Kiln SCBR

1/20/2011 0.102478632 32.21 2.825438596 167.005RB DCE WBESP 1/18/2011 0.033 33.6 0.0602Separate stacks. gr: was same for both stacks; lb: sum of 2 stacks 167.007SDT SDT (Kraft) SCBR 1/17/2011 0.0423 9.63 0.133690273 167.TK0217 BLO 169.03 Lime Kiln SCBR 9/24/2010 0.075093773 23.34unspecified 169.04 NDCE WBESP 9/21/2010 0.0072 11.79 0.153515625 169.05 NDCE WBESP 9/22/2010 0.0095 15.38 0.19 169.06 SDT (Kraft) PBSCBR 9/21/2010 0.052 9.605 0.125065104

169.07 SDT (Kraft) PBSCBR 9/21/2010 0.0618 13.06 0.165107459

171.002 DCE DBESP-WPR 7/8/2009 0.025 22.8 0.838543582 171.003 DCE DBESP-WPR 7/9/2009 0.02 17.5 0.633140376 171.004 DCE DBESP-WPR 12/16/2010 0.016974522 32.629 Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. No EF available. This is TPM data; included for now, but filterable data are available from earlier tests yet to be tabulated. 171.006 SDT (Kraft) OTH 7/8/2009 0.2208 7.06 0.26 171.007 SDT (Kraft) SCBR 7/7/2009 0.0366 2.52 0.09 171.008 SDT (Kraft) SCBR 7/6/2009 0.0659 8.97 0.11E-495 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 171.009 Lime Kiln SCBR 7/7/2009 0.0322 10.44 1.358785249 7/20/2005 0.0194 4.3 0.5488 171.010 Lime Kiln SCBR

171.021 BLO 172.LK03 Lime Kiln SCBR 10/21/2009 0.028 7.6 0.644978784Separate conditions: oil 10/20/2009 0.034 9.9 0.858381503Separate conditions: gas 172.RB01 NDCE WBESP 10/26/2010 0.0192 17.63 unspecified 172.RB02 NDCE WBESP 10/25/2010 0.016 19.75unspecified 172.ST01 SDT (Kraft) SCBR 10/27/2010 0.042 3.33 unspecified

172.ST02 SDT (Kraft) SCBR

173.LK1 Lime Kiln SCBR 9/29/2004 0.0533 6.21 0.730588235 173.RECOVB NDCE DBESP 9/30/2004 0.0134 8.07 0.184246575Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 173.SDT SDT (Kraft) SCBR 12/19/2000 0.0928 8.5 0.203983681 9/30/2004 0.103 7.95 0.18 174.G-18 Lime Kiln ESP/SCBR 10/27/2004 0.0045 2.5 0.080385852 174.G-32 NDCE DBESP 10/20/2004 0.0052 16.1 0.115744069 174.G-60 BLO 174.G-63B SDT (Kraft) SCBR 2/3/2005 0.057 9.9 0.1953 10/27/2004 0.073 11.5 0.2519

174.G-63C SDT (Kraft) SCBR 2/1/2005 0.04 10 0.071717172Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 10/22/2004 0.038366667 9.26 0.066284896Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks
174.G-92 DCE WBESP 10/25/2004 0.0238 26.2 0.517786561Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 174.G-95 Lime Kiln CYC/SCBR 6/3/2003 0.055 13.3 0.928252373 175.APRX BLO 175.LK1A Lime Kiln SCBR 2/4/2010 0.0172 0.99 0.339428571Separate conditions: No. 1 Lime Kiln - Shutdown 2/4/2010 0.0145 1.9 0.462944162Separate conditions: No. 1 Lime Kiln - Startup 175.LK2A Lime Kiln SCBR 1/12/2010 0.0383 8.3 0.506097561Separate conditions: No. 2 Lime Kiln - Shutdown 1/14/2010 0.0154 2.6 0.181818182Separate conditions: No. 2 Lime Kiln - StartupE-496 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 175.RB2A DCE [See Notes] WBESP 6/9/2009 0.01 7.67 0.245833333 175.RB3A NDCE DBESP 3/22/2010 0.0166 45.168 0.37577371 175.ST2A SDT (Kraft) SCBR 4/13/2010 0.0213 6.03 0.1951

175.ST3A SDT (Kraft) SCBR 3/24/2009 0.052 8 0.068630255 176.G-37 SDT (Kraft) SCBR 176.G-5 Lime Kiln SCBR 9/15/2010 0.064 13.4108 1.46726477 176.RB7 NDCE DBESP 7/27/2010 0.0038 6.43 0.098607029 177.EU0804 NDCE DBESP 3/24/2011 0.0093 19.061 0.228284562 177.EU0805 SDT (Kraft) SCBR 3/29/2011 0.0204 2.864 0.0343 177.EU0905 Lime Kiln SCBR 3/31/2011 0.0281 8.339 0.296937685 178.08P012 NDCE DBESP 6/21/2011 0.017 25 0.48 9/7/2004 0.013 20.12 0.3337 178.08P013 NDCE DBESP 6/22/2011 0.014 20 0.38 9/8/2004 0.023 32.17 0.534 178.08T014 SDT (Kraft) SCBR 6/21/2011 0.068 8.3 0.16 9/7/2004 0.075 5.78 0.0959 178.08T015 SDT (Kraft) SCBR 6/22/2011 0.071 7.7 0.15 9/8/2004 0.032 3.06 0.0508 178.09P037 Lime Kiln ESP/SCBR 5/27/2010 0.005 1.9 0.134751773Separate conditions: gas 5/26/2010 0.005 2 0.141843972Separate conditions: oil
179.LK3 Lime Kiln ESP 10/12/2010 0.0113 4.1 0.193320236 9/26/2001 0.012 2.64 0.173351573 179.RF3 NDCE DBESP 6/2/2010 0.009 21.09 0.22616622 179.SDT SDT (Kraft) SCBR 6/2/2010 0.049 7.33 0.078673393 5/27/2009 0.044 6.56 0.075576037 180.D001 NDCE DBESP 3/24/2010 0.005 8.4 0.102439024 180.D002 SDT (Kraft) SCBR 3/17/2009 0.037 3.5 0.0471 No. 3 SDT (D002) and salt cake mix tank (D907) have combined exhausts 180.L001 Lime Kiln SCBR 3/24/2010 0.0673 8.9 1.7713 180.L002 Lime Kiln SCBR 3/25/2010 0.0585 7.7 1.5321 181.01 Lime Kiln SCBR 3/12/2009 0.022 4.4 0.360655738 181.09 NDCE WBESP 181.10 NDCE WBESP 181.09/10 NDCE WBESP 2/25/2009 0.0294 35.13 0.6516 181.11 SDT (Kraft) SCBR 11/2/2006 0.1082 10.6 0.183Separate conditions 11/3/2006 0.0872 6.9 0.122Separate conditions 181.14 Lime Kiln SCBR 2/10/2009 0.018 3 0.25862069Separate conditions: Without NCGs 2/11/2009 0.051 8 0.720720721Separate conditions: Without NCGs 181.49 NDCE DBESP 181.50 NDCE DBESPE-497 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 181.49/50 NDCE DBESP 2/17/2009 0.0186 16.9 0.502 181.51 SDT (Kraft) SCBR 10/31/2006 0.1632 11.6 0.2288Separate conditions 11/1/2006 0.088 7.4 0.16Separate conditions 182.037 NDCE DBESP 8/24/2009 0.0027 3.4767 0.054145772 182.103 Calciner SCBR 182.110 SDT (Kraft) SCBR 4/12/2005 0.0624 4.6491 0.07 183.002 NDCE DBESP 183.003 SDT (Kraft) SCBR 183.004 Lime Kiln SCBR 184.72 NDCE DBESP-WPR 9/28/2010 0.0039 4.987 0.088657778 184.73 NDCE DBESP-WPR 9/29/2010 0.0036 7.792 0.086980465 184.LK1 Lime Kiln SCBR 3/4/2010 0.0175 5.81 0.457180328Separate conditions: No. 1 Lime Kiln - High CaO Production 3/4/2010 0.0186 4.55 0.562886598Separate conditions: No. 1 Lime Kiln - Low CaO Production 184.LK2 Lime Kiln ESP/SCBR 10/22/2004 0.004533333 1.033333333 0.095347943Separate conditions: No. 2 Lime Kiln - Condition I (gas) 10/26/2004 Separate conditions: No. 2 Lime Kiln - Condition II (pet coke and gas) 184.SDT1 SDT (Kraft) SCBR 8/27/2004 0.06354 7.344 0.1647 8/31/2004 0.08323 8.368 0.1362 184.SDT2a SDT (Kraft) SCBR 8/25/2004 0.06553 7.325 0.2328 8/26/2004 0.1082 11.146 0.2454 184.SDT2b SDT (Kraft) SCBR 8/25/2004 0.12786 16.788 0.5337 8/26/2004 0.14063 18.208 0.4009 185.02 NDCE DBESP/SCBR 1/14/2009 0.0237 26.84532857unspecified 4/9/2009 0.019 22.93875429unspecified

185.05 SDT (Kraft) PBSCBR 2/4/2009 0.057333333 3.474 0.065333333 3/11/2009 0.071666667 4.588 0.088333333 185.07 Lime Kiln SCBR 1/23/2009 0.0172 2.20332unspecified 4/15/2009 0.0217 2.239812unspecified

186.LK Lime Kiln ESP/SCBR 7/14/2009 0.0133 5.56 0.264814447 9/5/2007 0.00986 4.67 0.214378379 186.RB15 NDCE DBESP 7/13/2009 0.0042 11.06 0.088978278 186.RB17 SDT (Kraft) SCBR 7/13/2009 0.0422 10.28 0.080118463 7/22/2008 0.058 12 0.09 188.001LK1 Lime Kiln SCBR 6/7/2011 0.069 16.06 1.328All 3 kilns vent through 1 stack. Each kiln has its own scrubber. 188.002LK2 Lime Kiln SCBR 6/7/2011 See LK1 See LK1 See LK1All 3 kilns vent through 1 stack. Each kiln has its own scrubber. 188.003LK3 Lime Kiln SCBR 6/7/2011 See LK1 See LK1 See LK1All 3 kilns vent through 1 stack. Each kiln has its own scrubber. 188.014RB1 DCE WBESP 6/9/2011 0.006 3.93 0.139623083 188.015SD1 SDT (Kraft) SCBR 6/6/2011 0.029 2.96 0.101E-498 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 188.016RB2 DCE WBESP 9/14/2010 0.012 8.97 0.320007849 188.017SD2 SDT (Kraft) SCBR 6/6/2011 0.029 2.85 0.095 188.HBLBLO BLO 189.SN25 Lime Kiln SCBR 3/22/2011 0.0679 23.7unspecified 4/1/2011 0.0164 5.67unspecified 189.SN26 NDCE WBESP 2/23/2011 0.0067 20.67 0.182718232 189.SN27 SDT (Kraft) SCBR 12/2/2010 0.0715 5.8 0.05 189.SN28 SDT (Kraft) SCBR 11/30/2010 0.1054 11.41 0.099 190.L600 Lime Kiln SCBR 2/23/2011 0.037 11.2 0.401433692 190.L601 Lime Kiln SCBR 9/24/2010 0.016 4.38unspecified 190.R400 NDCE DBESP
190.R401 NDCE DBESP 10/1/2010 0.007 8 0.178173719
190.R402 NDCE DBESP 9/21/2010 0.006 7.6 0.104347826Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 190.R404 SDT (Kraft) SCBR 4/21/2010 0.0209 2.45 0.0527 9/24/2009 0.02 3.158 0.0668 190.R405 SDT (Kraft) SCBR 10/15/2009 0.0199 3.256 0.072441358 190.R406 SDT (Kraft) SCBR 3/23/2010 0.0598 10.6 0.144
195.002 Lime Kiln SCBR 11/15/2010 0.017 4.4 0.23117338 195.003 NDCE DBESP 195.007 SDT (Kraft) SCBR 196.SN-02 Lime Kiln ESP 4/23/2010 0.0052 1.56 0.100645161 9/1/2004 0.0026 0.8 0.063858093 196.SN-06 NDCE DBESP 9/7/2004 0.0073 13.76 0.1926 4/20/2010 0.0082 18.66 0.235705263 196.SN-08North SDT (Kraft) SCBR 196.SN-08South SDT (Kraft) SCBR 196.SN-08North/South SDT (Kraft) SCBR 4/20/2010 0.0687 12.73 0.1608 196.SN-09 Lime Kiln SCBR 9/12/2014 0.0538 16.6 1.325055432 196.SN-14 NDCE DBESP 9/2/2004 0.0051 14.46 0.1283 196.SN-15 SDT (Kraft) SCBR 9/3/2009 0.2152 15.5 0.1406E-499 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 197.1 Lime Kiln SCBR 9/16/2008 0.0428 3.68 0.054836026 197.12 BLO 197.2 DCE DBESP/SCBR 9/19/2008 0.0126 4.61 0.303289474 197.4 SDT (Kraft) SCBR 198.004 Lime Kiln SCBR 9/9/2005 0.0525 14.82 1.071325301 198.019 NDCE DBESP 7/27/2004 0.01 26.24 0.233 198.020 SDT (Kraft) SCBR 7/27/2004 0.1302 10.42 0.093 199.002 NDCE DBESP 6/15/2011 0.0109 23.5 0.308196721 199.004 SDT (Kraft) SCBR 6/15/2011 0.145 12.28 0.1613 199.011 Lime Kiln SCBR 7/7/2011 0.0179 2.9 0.217881292 200.007_10 Lime Kiln ESP 3/30/2010 0.002 0.67unspecified 8/6/2004 0.0056 2.1 0.129098361 200.007_8 SDT (Kraft) SCBR See SDT 3 See SDT 3 See SDT 3 See SDT 3Combined vent with SDT # 3 200.007_9 SDT (Kraft) SCBR 7/29/2009 0.0279 6.5 0.0548Combined vent with SDT # 2. Emissions are from 2 SDTs. 200.007RF2 NDCE DBESP 3/31/2010 0.001 1.45 0.035488714 200.007RF3 NDCE DB-WBESP [2-sided dry and wet] 4/7/2010 0.021 41.18 0.525188114 201.SR0001 NDCE DBESP 10/26/2010 0.0164 34.167 unspecified No production data in units for EF 201.SR0003 Lime Kiln SCBR 5/8/2007 0.0664 14.47 1.020171556 201.SR0034 SDT (Kraft) SCBR 8/19/2004 0.0535 15.09 0.177 202.Lime Kiln EU340 Lime Kiln CYC/SCBR 7/21/2011 0.034 5.56 0.737237569

202.Recovery Furnace EU320 NDCE DBESP 7/20/2011 0.0058 7.08 0.122863341

202.Smelt Dissolving Tank EU322 SDT (Kraft) SCBR 7/19/2011 0.033 4.55 0.079

203.2DTScr SDT (Kraft) SCBR 10/12/2010 0.007 0.6unspecified 203.3DTScr SDT (Kraft) SCBR 10/26/2010 0.019 5.1 0.07 203.LKScr Lime Kiln SCBR 2/8/2011 0.034 6.94unspecified 3/22/2011 0.029 5.97unspecifiedE-500 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 203.RF#2 NDCE DBESP 8/25/2009 0.0074 2.271 0.1296 203.RF#3 NDCE DBESP 8/5/2009 0.0017 2.759 0.02637279 205.008 Lime Kiln SCBR 1/26/2011 0.03 5unspecified 205.009 DCE WBESP 7/21/2010 0.012 14.2 Separate stacks; gr: both were same; lh/hr is sum. No EF. 205.010 SDT (Kraft) SCBR 7/20/2010 0.052 5.6 0.111 205.025 BLO 206.G-31 DCE WBESP 11/14/2007 0.011361345 16.808 no EF available 206.G-32 DCE WBESP 11/15/2007 0.012525547 21.279 no EF available 206.G-34 BLO TO/SCBR 206.G-35 SDT (Kraft) OTH 1/25/2005 0.1173 10.245 0.1912451 11/17/2005 0.1064 10.794unspecified 206.G-36 SDT (Kraft) OTH 1/26/2005 0.2502 15.417 0.269716585 11/20/2005 0.114 10.864unspecified 206.G-37 Lime Kiln SCBR 11/13/2007 0.0417 6.52unspecified 206.G-38 Lime Kiln SCBR 11/13/2007 0.0334 8.571unspecified 207.038 NDCE DBESP 4/22/2008 0.0137 4.86 0.259476775Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 207.103A Lime Kiln SCBR 6/7/2011 0.058 3.27 1.135416667Separate conditions: Lime Kiln - Normal Condition 6/7/2011 0.058 3.43 1.190972222Separate conditions: Lime Kiln -Condition I (scrubber p-drop =18 in H2O, recirc = 400 gpm) 207.108 SDT (Kraft) PBSCBR 9/24/2003 0.0486 1.92 0.09 208228535.001 NDCE DBESP 208228535.002 SDT (Kraft) SCBR 4/28/2010 0.044 6.9 0.065 5/27/2011 0.043 3.74 0.036 208228535.003 Lime Kiln SCBR 208228535.007 NDCE DBESP 208228535.008 SDT (Kraft) SCBR 8/19/2010 0.0178 8.81 0.072 208228535.009 Lime Kiln ESP 4/30/2009 0.004 1.4unspecified 5/1/2008 0.011 4unspecified 226.LK1 Lime Kiln SCBR 8/10/2004 0.0378 13.69unspecified 226.LK2 Lime Kiln SCBR 1/16/2004 0.0065 2.42unspecified 226.RECB1 NDCE WBESP 11/30/2010 0.0111 12.9 0.16433121Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 226.RECB2 NDCE WBESP 226.SDT1N SDT (Kraft) SCBR 1/19/2004 0.0458 5.028 0.0611 226.SDT1S SDT (Kraft) SCBR 1/20/2004 0.0784 5.71 0.068 226.SDT2 SDT (Kraft) SCBR 1/17/2004 0.0482 4.4981 0.085515209 240.CA81 Lime Kiln ESP 3/16/2010 0.0014 0.8 0.029027576 9/23/2003 0.011 7.912unspecifiedE-501 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 240.RF01 NDCE DBESP 5/25/2010 0.004 8.4 0.1242
240.RF02 SDT (Kraft) SCBR 5/25/2010 0.0244 6.3 0.0942 240.RF04 NDCE DBESP 7/27/2010 0.0064 23.87 0.1995 240.RF05 SDT (Kraft) SCBR 3/17/2010 0.051 7.51 0.0628 240.RF06 SDT (Kraft) SCBR 3/17/2010 0.047 7.08 0.0592 242.AA-011 NDCE DBESP 9/15/2010 0.0101 31.86 0.2518 242.AA-012 SDT (Kraft) SCBR 9/15/2010 0.1361 10.6 0.0846 242.AA-013 Lime Kiln ESP/SCBR 9/1/2010 0.0072 2.312 0.128444444 243.LG07 Lime Kiln ESP/SCBR 10/29/2009 0.003 1.75unspecified Separate conditions: No. 5 Lime Kiln - Condition I (SCBR/ESP) 11/1/2005 0.007 3.2 243.R401 NDCE DBESP 11/3/2009 0.004 6.35 0.0778Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 243.R403 SDT (Kraft) SCBR 10/29/2009 0.031 5.17 0.1463 243.R407 NDCE DBESP 10/27/2009 0.016 37.63 0.3071 243.R408 SDT (Kraft) SCBR 10/28/2009 0.181 18.77 0.1563 340.005 NDCE DBESP 6/22/2005 0.0239 28.32 0.594125874 340.007 SDT (Kraft) SCBR 6/21/2005 0.086 7.74 0.155734406 7/23/2004 0.078 8.19 0.1647 340.008 Lime Kiln SCBR 6/23/2005 0.0856 24.62 0.487524752 525.EU17 Lime Kiln SCBR 4/27/2011 0.024059756 9.2 0.227160494 525.EU18 NDCE DBESP-WPR 4/26/2011 0.004 8.3 525.EU19North SDT (Kraft) SCBR 525.EU19South SDT (Kraft) SCBR 531.LK7 Lime Kiln ESP 5/4/2011 0.0023 0.96 0.036866359 531.RF10 SDT (Kraft) SCBR 5/4/2011 0.0549 6.5 0.0434

531.RF15 NDCE DBESP 5/4/2011 0.0098 35.2 0.234666667 600.G0803 DCE WBESP 11/2/2010 0.013 26.39 0.309632758 600.G0805 SDT (Kraft) SCBR 11/2/2010 0.057 4.81 0.0562 600.G0806 NDCE DBESP 6/8/2010 0.008 17.2 0.165 600.G0807 SDT (Kraft) SCBR 6/8/2010 0.074 4.782 0.046 600.G0903 Lime Kiln SCBR 11/3/2010 0.091 13.68 1.718053375 600.G0905 Lime Kiln SCBR 6/16/2011 0.0344 9.2 0.760959471 6/9/2010 0.0476 13.3 1.100993377 600.G0908 Lime Kiln SCBR 11/14/2010 0.014 3.1 0.26 600.G2303 BLOE-502 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 606.LK4 Lime Kiln ESP 4/6/2011 0.0074 20 0.73800738 5/30/2008 0.0173 9.31 0.344814815 606.RB2 NDCE DBESP 4/5/2011 0.0162 16.46 0.250380286Separate conditions: Scenario 1 (all ESP fields in service). 4/5/2011 0.0235 25.061 0.370013288Separate conditions: Scenario 2 (one ESP field out of service). 606.RB3 DCE [See Notes] DBESP 10/25/2010 0.0285 26.666 0.68374359separate conditions: Condition 1: All 3 fields in service. DCE has 2-chamber ESP with 3 fields each. 10/26/2010 0.0037 3.301 0.084641026Separate conditions: Condition 2: Two fields in service. DCE has 2-chamber ESP with 3 fields each. 606.RB4 NDCE DBESP 10/25/2010 0.0258 36.448 0.583634908 606.SDT2 SDT (Kraft) SCBR 4/5/2011 0.0578 5.072333333 0.115280303 3/19/2010 0.0527 4.257 0.089245283 606.SDT3 SDT (Kraft) SCBR 7/25/2010 0.0323 3.013 0.077 10/25/2005 0.0306 3.6 0.08801956E-503 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 606.SDT4 SDT (Kraft) SCBR 10/25/2010 0.067 10.8 0.1728 7/20/2006 0.0385 6.5 0.098484848 610.10 SDT (Kraft) SCBR 7/9/2009 0.074 5.04 0.079Separate conditions: weak wash scrubber 7/9/2009 0.052 3.5 0.054Separate conditions: water scrubber 610.4 NDCE DBESP See RF 610.5 See RF 610.5 See RF 610.5 See RF 610.5Combined stacks: 2 RFs vent through 1 stack See RF 610.5 See RF 610.5 See RF 610.5 See RF 610.5Combined stacks: 2 RFs vent through 1 stack 610.5 NDCE DBESP 11/11/2008 0.011 32.36 unspecifiedCombined stacks: 2 RFs vent through 1 stack. Emissions are for 2 RFs. Separate conditions: Condition 1 Max Liquor Rec. Boilers 1 & 2 11/12/2008 0.013 39.87 unspecifiedCombined stacks: 2 RFs vent through 1 stack. Emissions are for 2 RFs. Separate conditions: 1 ESP Bank down, Maximum Liquor Rec. Boilers 1 & 2 One ESP Side Down Max Liquor Rec. Boiler 2, Oil Fire Rec. Boiler 1 610.7 Lime Kiln SCBR 6/18/2009 0.075 12.82 0.915714286Separate conditions: production = 14 TPH; No. 6 Oil runs 1 & 2, Waste Oil run 3. 6/18/2009 0.089 16.03 1.001875Separate conditions: production = 16 TPH; Waste Oil all 3 runs. 610.8 Lime Kiln SCBR 6/17/2009 0.066 8.44 0.602857143Separate conditions: production = 14 TPH; Waste Oil all 3 runs. 6/17/2009 0.062 8.73 0.545625Separate conditions: production = 16 TPH; Waste Oil run 1, No. 6 Oil runs 2 & 3. 610.9 SDT (Kraft) SCBR 7/8/2009 0.078 5.59 0.121Separate conditions: weak wash scrubber 7/8/2009 0.066 5.61 0.123Separate conditions: water scrubber 613.001L DCE DBESP 613.001R DCE DBESP 613.001L/001R DCE DBESP 10/28/2009 0.022 15.48 Separate stacck. Gr: max; lb: sum; no EF 613.002L DCE DBESP 613.002R DCE DBESP 613.002L/002R DCE DBESP 10/27/2009 0.0109 7.97 Separate stacck. Gr: max; lb: sum; no EF 613.005 SDT (Kraft) SCBR 10/29/2009 0.04 2.69unspecified 613.006 SDT (Kraft) SCBR 10/29/2009 0.027 2.01unspecified 613.007 SDT (Kraft) SCBR 10/29/2009 0.037 2.76unspecified 613.008 SDT (Kraft) SCBR 10/29/2009 0.021 1.84unspecified 613.009 Lime Kiln SCBR 12/3/2009 0.0288 10.7unspecified Separate conditions: natural gas only, without petcoke. No production data to calculate EF. 12/4/2009 0.0317 12.48unspecified Separate conditions: natural gas co-fired with petcoke. No production data to calculate EF. 613.UT-7 BLO 613.UT-8 BLO 615.21 Lime Kiln SCBR 10/22/2009 0.0223 3.88 0.388660723 615.24 NDCE DBESP 2/23/2011 0.0246 33.84 0.511769953Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 615.25 SDT (Kraft) SCBR 10/20/2009 0.0345 6.58 0.117 617.B14 NDCE DBESP 3/15/2011 0.0054 5.59 0.145572917 617.P21 SDT (Kraft) PBSCBR 3/16/2011 0.0182 1.6562 0.0473 617.P22 Lime Kiln ESP 3/17/2011 0.0044 0.5484 0.086589474 8/8/2006 0.0046 0.533 0.08822069E-504 RTI&EUID ce). used to fill gaps for res RTI+EUID Process RTI APCD Type date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note Performance level footnotes: 1. gr/dscf provided @ 8% O2 for RF; 10% O2 for LK; and uncorrected for SDT. 2. lb/prod = lb/ton BLS for RF and SDT; and lb/ton CaO for LK 3. The ppm is from stack tests for SDTs (e.g., M16 as S, or 16A/B/C as SO2).E-505 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Test 3 Test 4

date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

7/8/2008 0.001

0.339 0.023363198Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same). 1/12/2010 0.0053 0.691 0.065250236Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same).

5/20/2008 0.0208 25.06 0.404193548 10/22/2008 0.0165 21.9 0.369932432 5/20/2008 0.0867 8.4 0.130434783 10/22/2008 0.073 6.79 0.1147 5/22/2008 0.021 4.23 unspecified Only lime kiln 3 was operating during test. (Lime kiln 2 vents through same ESP, but normally operates as a backup.) 10/21/2008 0.0014 0.26unspecified Only lime kiln 3 was operating during test. (Lime kiln 2 vents through same ESP, but normally operates as a backup.)

6/17/2008 0.0046 0.619 0.04092562E-506 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 6/19/2004 0.028 5.78 0.574different dates w/in same year (MACT compliance test)

12/13/2005 0.0039 0.97 0.05979964Separate conditions: No. 6 fuel oil 12/14/2005 0.0033 1.02 0.062882096Separate conditions: Natural GasE-507 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-508 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

4/25/2007 0.0109 1.919 0.3278 4/28/2009 0.0079 1.795 0.2502 4/24/2007 0.0138 1.982 0.3318 4/29/2009 0.013 2.542 0.3783

3/9/2004 0.074 13.6 1.28 3/10/2004 0.087 10.8 1.58 12/3/2003 0.008 9.8unspecified Separate conditions: Recovery Furnace 4 (1-2 fields out of service) (Condition #2 and #3)E-509 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

6/19/2008 0.0026 0.727 0.032718272 6/15/2006 0.004557143 1.447 0.062165258

7/7/2008 0.029613079 10.62333333 0.585845588 7/12/2006 0.023866667 6.93 0.382169118

5/14/2008 0.0017 0.42 0.046666667 Have 4 other tests for this unit (not included in this spreadsheet) where only the ESP was tested. Emissions were <0.001 gr/dscf @ 10% O2 in all 4 of the ESP-only testsE-510 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-511 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

5/14/2008 0.0061 1.5unspecified 6/16/2009 0.00588 1.25unspecifiedE-512 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

12/4/2008 0.0009 0.18 0.015391924 8/25/2009 0.0004 0.059 0.004592432E-513 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

11/24/2010 0.0212 2.56 0.432432432

9/3/2010 0.0093 1.7 0.214646465 12/15/2010 0.0134 1.98 0.237695078
8/12/2010 0.0126 0.99 0.107608696Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 10/5/2010 0.0032 0.46 0.058227848Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 11/4/2010 0.0022 3.24 0.057193292 11/4/2010 0.0029 4.57 0.080599647 9/14/2010 0.0025 2.95 0.05744888 12/1/2010 0.0003 0.57 0.008708938 10/27/2010 0.0476 6.34 0.0954 11/18/2010 0.0469 3.85 0.0564 2 tests not usedE-514 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-515 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-516 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

8/9/2010 0.0109 1.6 0.173810709different dates w/in same year (No. 1 Lime Kiln)E-517 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

9/8/2004 0.057 18.88 1.0136Separate conditions (normal load): 18.6 ton CaO/hr 9/9/2004 0.006 1.45 0.487Separate conditions (low load): 2.9 ton CaO/hr

1/25/2005 0.066 6.202 0.108E-518 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 11/1/2006 0.1252 10.7 0.214Separate conditions 1/25/2005 0.046 5.24 0.109

10/26/2004 0.09351 7.811 0.172 10/21/2004 0.05063 4.955 0.1091

7/8/2009 0.0305 37.23893143 unspecified 8/5/2009 0.03007 36.42705574unspecified
8/26/2009 0.059666667 4.264333333 0.082 11/12/2009 0.046 2.571 0.049333333 7/23/2009 0.0105 1.27521unspecified 10/7/2009 0.01055 2.060415unspecified

7/26/2006 0.0235 10.8 0.62 10/15/2008 0.05 21 1.060829299E-519 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-520 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

8/22/2006 0.0049 1.7 0.099964998 8/28/2006 0.006 1.82 0.118160505

4/5/2011 0.033 6.947unspecified 4/22/2011 0.029 6unspecifiedE-521 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

6/8/2011 0.067 4.15 1.440972222Separate conditions: Lime Kiln - Condition II (scrubber p-drop =20 in H2O, recirc = 300 gpm) 6/8/2011 0.082 4.96 1.722222222Separate conditions: Lime Kiln - Condition III (scrubber p-drop =18 in H2O, recirc = 295 gpm)E-522 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

10/30/2007 0.002 1.23E-523 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 4/21/2009 0.0103 5.2 0.190673499 4/23/2010 0.0093 5.42 0.200123077Separate conditions: Condition 1 - Three fields, normal power levelsE-524 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

See RF 610.5 See RF 610.5 See RF 610.5 See RF 610.5Combined stacks: 2 RFs vent through 1 stack See RF 610.5 See RF 610.5 See RF 610.5 See RF 610.5Combined stacks: 2 RFs vent through 1 stack
11/15/2008 0.017 44.61 unspecifiedCombined stacks: 2 RFs vent through 1 stack. Emissions are for 2 RFs. Separate conditions: Condition 3: 2 ESP Banks Down, Controlled Liquor Firing Rec. Boilers 1 & 2 11/10/2008 0.033 46.34 unspecifiedCombined stacks: 2 RFs vent through 1 stack. Emissions are for 2 RFs. Separate conditions: Condition 4: One ESP Side Down Maximum Liquor Rec. Boiler 2, Oil Fire Rec. Boiler 1
6/22/2009 0.077 15.29 0.899411765Separate conditions: production = 17 TPH; Waste Oil all 3 runs. 6/15/2010 0.073 13.78 0.86125Separate conditions: production = 16 TPH. Waste Oil all 3 runs. According to ICR response, waste oil is primary fuel, so 0.13 gr/dscf LK standard would apply under current NSPS. PM bubble mill. 6/19/2009 0.062 9.73 0.572352941Separate conditions: production = 17 TPH; Waste Oil all 3 runs.

8/21/2007 0.0061 0.513 unspecified 3/17/2010 0.0032 0.375 0.059900166E-525 RTI&EUID ce). used to fill gaps for res date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-526 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Test 5

date gr/dscf1 lb/hr lb/prod2 note

5/4/2010 0.0014

0.29 0.020567376Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same).

6/3/2009 0.0177 24.58 0.425627706 6/3/2009 0.0714 6.51 0.1126 6/2/2009 0.0023 0.37unspecified Only lime kiln 3 was operating during test. (Lime kiln 2 vents through same ESP, but normally operates as a backup.)E-527 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 date gr/dscf1 lb/hr lb/prod2 noteE-528 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK date gr/dscf1 lb/hr lb/prod2 noteE-529 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N date gr/dscf1 lb/hr lb/prod2 noteE-530 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 date gr/dscf1 lb/hr lb/prod2 note

6/2/2005 0.004954198 1.448 0.0603

10/28/2004 0.01937406 6.3 0.361924519E-531 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 date gr/dscf1 lb/hr lb/prod2 noteE-532 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 date gr/dscf1 lb/hr lb/prod2 noteE-533 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 date gr/dscf1 lb/hr lb/prod2 note

Have one additional test (not included in this spreadsheet) where ESP only was tested: 0.00399 gr/dscf @10% O2E-534 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A date gr/dscf1 lb/hr lb/prod2 note

3/27/2009 0.0003 0.03 0.004114286Separate stacks. gr: highest of both stacks; lb: sum of 2 stacksE-535 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 date gr/dscf1 lb/hr lb/prod2 noteE-536 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 date gr/dscf1 lb/hr lb/prod2 noteE-537 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A date gr/dscf1 lb/hr lb/prod2 noteE-538 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 date gr/dscf1 lb/hr lb/prod2 note

11/18/2004 0.024 5.8 0.322222222retest (normal load)E-539 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 date gr/dscf1 lb/hr lb/prod2 note

10/9/2009 0.02217 26.63402451unspecified
1/2/2009 0.046333333 2.968666667 0.056666667

11/22/2005 0.0132 5.32E-540 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 date gr/dscf1 lb/hr lb/prod2 noteE-541 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr date gr/dscf1 lb/hr lb/prod2 noteE-542 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 date gr/dscf1 lb/hr lb/prod2 noteE-543 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 date gr/dscf1 lb/hr lb/prod2 noteE-544 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 date gr/dscf1 lb/hr lb/prod2 note 4/24/2010 0.009 5.14 0.18982258Separate conditions: Condition 2 - Three fields, reduced power levelsE-545 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 date gr/dscf1 lb/hr lb/prod2 note

6/16/2010 0.073 13.16 0.94Separate conditions: production = 14 TPH. Waste Oil all 3 runs.E-546 RTI&EUID ce). used to fill gaps for res date gr/dscf1 lb/hr lb/prod2 noteE-547 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Test 6 Test 7

date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

8/25/2010 0.0011

0.136 0.009127517Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same). 10/14/2010 0.0014

0.29 0.020237264Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same).

9/24/2009 0.0222 24.35 0.459000943 9/23/2009 0.0523 5.73 0.1065 9/22/2009 0.0024 0.45unspecified Only lime kiln 3 was operating during test. (Lime kiln 2 vents through same ESP, but normally operates as a backup.)E-548 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-549 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-550 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-551 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

5/24/2004 0.0165 4.786 0.1919 5/19/2003 0.0033 0.898

11/14/2002 0.0258 8.625 0.501048895E-552 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-553 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-554 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-555 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

6/3/2009 0.0014 0.12 0.023225806Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks 8/27/2009 0.0317 3.54 0.326769231Separate stacks. gr: highest of both stacks; lb: sum of 2 stacksE-556 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-557 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-558 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-559 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-560 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

11/11/2009 0.017 20.37712286unspecified 12/10/2009 0.018 22.5774unspecified

6/3/2009 0.057333333 4.161666667 0.077333333E-561 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-562 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-563 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-564 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-565 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note 4/25/2010 0.0082 4.37unspecified Separate conditions: Condition 3 - Two fields on - One field off - normal power levelsE-566 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-567 RTI&EUID ce). used to fill gaps for res date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-568 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Test 8 Test 9

date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

7/6/2009 0.0014 0.265 0.019133574Separate stacks. gr: highest of both stacks; lb: sum of 2 stacks. A portion of the ESP exhaust gas is withdrawn from each stack for use by SMI (a PCC plant). This lowers the stack gas flow and reduces pollutant mass emissions (though concentration remains the same).E-569 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-570 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-571 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-572 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

5/21/2002 0.013516949 3.889 0.0562 5/22/2001 0.0368 10.13 0.450883518E-573 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-574 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-575 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-576 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 note

10/22/2009 0.001 0.18 0.018Separate stacks. gr: highest of both stacks; lb: sum of 2 stacksE-577 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-578 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-579 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-580 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-581 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-582 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-583 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-584 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-585 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-586 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-587 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-588 RTI&EUID ce). used to fill gaps for res date gr/dscf1 lb/hr lb/prod2 note date gr/dscf1 lb/hr lb/prod2 noteE-589 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Test 10 PM Performance level

date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.014 17.1 0.29106383 0.078566667 3.066666667 0.053333333 0.009 0.7 0.093085106
0.001675 0.295125 0.02297844

0.0047 11.9 0.101709402 0.025 4.71 0.038845361

0.0099 26.28 0.286368094 0.0561 16 0.93676815

0.0099 13.98 0.236949153

0.063 8.96 0.1481 0.01765 21.85666667 0.370616007 0.071183333 6.836666667 0.114080952 0.007066667 1.375 0.136821637
0.0045 10.73 0.11678276 0.309 13.03 0.138 0.003333333 0.435333333 0.028178545E-590 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.048333333 9.993333333 0.980185812 From PIII, normal operation is to burn natural gas and petroleum coke. Used MACT compliance test, not the two engineering tests that preceeded MACT complaince (which had higher values because the mill was studing different P-drops). MACT compliance test should have been conducted at represetnative conditions. 0.0025 4.859 0.045641556

0.00575 1.32 0.09965053

0.024 28.7 0.518 0.023333333 34.49466667 0.399 0.0547 3.81 0.0815 0.0493 4.89 0.058 0.0218 3.91 0.0863 0.0087 2.6005 0.206722547 0.00333 6.83 0.0772 0.0321 12.98 0.110769756 0.01405 30.235 0.325562607 0.0818 13.82 0.13 0.002525 0.6975 0.042745434

0.005538462 11.924 0.135808656 0.044 6.468 0.07392 0.046 13.36 1.284615385 0.01 20.61 0.217 0.03535801 8.045 0.08465

0.0131 7.19 0.3828541 0.029426752 2.75 0.876494024 0.05327 9.998 0.293126761 110.8 0.0107 12.66 0.214213198E-591 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.02272 36.842 0.56176
0.09041 12.209

0.01 25.33 0.243370484
0.013 1.21836 0.149126071 0.041 5.8056 0.769769292 0.05 0.0385 3.25 0.087198176
0.0265 2.9 0.080296896
0.016 3.35 0.2146
0.0115 9.65 0.269542823
0.009 7.25 0.202451642

0.0019 2.252 0.038827586 0.0247 10.451 0.270751295 0.0304 32.853 0.566431034 0.0209 5.541 0.0951 0.0203 5.393 0.0929 0.002589918 0.607666667 0.064190532E-592 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0211 22.6065 0.438110465

0.0323 8.355 0.161918605 0.00785 1.44275 0.220305329 0.00905 1.499 0.230529779 0.0121 12.423 0.171351724 0.0306 3.89 0.054665542 0.0172 12.4 0.0597 7.24 0.149355338

0.0115 9.61

0.00295 3.19 0.067029107

0.033 3.77 0.625293711
0.0318 3.37 0.585917125
0.0522 4.56 0.150511889

0.0675 7.1 0.238014104

0.0915 14.95 0.05575 9 1.07 0.010333333 15.06666667 0.469108497 0.011 15.2 0.242534808E-593 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note
0.028 3.8 0.060399751 6/17/2009 0.0143 4.62 0.188571429 0.015612829 5.0488 0.22011708 0.0061 9.905 0.156328914
0.01445 2.5215 0.0386 0.0079 8.976 0.128706625 0.0699 10.141 0.137

0.011 27.5 0.249139337 0.0355 11.9 0.909644217

0.05 4.8 0.04

0.008 19.4 0.172444444 0.116 11.5 0.1 0.024241408 7.914722222 0.458277139 0.01065 0.9335 0.03435 0.0117 9.99 0.364784927 0.097 9.5 0.1 0.001 0.241 0.027674728

0.001344365 0.2865 0.032407271

0.0037 8.1 0.085509786E-594 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0264 2.65 0.3638 0.01251 16.816 0.294604064 0.0886 4.48 0.078577345 0.045597403 45.14292356 0.819439686
0.107 7.4 0.16 0.06 13.3 0.022333333 3.8 0.488258317 0.012 12.45833333 0.23
0.051 3.85 0.073 0.004 2.96 0.079

0.051 11.64 1.579197287 0.035 6.03 0.981152542 0.054 10.31 0.155 0.054 7.97 0.108Emissions are from 2 SDTS with a combined stack. 0.0044 0.94 0.047498737 0.007 3.08 0.173814898
0.0077 0.6 0.035608309
0.003 1.1 0.061521253 0.0084 0.7 0.04
0.007 4.41 0.16394052

0.0062 0.9 0.03E-595 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note

0.002919932 3.15 0.007199595 6.74

0.038 10.3 0.0231 4.615 0.060130329 0.004 11.848 0.1038 0.0456 6.578 0.057512568 0.00435 2.2135 0.1116

0.03 6.072 0.0218 24.319 0.3155 0.0127 16.5 0.278011794

0.0413 7.45 0.010235 22.9 0.232128205

0.017 6.045 0.328729002 0.0147 17.9 0.305669399 0.0499 5.3 0.0909

0.03 11.2 0.816148073 0.0128 21.7 0.265410959 0.1904 12.04 0.148093481 0.00615 1.343333333
0.02929851 5E-596 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.122255489 7 0.102415946 0.024 5.4

0.104 8.3 0.096

0.03365 52.775 0.8

0.086 14.87 0.22428356 0.062 10.2 0.66946217

0.0008 0.1525 0.012148029
0.048 4.6 0.125 0.0615 5.2 0.15 0.0147 10.624 0.310870519 0.0159 24.151 0.3886755
0.0076 5.74 0.17539571E-597 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0615 10.78 1.026666667
0.0229 48.6 0.676126878
0.054 6.95 0.089 0.0166 2.233333333 0.367072478 0.0127 2.13 0.274418719

0.006775 0.77125 0.076429781 0.00235 3.36 0.080580765 0.0031 4.97 0.082510319 0.001375 2.0025 0.030674991

0.0253 3.8 0.0895 0.03645 4.87 0.07633 tests not used (invalid) 0.050233333 3.686666667 0.05162 tests not used (invalid) 0.046 4.4 1.185185185 0.048 33.7 1.004720497
0.3208 2.404 0.074119329

0.032 26.847 0.836850472 0.0385 3.952

0.06 14 1.453790239 0.00665 1.795 0.123987216

0.008 10.05 0.191428571 0.0506 7.2 0.1435

0.0083 22E-598 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0493 11.4 0.1071

0.059 10.7 0.755489656 0.053 13.9 0.95532646 0.00551 7.2 0.087378641

0.017 25.6 0.39131764 0.019 1.78 0.02 2.82 0.0482 9.69 0.148600639 Entered emissions on row for B10. Flue gasses from B08 and B10 recovery furnaces combine and then split off to the two 3 field ESPs, C03 and C04. 0.03175 34.9185 0.865467109Flue gasses from B08 and B10 recovery furnaces combine and then split off to the two 3 field ESPs, C03 and C04. 0.04724 2.0373 0.05742 3.0941 0.0902 9.02 1.867494824

0.028 7.7 0.506578947 0.02 40.68 0.4457 0.036 8.64 0.0945

0.029 31.83 0.6435 0.039 5.38 0.1086

0.052 6.8 0.883116883

0.1338 32 2.9058 0.0323 8.7 0.7043E-599 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0175 21.5 0.3129 0.0294 57.9 0.7013 0.048 9.9 0.1441

0.114 12.9 0.1568

0.102478632 32.21 2.825438596

0.033 33.6 0.0602 0.0423 9.63 0.133690273

0.075093773 23.34 0.0072 11.79 0.153515625 0.0095 15.38 0.19 0.052 9.605 0.125065104

0.0618 13.06 0.165107459

0.025 22.8 0.838543582 0.02 17.5 0.633140376 0.016974522 32.629

0.2208 7.06 0.26 0.0366 2.52 0.09 0.0659 8.97 0.11E-600 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0258 7.37 0.953792625

0.031 8.75 0.751680143 0.0192 17.63 0.016 19.75 0.042 3.33

0.0533 6.21 0.730588235 0.0134 8.07 0.184246575

0.0979 8.225 0.191991841 0.0045 2.5 0.080385852 0.0052 16.1 0.115744069 0.065 10.7 0.2236

0.039183334 9.63 0.069001034

0.0238 26.2 0.517786561 0.055 13.3 0.928252373
0.0142 1.496666667 0.325394481 0.02685 5.45 0.343957871E-601 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.01 7.67 0.245833333 0.0166 45.168 0.37577371 0.0213 6.03 0.1951

0.052 8 0.068630255

0.064 13.4108 1.46726477 0.0038 6.43 0.098607029 0.0093 19.061 0.228284562 0.0204 2.864 0.0343 0.0281 8.339 0.296937685 0.015 22.56 0.40685 0.0185 26.085 0.457 0.0715 7.04 0.12795 0.0515 5.38 0.1004 0.0194 6.006 0.419883593
0.01165 3.37 0.183335904

0.009 21.09 0.22616622 0.0465 6.945 0.077124715 0.005 8.4 0.102439024 0.037 3.5 0.0471 0.0673 8.9 1.7713 0.0585 7.7 1.5321 0.022 4.4 0.360655738

0.0294 35.13 0.6516 0.087133333 7.900666667 0.137666667 0.0345 5.5 0.489670705E-602 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0186 16.9 0.502 0.1056 8.735 0.17795 0.0027 3.4767 0.054145772

0.0624 4.6491 0.07

0.0039 4.987 0.088657778 0.0036 7.792 0.086980465 0.01805 5.18 0.510033463 0.004533333 1.033333333 0.095347943

0.073385 7.856 0.15045 0.08908 8.760666667 0.216733333 0.106373333 13.317 0.3479 0.02292 27.57694534

0.056388889 3.671277778 0.069833333

0.0149875 1.94468925

0.021972 9.47 0.540005531

0.0042 11.06 0.088978278 0.0501 11.14 0.085059232 0.069 16.06 1.328

0.006 3.93 0.139623083 0.029 2.96 0.101E-603 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.012 8.97 0.320007849 0.029 2.85 0.095 0.04215 14.685 0.0067 20.67 0.182718232 0.0715 5.8 0.05 0.1054 11.41 0.099 0.037 11.2 0.401433692
0.016 4.38

0.007 8 0.178173719
0.006 7.6 0.104347826 0.02045 2.804 0.05975
0.0199 3.256 0.072441358
0.0598 10.6 0.144
0.017 4.4 0.23117338

0.0039 1.18 0.082251627 0.00775 16.21 0.214152632 0.0687 12.73 0.1608 0.0538 16.6 1.325055432 0.0051 14.46 0.1283 0.2152 15.5 0.1406E-604 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0428 3.68 0.054836026

0.0126 4.61 0.303289474

0.0525 14.82 1.071325301

0.01 26.24 0.233 0.1302 10.42 0.093 0.0109 23.5 0.308196721 0.145 12.28 0.1613 0.0179 2.9 0.217881292 0.004625 1.5725 0.115741288

0.0279 6.5 0.0548Combined vent represents 2 SDTs 0.001 1.45 0.035488714 0.021 41.18 0.525188114 0.0164 34.167 0.0664 14.47 1.020171556 0.0535 15.09 0.177 0.034 5.56 0.737237569

0.0058 7.08 0.122863341

0.033 4.55 0.079

0.007 0.6 0.019 5.1 0.07 0.03125 6.46425E-605 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.0074 2.271 0.1296 0.0017 2.759 0.02637279

0.03 5 0.012 14.2
0.052 5.6 0.111 0.011361345 16.808 0.012525547 21.279 0.11185 10.5195 0.1912451 0.1821 13.1405 0.269716585 0.0417 6.52
0.0334 8.571 0.0137 4.86 0.259476775 0.06625 3.9525 1.372395833 0.0486 1.92 0.09 0.0435 5.32 0.0505

0.0178 8.81 0.072 0.0075 2.7 0.0378 13.69 0.0065 2.42 0.0111 12.9 0.16433121

0.0458 5.028 0.0611 0.0784 5.71 0.068 0.0482 4.4981 0.085515209 0.0062 4.356 0.029027576E-606 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.004 8.4 0.1242
0.0244 6.3 0.0942 0.0064 23.87 0.1995 0.051 7.51 0.0628 0.047 7.08 0.0592 0.0101 31.86 0.2518 0.1361 10.6 0.0846 0.0072 2.312 0.128444444 0.004 2.06 0.004 6.35 0.0778 0.031 5.17 0.1463 0.016 37.63 0.3071 0.181 18.77 0.1563 0.0239 28.32 0.594125874 0.082 7.965 0.160217203 0.0856 24.62 0.487524752 0.024059756 9.2 0.227160494 0.004 8.3

0.0023 0.96 0.036866359 0.0549 6.5 0.0434

0.0098 35.2 0.234666667 0.013 26.39 0.309632758 0.057 4.81 0.0562 0.008 17.2 0.165 0.074 4.782 0.046 0.091 13.68 1.718053375 0.041 11.25 0.930976424 0.014 3.1 0.26E-607 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.01025 8.24 0.33268827 0.01985 20.7605 0.310196787 0.0161 14.9835 0.384192308 0.0258 36.448 0.583634908 0.05525 4.664666667 0.102262793

0.03145 3.3065 0.08250978E-608 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note 0.05275 8.65 0.135642424

0.063 4.27 0.0665
0.0185 40.795 Represents 2 recovery furnaces
0.0774 14.216 0.92365021 PM bubble mill.
0.063333333 8.966666667 0.573611695 0.072 5.6 0.122
0.022 15.48 0.0109 7.97

0.04 2.69 0.027 2.01 0.037 2.76 0.021 1.84 0.03025 11.59

0.0223 3.88 0.388660723 0.0246 33.84 0.511769953 0.0345 6.58 0.117 0.0054 5.59 0.145572917 0.0182 1.6562 0.0473 0.004575 0.49235 0.078236777E-609 RTI&EUID ce). used to fill gaps for res date gr/dscf1 lb/hr lb/prod2 note gr/dscf1 lb/hr lb/prod2 PM Performance Level Note

DCE total count Count 43 Average 0.013 15.237 0.306Current NCASI EF is 0.74 lb/ton BLS. NSPS = 0.044 @ 8% O2. NDCE Count 108 Average 0.013 19.304 0.281Current NCASI EF is 0.65 lb/ton BLS. NSPS = 0.044 @ 8% O2. LK Count 131 Average 0.035 7.944 0.614Current NCASI EF is 1.59 lb/ton CaO (SCBR) and 0.175 lb/ton CaO (ESP). NSPS = 0.066 @ 10% O2 (gas), and 0.13 gr/dscf @ 10% O2 (liquid fossil fuel). SDT Count 164 Average 0.062 6.720 0.107Current NCASI EF is 0.16 lb/ton BLS. NSPS = 0.2 lb/ton BLSE-610 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# TRS PERFORMANCE LEVELS Test 1 Test 2 TRS Performance level

date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note 8/9/2001 14.15666667 0.344883071 0.005997966 14.15666667 0.344883071 0.005997966

1/5/2011 7.02 0.816 0.006732673 7.02 0.816 0.006732673

9/28/2010 7.23 0.446 0.0074 7.23 0.446 0.0074

6/9/2011 5.72 0.921 0.01 5.72 0.921 0.01E-611 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

9/9/2008 4.93 0.23 0.004 4.93 0.23 0.004 9/10/2008 3.02 0.15 0.002 3.02 0.15 0.002 1/29/2011 5.82 0.6342 0.014 5.82 0.6342 0.014

3/18/2009unspecified 0.335160787 0.002860222 0.335160787 0.002860222
12/2/2009 5.7 0.58 0.0054 5.7 0.58 0.0054

9/9/2010 4.874 0.4629 0.0053Separate stacks 4.874 0.4629 0.0053

7/20/2004 2.45 0.4 0.0039 2.45 0.4 0.0039

12/1/2010 7.07 0.831 0.015 7.07 0.831 0.015E-612 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

No TRS data available
No TRS data available

11/3/2010 2.999333333 0.647933333 0.011113779 2.999333333 0.647933333 0.011113779 11/4/2010 5.441333333 0.893033333 0.015383864 5.441333333 0.893033333 0.015383864E-613 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

12/10/2009 1.47 0.2404 0.004658915 1.47 0.2404 0.004658915

10/26/2010 1.631 0.1265 0.0016 1.631 0.1265 0.0016

No TRS data available

No TRS data availableE-614 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

6/15/2009unspecified 0.507633333 0.007666667 0.507633333 0.007666667

12/1/2010 14.05 1.1806 0.012653805Combined stack with 135.007-2 (2 SDTs) 14.05 1.1806 0.012653805
12/1/2010 See 135.007-1 See 135.007-1 See 135.007-1 See 135.007-1 (combined stack)
5/19/2010 8.15 0.5 0.0044 8.15 0.5 0.0044

9/15/2010 Invalid test (only 1 run)E-615 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note
9/23/2010 1.5 0.05 0.00088 1.5 0.05 0.00088

No TRS data available

5/17/2011 15.41 0.81 0.015307087 15.41 0.81 0.015307087

6/30/2003 7.1 0.841666667 0.013 7.1 0.841666667 0.013 7/22/2004 3.1 0.282 0.004Emissions are from 2 SDTS with a combined stack. 3.1 0.282 0.004Emissions are from 2 SDTS with a combined stack.

7/30/2009 1.4 0.0547 0.003074761 1.4 0.0547 0.003074761

7/30/2009 0.22 0.0074 0.000737787 0.22 0.0074 0.000737787

7/31/2009 1.9 0.16 0.006160955 1.9 0.16 0.006160955E-616 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

No TRS data available

10/14/2008 1.878 0.285933333 0.003777667Separate stacks. 1.878 0.285933333 0.003777667
10/16/2008 1.500333333 0.1379 0.001398333 1.500333333 0.1379 0.001398333

12/17/2010 13.02 1.04 0.0176 13.02 1.04 0.0176

9/30/2010 33.8 1.72 0.0206 33.8 1.72 0.0206E-617 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note 4/3/2009 26 0.96 0.014040634 4/8/2009 28 0.89 0.012922668 27 0.925 0.013481651

3/16/2011 17.5 1 0.01separate stacks summed 17.5 1 0.01

No TRS data available

4/29/2008 2 0.073 0.0021 2 0.073 0.0021E-618 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

3/3/2011 11.41 0.917 0.0118 11.41 0.917 0.0118

8/7/2008 7.3 0.45 0.0087 7.3 0.45 0.0087E-619 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note 3/15/2007 9.4 1.184 0.011065421 9.4 1.184 0.011065421

7/16/2009 3.2 0.237 0.0043 3.2 0.237 0.0043 7/16/2009 0.933333333 0.093 0.0017 0.933333333 0.093 0.0017 12/8/2003 6.5 0.66 0.0086 6.5 0.66 0.0086E-620 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note 7/14/2009 3.71 0.48 0.007 3.71 0.48 0.007
7/17/2009 16.4 1.2 0.014 16.4 1.2 0.014

1/17/2011 3.3 0.4639 0.006440178 3.3 0.4639 0.006440178

7/8/2009 3 0.06 0.0022 7/14/2010 21.5 0.51 0.0188 12.25 0.285 0.0105 7/7/2009 3 0.13 0.0047 7/13/2010 18.6 0.76 0.0272 10.8 0.445 0.01595 7/6/2009 4.1 0.35 0.0041 7/15/2010 16.96666667 1.086666667 0.013 10.53333333 0.718333333 0.00855E-621 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

2/8/2001 7.4 0.4169 0.009997602 7.4 0.4169 0.009997602

10/22/2004 14.4 1.5 0.010737294Separate stacks 14.4 1.5 0.010737294E-622 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note 8/10/2010 0.86 0.108 0.00365 0.86 0.108 0.00365

8/10/2009 1.53 0.143333333 0.0012 1.53 0.143333333 0.0012

3/29/2011 1.9 0.17 0.002060606 1.9 0.17 0.002060606

5/27/2009 9.6 0.88 0.0102 9.6 0.88 0.0102 3/17/2009 6.61 0.38 0.005 No. 3 SDT (D002) and salt cake mix tank (D907) have combined exhausts 6.61 0.38 0.005E-623 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

1/12/2010 10.4 0.5 0.008 10.4 0.5 0.008

1/31/2007 5.12 0.196 0.005345455 5.12 0.196 0.005345455

7/22/2008 20.6 2.67 0.021 20.6 2.67 0.021

6/6/2011 1.9172 0.119583333 0.0041 1.9172 0.119583333 0.0041E-624 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note 6/6/2011 2.055 0.12436 0.00413 2.055 0.12436 0.00413

12/2/2010 0.1141 0.006 0.00005 0.1141 0.006 0.00005 11/30/2010 2.72 0.19 0.0017 2.72 0.19 0.0017

3/24/2010 4.22 0.379 0.00704 4.22 0.379 0.00704 3/25/2011 6.63 0.647 0.00903 6.63 0.647 0.00903

4/20/2010 0.8 0.05 0.000649838 4/20/2010 0.7 0.05 0.000641913 4/20/2010 0.75 0.1 0.001291751 0.75 0.1 0.001291751

4/21/2010 0.7 0.03 0.000301177 0.7 0.03 0.000301177E-625 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

2/21/1995 15.51 1.19 0.011 15.51 1.19 0.011
2/11/2009 12.6 0.73 0.01 12.6 0.73 0.01

See SDT 3 See SDT 3 See SDT 3 See SDT 3Combined vent with SDT # 3 4/14/2011 3.26 0.45 0.004Combined vent with SDT # 2. Emissions are from 2 SDTs. 3.26 0.45 0.004

10/28/1987 7.9 1.2 0.014542517 7.9 1.2 0.014542517

7/19/2011 2.8 0.24 0.0041 2.8 0.24 0.0041

12/6/2010 5.43 0.22 0.019 5.43 0.22 0.019E-626 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

1/14/2009 1.5 0.146666667 0.0029 1.5 0.146666667 0.0029
11/15/2007 0.936 0.032766667unspecified 0.936 0.032766667 11/14/2007 0.988 0.043633333 unspecified 0.988 0.043633333

4/23/2007 28.4 2.7 0.025 28.4 2.7 0.025

12/14/2006 6.1 1.5 0.0119 6.1 1.5 0.0119

9/11/1992 14.4754 0.3117 0.0058 14.4754 0.3117 0.0058E-627 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note
5/25/2010 4.1 0.654 0.0097 4.1 0.654 0.0097
3/17/2010 10.3 0.93 0.00777592 10.3 0.93 0.00777592 3/17/2010 2.19 0.2 0.001672241 2.19 0.2 0.001672241 9/30/2010 18.6 1.626 0.013 18.6 1.626 0.013

10/29/2009 9.63 0.99 0.0122 9.63 0.99 0.0122 10/28/2009 6.11 0.39 0.0032 6.11 0.39 0.0032

4/14/2010 10.53 0.81 0.005 10.53 0.81 0.005

10/23/2007 21 1.1 0.013 21 1.1 0.013

5/7/2008 11.4 0.8 0.008 11.4 0.8 0.008E-628 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

12/15/2010 8.16 0.404 0.009 8.16 0.404 0.009

10/25/2005 5.5 0.381 0.009315403 5.5 0.381 0.009315403E-629 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note
7/20/2006 8.6 0.903 0.013681818 8.6 0.903 0.013681818

7/14/2009 19.11333333 0.72 0.011Separate conditions: weak wash scrubber 7/14/2009 31.94666667 1.32 0.021Separate conditions: water scrubber 25.53 1.02 0.016

7/14/2009 10 0.52 0.011Separate conditions: weak wash scrubber 7/15/2009 4.7 0.2 0.004Separate conditions: water scrubber 7.35 0.36 0.0075

10/20/2009 2.33 0.28 0.005 2.33 0.28 0.005 3/16/2011 7.86 0.4446 0.013 7.86 0.4446 0.013E-630 RTI&EUID ce). used to fill gaps for res date ppm3 lb/hr lb as H2S/ton BLS note date ppm3 lb/hr lb as H2S/ton BLS note ppm3 lb/hr lb/prod2 TRS Performance Level Note

164 7.656 0.587 0.0081Current NCASI EF converted to as H2S: 0.021E-631 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# APCD 1 DATA

APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num C037A 037A Recovery furnace ESP (dry bottom) DBESP 1993 1993 UK UK C109 109 Scrubber - venturi SCBR 1993 1993> -1.54 C24 115 ESP (dry) ESP 1993 1993 UK UK
LK-ESP LK ESP (dry) ESP 1985 19854 499.97 99.97 492.5 492.5

RB-ESP RB10 Recovery furnace ESP (dry bottom) DBESP-WPR 1975, 1995-upgrade 0.5 0.5 471 471 SDTV-S SDTV10 Scrubber SCBR 1996 19961 1

RBESP G-158 Recovery furnace ESP (dry bottom) DBESP 1975 1975 UK UK 0.244323465703971 0.244323466 LK5VS G-165, LVHC, SOG Scrubber - venturi SCBR 1987 1987 1.75 1.75 UK UK NSS G-225 Scrubber - Ducon alkaline SCBR 1975 19758 8UK UK RF ESP EUG D6 Recovery furnace ESP (dry bottom) DBESP 2006 20066 695 95 549.2 549.2
EUG D6 Recovery furnace (EUG D6) INC_RF 2006 2006
LK ESP EUG E7 ESP (dry) ESP 1992 19924 495 95 702.7 702.7 CD440-067 and CD441-050 EU445A Other - oxidation tower and blowers OTH 1972 1972 UK CD445-183 EU445A Recovery furnace ESP (wet bottom) WBESP 1982 1982 UK 563 563 CD445-164 EU445B (#3 SDT East) Scrubber - venturi SCBR 1972 19729 9 CD445-162 EU445B (#3 SDT West) Scrubber - venturi SCBR 1972 19729 9 CD445-162 & CD445-164 EU445B (#3 SDT East and West) Scrubber - venturi SCBR 1972 1972 9 9 CD445-480 EU445C Recovery furnace ESP (dry bottom) DBESP-WPR 1982 1982 UK 706 706 CD 445-447 EU445D, EU440 (salt cake mix tank) Scrubber - venturi SCBR 1972 1972 12 12 CD 456-110 EU455 ESP (dry) ESP 1976 19761 1 1539 1539
08-E1 Recovery furnace ESP (dry bottom) DBESP pre-1990 99.5 99.5 152755 152755 09-P2 Scrubber SCBR pre-1990 >1 80 80 11-P13 ESP (dry) ESP 1996 1996 99 99 19890 19890E-632 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num LKSCRB Lime Kiln Wet Scrubber Scrubber - venturi SCBR pre 1990 9.2 9.2

ESP Recovery Furnace No. 3 ESP Recovery furnace ESP (dry bottom) DBESP 2009 2009 not readily available SDT3SCBR Smelt Dissolving Tank No. 3 Scrubber Scrubber - packed bed PBSCBR 2009 2009

LKESP LK1 ESP (dry) ESP 1997 1997 RB3ESP RB3 Recovery furnace ESP (dry bottom) DBESP 1987 1987 315 315 RB4ESP RB4 Recovery furnace ESP (dry bottom) DBESP 1997 1997 496 496 ST3SBR SDT3 Scrubber - venturi SCBR 1987 1987 11 11 ST4SBR SDT4 Scrubber - venturi SCBR 1997 1997 1 1 STWS G-127 Scrubber SCBR 2009 20090 0 LKESP G-35 ESP (dry) ESP 1996 19961 1 515 515 ES 445-001 G-44, G-127 Recovery furnace ESP (dry bottom) DBESP-WPR 2009 2009 1.5 1.5 435 435 RBESP AA-100 Recovery furnace ESP (dry bottom) DBESP 1990 1990 99.9 99.9 444 444 SDTVSS AA-101 Scrubber SCBR 1990 19902 299 99 LKESP AA-110 ESP (dry) ESP 1990 1990 99.9 99.9 539 539 CDU1 U500 Recovery furnace ESP (dry bottom) DBESP 1980 1980 0.00051 0.00051 CDU5 U508 Scrubber - venturi SCBR 1980 19809.1 9.1 CDU7 U800 ESP (dry) ESP 2003 2003 0.00047 0.00047 LK01 PM ESP (dry) ESP 2002 2002 1.2 1.2 New in 2002 RE01 PM Recovery furnace ESP (dry bottom) DBESP 1998 19981.2 1.2 UK SM01 PM Scrubber SCBR 1978 19784.6 4.6 LKSCR 001 Scrubber - venturi SCBR 1967-1968 12-20 RFESP 003 Recovery furnace ESP (wet bottom) WBESP 1981-1982 UK UK SDTSCR 004 Scrubber - venturi SCBR 1981-1983 7-9

C21 B21 Recovery furnace ESP (dry bottom) DBESP 1974 1974NA 99 (Manuf. Spec) 99 UK 414 414 C05 P30 Scrubber - venturi SCBR 1974 19748.5-14 95 (Manuf. Spec) 95 UK C53 P36 Scrubber - venturi SCBR 1960 196015-40 97 (Manuf. Spec) 98UK SCBR04 EQT005 Scrubber - Ducon SCBR 1980 1980>1.7 SCBR05 EQT006 Scrubber - venturi SCBR 1963 196322 22 ESP008 EQT008 Recovery furnace ESP (dry bottom) DBESP 1980 19800.75 0.75 601 601E-633 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num ESP010 EQT010 Recovery furnace ESP (dry bottom) DBESP 1989 1989 1.5 1.5 362 362
SCBR11 EQT011 Scrubber - Ducon SCBR 1989 1989>1.7

ESP5 F7 Recovery furnace ESP (dry bottom) DBESP 1989 19894 4 451.2 451.2
LK1S M18 Scrubber - venturi SCBR 1999 1999 13 13 LK2S M19 Scrubber - venturi SCBR 1999 1999 10 10 STS5 M3 Scrubber SCBR 2000 200013.9 13.9 C-11 000009 Scrubber SCBR 1987 1987UK
C-13 000010 Scrubber SCBR 1987 1987UK
C-29 000011 Scrubber SCBR 1995 199524.5 24.5
C-REVB1 000013 Recovery furnace ESP (dry bottom) DBESP 1999 1999 UK 232.558139534884 232.5581395
C-REVB2 000014 Recovery furnace ESP (dry bottom) DBESP 1999 1999 UK 232.558139534884 232.5581395

000011,000003 Lime kiln (EU000011), boiler (EU000003) INC 000011,000003 Lime kiln (EU000011), boiler (EU000003) INC ESP001 001 Recovery furnace ESP (dry bottom) DBESP 2002 2002 1 1 525 525 MC004 004,LVHC Multicyclone MC 1970 1970NA ESP019 019 Recovery furnace ESP (wet bottom) WBESP 1970 19701 1 306 306 SDTSBR020 020 Scrubber - venturi SCBR 2002 20028 8 SDTSBR021 021 Scrubber - venturi SCBR 2002 20028 8 LKPPT LK ESP (dry) ESP 2003 2003 NA UK UK 350 350E-634 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num RecESP RECOV Recovery furnace ESP (wet bottom) WBESP 1980 1980NA UK UK 472 472

SDTScr SDT Scrubber SCBR 1980 1980>1 UK UK ESP1 LK1 ESP (dry) ESP 2003 2003 UK 99 99 541 541 ESP2 LK2 ESP (dry) ESP 2003 2003 UK 99 99 499 499 E101A REC1 Recovery furnace ESP (wet bottom) WBESP 1993 - Upgrade 4 499 99 432 432 E111A SDT1, SCMT Scrubber - venturi SCBR 1991 - Upgrade 21 2197 97 1RESP 1 Recovery furnace ESP (wet bottom) WBESP 1957 (1998 - Rebuilt by Environmental Elements) UK UK UK 286.95652173913 286.9565217 11SD3S 11 Scrubber - dynamic fan SCBR 1980 19803 3 UK UK

2RESP 2 Recovery furnace ESP (wet bottom) WBESP 1964 (1992 - Rebuilt by PrecipTech) UK UK UK 382.5 382.5

3RESP 3 Recovery furnace ESP (dry bottom) DBESP 1971 (2002 - Rebuilt) UK UK UK 484.725212464589 484.7252125 4LKSCR 4 Scrubber - venturi SCBR 1957 1957 16.9 16.9 UK UK
5LKSCR 5 Scrubber - venturi SCBR 1964 196416.9 16.9 UK UK
6SD1S 6 Scrubber - venturi SCBR 1980 19806.5 6.5 UK UK

7SD2S 7 Scrubber - venturi SCBR 1980 19804.5 4.5 UK UK

CZ12-3 16 Scrubber - venturi SCBR 1982 198228.4 28.499.5 99.5 CZ11-1 18 Scrubber - venturi SCBR 1966 196626.4 26.499.5 99.5 CR01CD 5, SCMT4, BLO Recovery furnace ESP (dry bottom) DBESP 1975 1975 NA 99.9 99.9 601 601 CR05CD 6, SCMT5 Recovery furnace ESP (dry bottom) DBESP 1991 1991 NA 99.9 99.9 589 589 CR01CD 5, SCMT4, BLO Recovery furnace ESP (dry bottom) DBESP 1975 1975 NA 99.9 99.9 601 601 CR02CD SDT4N Scrubber - venturi SCBR 1975 19758.5 8.590 90E-635 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num CR03CD SDT4S Scrubber - venturi SCBR 1975 19758.1 8.190 90 CR02CD/CR03CD SDT4N/4S Scrubber - venturi SCBR 1975 19758.3 8.390 90 CRO6CD SDT5 Scrubber - wetted fan SCBR 1991 1991 NA 96.7 96.7 4LKESP 21LK4 ESP (dry) ESP 1989 1989 395 395 ESP1 4RB Recovery furnace ESP (dry bottom) DBESP-WPR 1970 1970 351 351
SCBR1 4SDT Scrubber SCBR 1988 198810 - 11 ESP2 5RB Recovery furnace ESP (dry bottom) DBESP-WPR 1977 1977 590 590 SCBR2 5SDT Scrubber SCBR 1977 19775 - 6 RB4MS 10 Recovery furnace ESP (dry bottom) DBESP 1973 1973 489 489 SDT4TE 12a Scrubber SCBR 1973 1973 SDT4TW 12b Scrubber SCBR 1973 1973 LK#1 14 Scrubber - venturi SCBR 1972-upgrade 20 20 LK#2 15 Scrubber - venturi SCBR 1972 197230 30 003-7 003-1 Recovery furnace ESP (dry bottom) DBESP pre-1990 UK UK 004-2 004-1 Scrubber - venturi SCBR pre-1990 25 25

007-4 007-1 Scrubber SCBR pre-1990 UK 007-5 007-2 Scrubber SCBR pre-1990 UK CE007 EU 005 Recovery furnace ESP (dry bottom) DBESP 1998 19981.1 1.199.89 99.89 397.143442622951 397.1434426 CE017 EU 031 Scrubber - spray tower SCBR 1998 19982 2 CE019 EU 033 ESP (dry) ESP 1999 1999 1.1 1.198.9 98.9 353.698811096433 353.6988111 PC(157) 157 Scrubber - venturi SCBR 1972 197224 24 PC(189) 189 Recovery furnace ESP (dry bottom) DBESP-WPR 1972 1972 NA 66.3 66.3 PC(204) 204 Scrubber - quench SCBR 1987 1987NA PC(511) 511 ESP (dry) ESP 2002 200230 30 13 13
PC(512) 512 ESP (dry) ESP 2002 200233 33 13 13
PC(721) 721 Recovery furnace ESP (dry bottom) DBESP-WPR 1987 1987NA 78.4 78.4E-636 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num SCRB LK1 001 Scrubber - venturi SCBR 1976 197633 33 ESP RB1 002 Recovery furnace ESP (dry bottom) DBESP-WPR 1976 19761.8 1.899 99 563 563 SCRB SDT1 003 Scrubber - venturi SCBR 1990 19908.2 8.2 ESP1 02 Recovery furnace ESP (dry bottom) DBESP-WPR pre-1990 295 295
SDTSCBR 03 Scrubber - venturi SCBR pre-1990 LKSCBR 04,LVHC,HVLC Scrubber - venturi SCBR 2003 20038 minimum, 16 typical 481-141 32 Scrubber - venturi SCBR 2003 200330 30 461-170 55 Recovery furnace ESP (dry bottom) DBESP 1969 1969 NA 538 538
461-212 57 Scrubber - venturi and packed bed PBSCBR 2002 20026 6 CD-7214 CU7214 Recovery furnace ESP (dry bottom) DBESP 1999 1999 UK UK NA 630 (both sides) 630 CD-7215 CU7215 Recovery furnace ESP (dry bottom) DBESP 1977 1977UK UK NA UK CD-7216 CU7216 Recovery furnace ESP (wet bottom) WBESP 1991 1991 UK UK NA 560 (both sides) 560 CD-6009 P6009 Scrubber - venturi SCBR 1975 197522 22 UK NA CD-6025 P6025 Scrubber - venturi SCBR 1973 197326 26UK NA CD-7236 P7236 Scrubber - quench SCBR 1977 1977UK UK NA CD7217 P7413 Scrubber - quench SCBR 1974 1974UK UK NA C009 6063 ESP (dry) ESP 1992 1992 N/A 350 350 C011 7000 Recovery furnace ESP (wet bottom) WBESP pre-1990 N/A 550 550
C012 7005 Scrubber SCBR 1992 1992 N/A
C013 7010 Recovery furnace ESP (wet bottom) WBESP pre-1990, 2002 rebuild N/A 550 550 C014 7015 Scrubber SCBR 1992 1992 N/A
C015 7020 Recovery furnace ESP (wet bottom) WBESP 2004 Replacement 2004N/A 666 666

C016 7025 Scrubber SCBR 1992 1992 N/AE-637 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

PR012-01 31 Other OTH PR010-02C 54 Recovery furnace ESP (wet bottom) WBESP 1969 1969 99.9 99.9 PR010-02C 55 Recovery furnace ESP (wet bottom) WBESP 1969 1969 99.9 99.9 PR009-01C 56 Other - demister spray OTH 1959 1959 60 60
PR011-01C 57 Scrubber SCBR 1997 1997 94.2 94.279 79 001 001 Scrubber - venturi SCBR 1997 1997 18-30 99.88 99.88 SDT01a 10 Scrubber - venturi SCBR 1991 1991 17 1797.8 97.8UK NA RF201 16 Recovery furnace ESP (dry bottom) DBESP-WPR 1991 1991 NA 99.9 99.9 NA 617 617 SDT201 17 Scrubber - venturi SCBR 1991 1991 11 1198 9891.3 91.3 NA LK201 30 ESP (dry) ESP 1999 1999 NA 99.7 99.7NA 396 396 LK101 6 Scrubber - venturi SCBR <1990 >16.5 99.8 99.8NA NA RF101 8 Recovery furnace ESP (wet bottom) WBESP <1990 NA 99.7 99.7NA 236 236 C-620 No. 3 Chemical Recovery Boiler Recovery furnace ESP (dry bottom) DBESP 1995 1995<1.0 UK NA 878 878 C-635 No. 3 Smelt Dissolving Tank Scrubber - venturi SCBR 1993 1993 18 18UK UK NA C-624 No. 4 North Smelt Dissolving Tank Scrubber - venturi SCBR 1993 1993 11 11 UK UK NA C-623 No. 4 South Smelt Dissolving Tank Scrubber - venturi SCBR 1993 1993 13 13 UK UK NA C-827 No. 1 Lime Kiln Scrubber - venturi SCBR 1978 197823 23 UK UK NA C-622 No. 4 Chemical Recovery Boiler Recovery furnace ESP (dry bottom) DBESP 1995 1995<1.0 UK NA 461 461 C-830 No. 4 Lime Kiln Cyclone CYC 1995 3 3 NA NA RF1ESP 001 Recovery furnace ESP (dry bottom) DBESP 1996-upgrade NA 99.5 99.5 NA 505 505 SDT1SCB 002 Scrubber SCBR UK 1.9 1.996.7 96.7NA NA LK1SCB 003 Scrubber - venturi SCBR UK 16.2 16.299 99 NA NA RF2ESP 007 Recovery furnace ESP (dry bottom) DBESP 1990 1990NA 99.3 99.3 NA 523 523 SDT2SCB 008 Scrubber SCBR 1990 19901 195.7 95.7NA NA LK2ESP 009 ESP (dry) ESP 1990 1990NA 99.7 99.7NA 389 389 ES-503 B011 Recovery furnace ESP (dry bottom) DBESP 1976 1976 99% (design) 99 544 544 MC-102 P001 Cyclone (excluding product recovery cyclones) CYC 1991 1991E-638 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num SC-502 P005 Scrubber - venturi SCBR 1978 1978>3.3 90% (design) 90 SCRBLK CAU-12 Scrubber SCBR 1989 19890.13 0.13 ESP-1 CREC-1 Recovery furnace ESP (dry bottom) DBESP 2006-upgrade SCRBSTa CREC-2a Scrubber - venturi SCBR 1981 19815 5 SCRBSTb CREC-2b Scrubber - venturi SCBR 1981 19815 5 SCRBSTa/b CREC-2a/2b Scrubber - venturi SCBR 1981 19815 5 CPCD3 CP001, CP002 Scrubber - packed bed PBSCBR 1991 19914-6 95 95 CPCD3 CP001, CP002 Scrubber - packed bed PBSCBR 1991 19914-6 95 95 RECCD2 REC004 Recovery furnace ESP (dry bottom) DBESP 1984 198411 11 uk RECCD3 REC005 Scrubber - venturi SCBR 1984 198411 11 RECCD4 REC006 Scrubber - venturi SCBR 1984 198411 11 RECCD3/CD4 REC005/006 Scrubber - venturi SCBR 1984 198411 11 RECCD5 REC007 Recovery furnace ESP (dry bottom) DBESP 1966 1966 RECCD6 REC008 Scrubber - venturi SCBR 1966 19660.2 0.2 RECCD7 REC009 Scrubber - venturi SCBR 1966 19660.58 0.58 03-ESP 03 Recovery furnace ESP (wet bottom) WBESP 1982 1982 1 198.8 98.8 352 352 04-SCBR 04 Scrubber SCBR 1970 19704 4 07-SCBR 07 Scrubber - venturi SCBR 1970 19709 9 A EQT 0053 Scrubber SCBR B EQT 0065 Scrubber SCBR C EQT 0066 Scrubber SCBR C05 P30 ESP (dry) ESP 1993 1993 NA
C07 P32 Scrubber - venturi SCBR 1987 1987>10 C09 P35 Scrubber - venturi SCBR 1987 1987>10 C10 P36 Recovery furnace ESP (wet bottom) WBESP 1974 installed; 2003 upgrade NA 300 300 C11 P37 Recovery furnace ESP (wet bottom) WBESP 1988 1988NA Not Available C12 P38 Scrubber - venturi and packed bed PBSCBR 1989 198920-21 C13 P39 Recovery furnace ESP (wet bottom) WBESP 1988 1988NA 350 350 Other - O2 Polishing OTH Other - O2 Polishing OTHE-639 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num LK SCRUBBER LIME KILN Scrubber - venturi SCBR 1972 1972 13.5 13.5
RF ESP RECOVERY FURNACE Recovery furnace ESP (dry bottom) DBESP 1972 1972 NA 320 320
SDT SCRUBBER SDT Scrubber - packed bed PBSCBR 2004-upgrade 5 5 LK03WS 143100 Scrubber - venturi SCBR pre-1990 19.2 19.297 97 LK04WS 145000 Scrubber - venturi SCBR pre-1990 14.4 14.498 98

LK5ESP LK5 ESP (dry) ESP pre-1990 99 99 RF18EP RF18 Recovery furnace ESP (wet bottom) WBESP pre-1990 99 99 RF19EP RF19 Recovery furnace ESP (wet bottom) WBESP pre-1990 99 99 RF22EP RF22 Recovery furnace ESP (dry bottom) DBESP pre-1990 99.9 99.9 ST18VS SMEL18 Scrubber - venturi and packed bed PBSCBR pre-1990 6 688.9 88.9 ST19VS SMEL19 Scrubber - venturi and packed bed PBSCBR pre-1990 11.8,10.4 88.9 88.9 ST22VS SMEL22 Scrubber - venturi and packed bed PBSCBR pre-1990 9.1 9.188.9 88.9 VENSCR KILN Scrubber - venturi SCBR 1972 197220 20 WESP RB2 Recovery furnace ESP (wet bottom) WBESP 1972 1972 252 252
SDRMST SDT Mist eliminator MIST 1972 19720.5 0.5 CD01 F3/PW04 Scrubber - venturi SCBR 1968 196852.4 52.4 CD01 F3/PW04 Scrubber - venturi SCBR 1968 196852.4 52.4 CD03 F4 Scrubber - venturi SCBR 2004 200418.8 18.8 371ASCRUB 371A Scrubber SCBR 1982 1982 N/A: Dynamic scrubber with intergral fan not known not known 372AESP 372A ESP (dry) ESP 1989 1989 1 1not known not known 550 550 381AESP 381A Recovery furnace ESP (dry bottom) DBESP 1982 1982 1 1not known not known 500 500 381CSCRUB 381C Scrubber SCBR 1982 1982 N/A: Dynamic scrubber with intergral fan not known not known

382AESP 382A Recovery furnace ESP (dry bottom) DBESP 1989 1989 1 1not known not known 500 500E-640 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num 382BSCRUB 382B Scrubber SCBR 1989 1989 N/A: Dynamic scrubber with intergral fan not known not known

LK1SCR LK1501 Scrubber - venturi SCBR 1990 199015 15 LK2SCR LK2502 Scrubber - venturi SCBR 1980 198028 28 RF1EP1 RF1901 Recovery furnace ESP (wet bottom) WBESP 1967 1967 263 263 RF2EP1 RF2904 Recovery furnace ESP (wet bottom) WBESP 1980 1980 215 215 SD1SC1 SD1902 Scrubber - venturi SCBR 1967 1967 11.6 11.6 SD1SC2 SD1903 Scrubber - venturi SCBR 1967 1967 14.1 14.1 SD2SCR SD2906 Scrubber - venturi SCBR 1980 1980 C08 B08 Recovery furnace ESP (dry bottom) DBESP 1984 19842 2 A side- 309 309 C10 B10 Recovery furnace ESP (dry bottom) DBESP 1988 19882 2 B side- 306 306 C18 P08 Scrubber SCBR 1975 19755-10 95 95 C19 P10 Scrubber SCBR 1975 19755-10 95 95 C17 P12 Scrubber SCBR 1986 19860-3 95 95

263009 000002 Scrubber - venturi SCBR 1977 197735 35 351013 000006 Recovery furnace ESP (dry bottom) DBESP 1990 1990UK UK 401015 000008, PAT02, SCFREC, BT02, ADCFT Scrubber SCBR 1977 1977UK

EP-1N 000013 Recovery furnace ESP (dry bottom) DBESP 1985 1985 UK UK SM01 000014, 000066, 000065, BT01 Scrubber SCBR 1990 1990UK

VS-2 000019 Scrubber - venturi SCBR 1972 1972 19 19
BLOXCOND HVLC, LVHC, SOG Condenser COND 2006 2006 BLOXCOND HVLC, LVHC, SOG Condenser COND 2006 2006 LK1 Scrubber LVHC, SOG Scrubber - venturi SCBR 1963 1963-0.1 -0.1 LK2 Scrubber LVHC, SOG Scrubber - venturi SCBR 1979 197925 25E-641 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num RB1ESP RB01 Recovery furnace ESP (wet bottom) WBESP 1963 1963 299.7 299.7 RB2ESP RB02 Recovery furnace ESP (wet bottom) WBESP 1966/1989 523.07027027027 523.0702703 ST1 Scrubber ST01 Scrubber SCBR 1964 1964<2

ST2 Scrubber ST02 Scrubber SCBR 1967 1967<2

LKSCBR 004LK Scrubber - venturi SCBR 1974 197421 21 UK UK

RBESPA 005RB Recovery furnace ESP (wet bottom) WBESP 1982 1982 NA UK UK 259.2 259.2 SDSCBR 007SDT Scrubber - dynamic SCBR 1980 19803 3 UK UK

LKSCRB Lime Kiln Scrubber - venturi SCBR 1981 198129.33 29.33 No. 1 Recovery Boiler ESP No. 1 Recovery Boiler Recovery furnace ESP (wet bottom) WBESP 1981 1981 473 473 No. 2 Recovery Boiler ESP No. 2 Recovery Boiler Recovery furnace ESP (wet bottom) WBESP 1981 1981 473 473 No. 1 Smelt Tank Scrubber No. 1 Smelt Tank Scrubber - packed bed PBSCBR 1981 1981

No. 2 Smelt Tank Scrubber No. 2 Smelt Tank Scrubber - packed bed PBSCBR 1981 1981

ESPRB2 002 Recovery furnace ESP (dry bottom) DBESP-WPR 1958, 1990-modification UK ESPRB3 003 Recovery furnace ESP (dry bottom) DBESP-WPR 1959, 1990-modification UK ESPRB4 004 Recovery furnace ESP (dry bottom) DBESP-WPR 1968, 1991-modification UK

MESDT2 006 Mist eliminator MIST 1958 1958 VSSDT3 007 Scrubber - venturi SCBR 1959, 1989 - modification 13 13 VSSDT4 008 Scrubber - venturi SCBR 1968, 1985 scrubber modification 11 11E-642 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num VSLK1 009 Scrubber - venturi SCBR 1958 195832 32

VSLK2 010 Scrubber - venturi SCBR 1964 - modification 50 50

LK03 Scrubber LK03 Scrubber - venturi SCBR 1986 1986< 30.3 NOT AVAILABLE NOT AVAILABLE RB01 Precipitator RB01 Recovery furnace ESP (wet bottom) WBESP 1966 1966~0.5 0.5 NOT AVAILABLE NOT AVAILABLE ~ 399 399 RB02 Precipitator RB02 Recovery furnace ESP (wet bottom) WBESP 1981 1981~0.5 0.5 NOT AVAILABLE NOT AVAILABLE ~ 428 428 ST01 Scrubber ST01 Scrubber SCBR 1966 1966~ 4.5 4.5 NOT AVAILABLE NOT AVAILABLE

ST02 Scrubber ST02 Scrubber SCBR 1981 1981~ 4.5 4.5 NOT AVAILABLE NOT AVAILABLE

LKSCBR LK1 Scrubber - venturi SCBR 1970 197019.5 19.5 UK UK ESPA RECOVB Recovery furnace ESP (dry bottom) DBESP 1970 1970NA UK UK UK

SDSCBR SDT Scrubber SCBR 1970 19705.5 5.5 UK UK G-18 ESP G-18 ESP (dry) ESP 1998 19980.5-1 36975 36975 G-32 ESP G-32 Recovery furnace ESP (dry bottom) DBESP 1975 1975 1-2 81648 81648 G-63B SCRUB G-63B Scrubber SCBR 1975 19750-6

G-63C EWSCRUB G-63C Scrubber SCBR 1981 19810-6

G-92 ESP G-92 Recovery furnace ESP (wet bottom) WBESP 1981 1981 1-2 328248 328248 G-95 CYC G-95 Cyclone (excluding product recovery cyclones) CYC 1995 1995 NA Collection system LK1B LK1A Scrubber - venturi SCBR 1989 198925 2599.5 99.5 LK2B LK2A Scrubber - venturi SCBR 1999 199923.4 23.499.5 99.5E-643 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num RB2B RB2A Recovery furnace ESP (wet bottom) WBESP 1978 1978 99.2 99.2 327.161298146903 327.1612981 RB3B RB3A Recovery furnace ESP (dry bottom) DBESP 1988 1988 99.8 99.8 387.215563721924 387.2155637 ST2B ST2A Scrubber - dynamic SCBR 1992 1992 Not Applicable; Use Fan Amps 99.5 99.5

ST3B ST3A Scrubber - dynamic SCBR 1988 1988Not Applicable; Use Fan Amps 99.5 99.5

08-CD-013-001 G-37 Scrubber SCBR 1995 19958 8 09-CD-004-001 G-5 Scrubber SCBR 1985 198520 2099.86 99.86 08-CD-004-001 RB7 Recovery furnace ESP (dry bottom) DBESP 1995 1995 99.96 99.96 0.449 0.449 EU0804ESP EU0804 - Recovery Boiler Recovery furnace ESP (dry bottom) DBESP 1981 1981 1.8 1.899.8 99.8 CD0801 EU0805 - Dissolving tank Scrubber SCBR 1981 19812.2 2.2 EU0905SCR EU0905 - Lime Kiln Scrubber - venturi SCBR 1981 198136 36 08C012 08P012 Recovery furnace ESP (dry bottom) DBESP UK UK 445 445 08C013 08P013 Recovery furnace ESP (dry bottom) DBESP UK UK 445 445 08C014 08T014 Scrubber - venturi SCBR ~7.03 delta P across scrubber inches H2O, 2010 avg 7.03 UK UK 08C015 08T015 Scrubber - venturi SCBR ~7.35 delta P across scrubber inches H2O, 2010 avg 7.03 UK UK 09C37A 09P037 ESP (dry) ESP 1995 1995 UK UK 572 572
LK3ESP LK3 ESP (dry) ESP 1995 1995 1400 1400 RF3ESP RF3 Recovery furnace ESP (dry bottom) DBESP 1992 1992 440 440 SDTSCR SDT Scrubber SCBR 1992 1992 D01E D001 Recovery furnace ESP (dry bottom) DBESP 1992 19920.58 0.58 575 575 D02S D002, D907 Scrubber - impingement SCBR 1992 19924.5 4.5 L01S L001 Scrubber - venturi SCBR 1997 1997 15.8 15.8 L02S L002 Scrubber - venturi SCBR 1997 199720.1 20.1 LK1_SCBR 01 Scrubber - venturi SCBR 1964 1964>13 4RBN_ESPWB 09 Recovery furnace ESP (wet bottom) WBESP 1993-upgrade UK 4RBS_ESPWB 10 Recovery furnace ESP (wet bottom) WBESP 1993-upgrade UK 4RBN_ESPWB/4R BS_ESPWB 09/10 Recovery furnace ESP (wet bottom) WBESP 1993-upgrade UK 4SDT_SCBR 11,93 Scrubber - venturi SCBR 2004-upgrade >7.2 LK2_SCBR 14 Scrubber - venturi SCBR 1978 1978>22 5RBN_ESPDB 49 Recovery furnace ESP (dry bottom) DBESP 1990 1990 UK 5RBS_ESPDB 50 Recovery furnace ESP (dry bottom) DBESP 1990 1990 UKE-644 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num 5RBN_DBESP/5RB S_ESPDB 49/50 Recovery furnace ESP (dry bottom) DBESP 1990 1990 UK 5SDT_SCBR 51,94 Scrubber - venturi SCBR 2004-upgrade >7.3 C37 037 Recovery furnace ESP (dry bottom) DBESP 1993 1993 1.2 wg 99 99 53.65 53.65 C03 103 Scrubber - venturi SCBR 1966 1966> 15.6 99 99 C10 110 Scrubber SCBR 1993 1993> 6.02 99 99 ESP1 002 Recovery furnace ESP (dry bottom) DBESP 1988 NA Scrb3 Scrubber SCBR 5.5 5.5 SCBR2 004 Scrubber - venturi SCBR 18-19 ESP-1 72 Recovery furnace ESP (dry bottom) DBESP-WPR 2000-upgrade 130 130 ESP-2 73 Recovery furnace ESP (dry bottom) DBESP-WPR 2001-upgrade 137 137 10 LK1, LVHC Scrubber - venturi SCBR 2005 200525 25 LK2ESP LK2, LVHC ESP (dry) ESP 2004-upgrade 365 365
7 SDT1 Scrubber - quench SCBR pre-1990 8 SDT2a Scrubber - quench SCBR pre-1990 9 SDT2b Scrubber - quench SCBR pre-1990 RF4ESP 02 Recovery furnace ESP (dry bottom) DBESP/SCBR 1998-upgrade 0.15 0.1599 99 UK

SD4SCB 05 Scrubber - packed bed PBSCBR 1975 1975 10.1 10.195 95 LK4SCB 07 Scrubber - venturi SCBR 1979 197924 2499 99

LK27 LK ESP (dry) ESP 1992 1992 10 1099.8 99.8 CRUESP RB15 Recovery furnace ESP (dry bottom) DBESP 1992 1992 N/A 99 99 SMSCR RB17 Scrubber - dynamic SCBR 1992 19926 693.3 93.362.5 62.5 LK1SCB 001LK1 Scrubber SCBR pre-1990 4 4UK LK2SCB 002LK2 Scrubber SCBR pre-1990 5 5 UK LK3SCB 003LK3 Scrubber SCBR pre-1990 3 3 UK 62-101 014RB1 Recovery furnace ESP (wet bottom) WBESP 2003 2003 UK 62-056 015SD1 Scrubber SCBR pre-1990 5 5 UKE-645 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num 62-301 016RB2 Recovery furnace ESP (wet bottom) WBESP 1996 1996 305 305 62-056 017SD2 Scrubber SCBR pre-1990 4 4UK SN25S SN25 Scrubber SCBR 1981 198130 30UK UK SN26E SN26 Recovery furnace ESP (wet bottom) WBESP 1981 1981 UK UK SN27S SN27 Scrubber SCBR 1981 19816 6UK UK SN28S SN28 Scrubber SCBR 1981 19816 6UK UK C600 L600, N900 (backup) Scrubber - venturi SCBR 1963 196325 25
C601 L601, N900 (backup) Scrubber - venturi SCBR 1967 196720 20

C400 R400 Recovery furnace ESP (dry bottom) DBESP 1990 1990 460 460
C401 R401 Recovery furnace ESP (dry bottom) DBESP 1991 1991 460 460
C402 R402 Recovery furnace ESP (dry bottom) DBESP 1995 1995 500 500 C404 R404 Scrubber SCBR 1990 1990Not reqd
C405 R405 Scrubber SCBR 1991 1991 Not reqd
C406 R406 Scrubber - venturi SCBR 1972 19722.5 2.5
LKSCR Scrubber - venturi SCBR 1965 1965 19 19 3RBESP Recovery furnace ESP (dry bottom) DBESP 1989 1989 99 99 SDTSCR Scrubber - wetted fan SCBR 1989 19894 4 SN-02 SN-02 ESP (dry) ESP 1991 1991 1922 1922 SN-06 SN-06 Recovery furnace ESP (dry bottom) DBESP pre-1990 524 524 SN-08 SN-08 Scrubber SCBR pre-1990 11 11 SN-08 SN-08 Scrubber SCBR pre-1990 11 11 SN-08 SN-08 Scrubber SCBR pre-1990 11 11 SN-09 SN-09 Scrubber SCBR pre-1990 13 13 SN-14 SN-14 Recovery furnace ESP (dry bottom) DBESP pre-1990 381 381 SN-15 SN-15 Scrubber SCBR pre-1990 3.6 3.6E-646 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num VENTSCR 1 Scrubber SCBR 2003 200324 24

ESP 2 Recovery furnace ESP (dry bottom) DBESP 1987 1987 SMELTSCR 4 Scrubber SCBR 1988 19883 3 004_CD 004 Scrubber SCBR 1988 198818.3 18.3 019_CD 019 Recovery furnace ESP (dry bottom) DBESP 1994 19940.6 0.6 519 519 020_CD 020 Scrubber SCBR 1994 199410.4 10.4 Z003 002 Recovery furnace ESP (dry bottom) DBESP 1976 19761 198.5 98.5 436 436 Z006 004 Scrubber - venturi SCBR 1976 19762 2 Z032 011 Scrubber - venturi SCBR 2004 200425 25 2723C 007_10 ESP (dry) ESP 1995 1995 UK 342 342 2511C 007_8, 007_9 Scrubber - venturi SCBR 1966 19662.5 2.5 2511C 007_8, 007_9 Scrubber - venturi SCBR 1966 19662.5 2.5 2505C 007RF2 Recovery furnace 2-sided ESP (dry bottom) DBESP 1990 19901.37 1.37 526.5 526.5 5105C 007RF3 Recovery furnace 2-sided ESP (dry and wet bottom) DB-WBESP [2- sided dry and wet] 1993-upgraded 0.2 0.2 326 326 ESP SR0001 Recovery furnace ESP (dry bottom) DBESP 1987 19872.8 2.8 384.154573911652 384.1545739 LKS SR0003 Scrubber - venturi SCBR 2003 200323.7 23.7 SDTS SR0034 Scrubber - venturi SCBR 1987 19879.3 9.3 CE 340 EU340 Cyclone CYC 1990 1990NA

CE320 EU320 Recovery furnace ESP (dry bottom) DBESP 1990 1990NA 504.4 504.4

CE322 and CE323 EU322 Scrubber - venturi SCBR 1990 199013.6 13.6

2DTScr-Scr 2DTScr Scrubber - venturi SCBR 1971 19712.7 2.7 3DTScr-Scr 3DTScr Scrubber - venturi SCBR 1990 1990-2.4 -2.4 LKScr-Scr LKScr Scrubber - venturi SCBR 1979 197929.5 29.5E-647 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num RF#2-ESP RF#2 Recovery furnace ESP (dry bottom) DBESP 1980 19800.5 0.5 265 265 RF#3-ESP RF#3 Recovery furnace ESP (dry bottom) DBESP 1973 19730.5 0.5 521 521 LKS 008 Scrubber - venturi SCBR 1964 196426 26 ESP-N 009 Recovery furnace ESP (wet bottom) WBESP 1973 1973 1.1 1.199.9 99.9 400 400
SDTS 010 Scrubber - venturi SCBR 1973 19732.8 2.8 RB10 ESP G-31 Recovery furnace ESP (wet bottom) WBESP 2004 upgrade UK 0.3201 0.3201 RB11 ESP G-32 Recovery furnace ESP (wet bottom) WBESP 2003 upgrade UK UK 0.3201 0.3201 S-71 G-34 Regenerative thermal oxidizer RTO 2006 2006UK UK 96.3 96.3 SDT10 DEM G-35 Mist eliminator MIST pre-1990 0.22 0.22 UK UK SDT11 DEM G-36 Mist eliminator MIST 1973 19730.04 0.04UK UK LK4 SCRUB G-37 Scrubber SCBR pre-1990 20 20UK UK
LK5 SCRUB G-38 Scrubber SCBR 2004 200419.2 19.2 UK UK C28 038 Recovery furnace ESP (dry bottom) DBESP 1983 1983 1.2 1.299.65 99.65 465.27 465.27 C23 103A Scrubber - venturi SCBR 1981 198121 2196.67 96.67 C08 108 Scrubber - venturi and packed bed PBSCBR 1983 1983 12-14 97.44 97.44 X001 001 Recovery furnace ESP (dry bottom) DBESP 1995 19950.5 0.5 508.981168517624 508.9811685 X002 002 Scrubber - venturi SCBR 1978 19789.6 9.6 X003 003 Scrubber - venturi SCBR 1978 197825.5 25.5 X012 007 Recovery furnace ESP (dry bottom) DBESP 1991 1991 1 1 216.549530927015 216.5495309 X013 008 Scrubber SCBR 1991 19912.9 2.9 X014 009 ESP (dry) ESP 1991 1991 UK 526.611570247934 526.6115702 LKS1 LK1 Scrubber - venturi SCBR 2004 200429 29 LKS2 LK2 Scrubber - venturi SCBR 2004 200426.5 26.5 RB2ESP RECB1 Recovery furnace ESP (wet bottom) WBESP 1985 1985 UK 679 679
RB3ESP RECB2 Recovery furnace ESP (wet bottom) WBESP 1992 1992 UK 467 467 SDT2NS SDT1N Scrubber - venturi SCBR 2004 200412.3 12.3 SDT2SS SDT1S Scrubber - venturi SCBR 2004 20048.9 8.9 SDT3S SDT2 Scrubber - venturi SCBR 1992 19922.3 2.3 CAC4 CA81 ESP (dry) ESP 1991 1991 411 411E-648 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num RFC1 RF01 Recovery furnace ESP (dry bottom) DBESP 1973 1973 UK
RFC2 RF02 Scrubber - venturi SCBR 1971 19714.2 4.2 RFC3 RF04 Recovery furnace ESP (dry bottom) DBESP 1982 1982 UK RFC4 RF05 Scrubber SCBR 1982 1982 RFC5 RF06 Scrubber SCBR 1982 1982 UT-9 AA-011 Recovery furnace ESP (dry bottom) DBESP 1984 19842 298 98 563 563 UT-7 AA-012 Scrubber - venturi SCBR 1984 19840.5 0.590 90 RC-6a AA-013 ESP (dry) ESP 1989 19895 598 98 1000 1000 LEP1 LG07 ESP (dry) ESP pre-1990 NA UK R401R4 R401 Recovery furnace ESP (dry bottom) DBESP pre-1990 NA UK RSS5 R403 Scrubber - venturi SCBR 1992 19924 4 REP6 R407 Recovery furnace ESP (dry bottom) DBESP 1990 1990NA UK RSS6 R408 Scrubber - venturi SCBR 1990 1990NA ESP 005 Recovery furnace ESP (dry bottom) DBESP 2004 2004 540 540 SDTVS 007 Scrubber - venturi SCBR 2004 200416.9 16.9 LKVS 008 Scrubber - venturi SCBR pre-1990 15.5 15.5 LKSCB EU17 Scrubber - venturi SCBR pre-1990 26 26 RFESP EU18 Recovery furnace ESP (dry bottom) DBESP-WPR pre-1990 750 750 SDTSCB EU19 Scrubber - venturi SCBR pre-1990 7 7 SDTSCB EU19 Scrubber - venturi SCBR pre-1990 7 7 AP01 LK7 ESP (dry) ESP 1989 1989 638 638 AP15 RF10 Scrubber - Ducon dynamic SCBR 1995 1995 1 1

AP14 RF15 Recovery furnace ESP (dry bottom) DBESP 1995 1995 1023 1023 08-CD-02-001 (G0803) No. 2 Recovery Furnace Recovery furnace ESP (wet bottom) WBESP 1979 1979 UK 516.2 516.2 08-CD-02-004 (G0805) No. 2 SDT Scrubber SCBR 1979 1979 UK 08-CD-03-001 (G0806) No. 3 Recovery Furnace Recovery furnace ESP (dry bottom) DBESP 1991 1991 UK 266.4 266.4 08-CD-03-003 (G0807) No. 3 SDT Scrubber SCBR 1991 1991 UK 09-CD-01-001 (G0903) No. 1 Lime Kiln Scrubber - venturi SCBR 1970 1970 UK 09-CD-02-001 (G0905) No. 2 Lime Kiln Scrubber - venturi SCBR 1979 197934 34 UK 09-CD-03-001 (G0908) No. 3 Lime Kiln Scrubber - venturi SCBR 1990 1990 UKE-649 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num ESP1 LK4 ESP (dry) ESP 1986 1986 99.2 99.2 554.7 sq.ft./1000 acfm 554.7 ESP2 RB2 Recovery furnace ESP (dry bottom) DBESP 1972 1972 99.5 99.5 380.9 sq.ft./1000 acfm 380.9 ESP3 RB3 Recovery furnace ESP (dry bottom) DBESP 1996 1996 99.5 99.5 273.4 sq.ft./1000 acfm 273.4 ESP4 RB4 Recovery furnace ESP (dry bottom) DBESP 1975 1975 99.5 99.5 318.5 sq.ft./1000 acfm 318.5 SCRB2 SDT2 Scrubber SCBR 1975 1975 90 90

SCRB3 SDT3 Scrubber SCBR 1975 1975 90 90E-650 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num SCRB4 SDT4 Scrubber SCBR 1975 1975 90 90

SDT2WS Scrubber - Ducon SCBR 1976 19764.4 4.4 ESP 4, 5 Recovery furnace ESP (dry bottom) DBESP 1975 1975 99 99 3837.62011173184 3837.620112 ESP 4, 5 Recovery furnace ESP (dry bottom) DBESP 1975 1975 99 99 3837.62011173184 3837.620112
ALK-WS Scrubber - low energy SCBR 1989 1989
LKB-VS Scrubber - venturi SCBR 1976 197623.9 23.9 SDT1WS Scrubber - Ducon SCBR 1981 19812 2 1LPRCP 001 Recovery furnace ESP (dry bottom) DBESP 1985-upgrade na 98 98 403.56 403.56 1RPRCP 001 Recovery furnace ESP (dry bottom) DBESP 1985-upgrade na 98 98 403.56 403.56 1LPRCP/1RPRCP 001 Recovery furnace ESP (dry bottom) DBESP 1985-upgrade na 98 98 403.56 403.56 2LPRCP 002 Recovery furnace ESP (dry bottom) DBESP 1985-upgrade na 98 98 403.56 403.56 2RPRCP 002 Recovery furnace ESP (dry bottom) DBESP 1985-upgrade na 98 98 403.56 403.56 2LPRCP/2RPRCP 002 Recovery furnace ESP (dry bottom) DBESP 1985-upgrade na 98 98 403.56 403.56 1LSCRB 005 Scrubber - venturi SCBR 1989 1989 10 1090 90 1RSCRB 006 Scrubber - venturi SCBR 1989 1989 10 1090 90 2LSCRB 007 Scrubber - venturi SCBR 1989 1989 10 1090 90 2RSCRB 008 Scrubber - venturi SCBR 1989 1989 10 1090 90 LKSCR 009 Scrubber - venturi SCBR 1986 198625 2599.2 99.2

LKSCB1 21 Scrubber - venturi SCBR 2002-new, 2005-new 20 20 RFESP1 24 Recovery furnace ESP (dry bottom) DBESP pre-1990, 2002-upgrade 347 347 SDTSC1 25 Scrubber - non-venturi SCBR 2001 2001<1-4 C01 B14 Recovery furnace ESP (dry bottom) DBESP 1991 1991 UK UK 454 454 C08 P21 Scrubber - packed bed PBSCBR 1991 1991 UK UK C10 P22 ESP (dry) ESP 1995 1995 UK UK 598 598E-651 RTI&EUID ce). used to fill gaps for res APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-652 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment Voltage, Power, Current, Spark Rate 4.6 4.6Weak Wash Scrubbing Liquid Flow Rate, Recirculation Rate Voltage, Power, Current, Spark Rate current, voltage, spark rate, opacity 2 chambers in parallel, 3 fields each

opacity, voltage, current, spark rate, inlet temperature 3 chambers in parallel, 4 fields each. See Part III response for discussion about saltcake disposal methods. weak wash 10 10process water {weak wash from recausticizing/lime mud washing} liquid makeup flow, pressure drop, recirculation liquid flow Ducon "Dynamic" Scrubber is comprised of four scrubbing sections in series: 1) "venturi rod box" inlet scrubber section; 2) "TRS spray" shower section; 3) completely flushed integral wet paddle fan; and 4) cyclonic entrainment sepration section. Fresh we Opacity 0.015390534821085 0.015390535fresh water pressure drop, liquid flow rate, outlet flue gas temp 3.28947368421053E-03 0.003289474process water {weak wash} liquid flow rate, pressure drop, alarms, density meter Ducon Alkaline Scrubber (north and south) current Opacity Smelt dissolving tank emissions are vented to the Recovery Furnace and then through the RF ESP. The smelt dissolving tank is also equipped with a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolvin Smelt dissolving tank emissions are vented to the Recovery Furnace and then through the RF ESP. The smelt dissolving tank is also equipped with a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolvin liquid flow rate liquid flow rate, voltage, current, inlet temperature (gas and liquor) Caustic 8.094 8.094 pressure drop. Liquid flow rate (makup and recirculation), inlet temperature (gas) Caustic 4.587 4.587 pressure drop. Liquid flow rate (makup and recirculation), inlet temperature (gas) Caustic voltage, current, inlet temperature (gas) Caustic 3.71 3.71 pressure drop. Liquid flow rate (makup and recirculation), pH, inlet temperature (gas) voltage, current Volts, Amps, Sparks/min - Volts (>= 1), Amps (>= 1), Sparks/min (<= 200) ESP cannot operatre below established temperature limit. Weak wash process water NA process water {weak wash} System Pressure drop (>= 1.0 in H2O), scrubbing liquid pH (>= 9), liquid recirculation pressure (>= 20 psig), liquid recirculation flow (>23 gpm) and fan amps(>1) Volts, Amps, Sparks/min - Volts (>= 1), Amps (>= 1), Sparks/min (<= 200) ESP cannot operatre below established temperature limit.E-653 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment NaOH Not readily available Warm Water (Clarified Red River Water) scrubber pressure drop, scrubber flow
Other (Opacity) None Not readily available Warm Water (Clarified Red River Water) Other (scrubber bypass and vent) Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how opacity opacity opacity Weak Wash 17.9 17.9fresh water pressure drop, liquid flow, liquid pressure pH >11 Weak Wash 20.8 20.8fresh water pressure drop, liquid flow, liquid pressure pH >11 Water UK process water {mill water} liquid flow rate NA Opacity NA Opacity NA opacity voltage, current weak wash (weak caustic) 6 6surface water liquid flow rate, pressure drop, liquid supply pressure opacity voltage, current voltage, current 0.0000104 0.0000104weak wash pressure drop, liquid flow rate voltage, current

NaOH 8.42105263157895E-03 0.008421053 process water {Weak Wash from Recaust} Caustic added as needed for SO2 control UK UK Pressure Drop, Recirculation Rate Voltage UK Weak Wash Pressure Drop, weak wash flow rate Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how Voltage, Current, Spark Rate NaOH/caustic 1 1 Process water - P36 Pressure drop, liquid flow rate NaOH/caustic 15 15 Process water - P36 Pressure drop, liquid flow rate 1.6 1.6surface water scrubber flow, fan amps 25.6 25.6surface water pressure drop, liquid flow power to solids ratioE-654 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment Continuous emissions monitors for TRS and opacity Continuous emissions monitors for TRS and opacity
1.4 1.4surface water scrubber flow, fan amps
secondary voltage, Amperage
50% Caustic 6.51 6.51fresh water pressure drop, liquid flow rate 50% Caustic 3.66 3.66fresh water pressure drop, liquid flow rate 5.88 5.88process water {weak wash} pressure drop, liquid flow rate Caustic 25.78 25.78weak wash impactor flow rate, absorber flow rate Due to time constraints, no cost data is being provided at this time. However, if EPA determines that this information is still needed, Temple-Inland would be willing to provide this data, where available, at a later time. Caustic 25.05 25.05weak wash impactor flow rate, absorber flow rate Due to time constraints, no cost data is being provided at this time. However, if EPA determines that this information is still needed, Temple-Inland would be willing to provide this data, where available, at a later time. 15 15fresh water pressure drop, liquid flow rate Due to time constraints, no cost data is being provided at this time. However, if EPA determines that this information is still needed, Temple-Inland would be willing to provide this data, where available, at a later time. other (opacity) Due to time constraints, no cost data is being provided at this time. However, if EPA determines that this information is still needed, Temple-Inland would be willing to provide this data, where available, at a later time. other (opacity) Due to time constraints, no cost data is being provided at this time. However, if EPA determines that this information is still needed, Temple-Inland would be willing to provide this data, where available, at a later time.

weak wash 7 7none- weak wash used dp, flow weak wash 7 7none- weak wash used dp, flow opacity after ESP but before scrubberE-655 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment opacity

100.453814881346 100.4538149mixture {weak wash with surface water makeup} liquid supply flowrate and pressure and gas differntial pressure voltage across Transformer/Rectifiers (393 volts), normal operation of rappers voltage across Transformer/Rectifiers (393 volts), normal operation of rappers voltage across Transformer/Rectifiers (393 or 450 volts), normal operation of rappers The Recovery Boiler discharges into two stacks (north and south stacks) which are equivalent in size and height 9.68 9.68Clarified River Water pressure drop, liquid supply pressure, liquid flow rate NA ESP Tranformer Rectifier - Voltage (kV), Current (mAmp) Weak wash - caustic solution 11.2612612612613 11.26126126Weak Wash (Mud Washer Filtrate from Causticizing Area) Scrubber Weak Wash Makeup Flow, Scrubber Weak Wash Recycle Flow, Scrubber Fan Amps Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere by way of a weighted bypass damper(s), which opens only in the event of over-pressurization, then automatically closes. The bypass line is designed to protect the integ NA ESP Tranformer Rectifier - Voltage (kV), Current (mAmp)

NA ESP Tranformer Rectifier - Voltage (kV), Current (mAmp) 22.8310502283105 22.83105023 Hot, Fresh Mill Water Scrubber Differential Pressure, Scrubber Liquid Recycle Flow Rate Scrubber Water Makeup Flow Rate: 70 GPM 22.1238938053097 22.12389381 Hot, Fresh Mill Water Scrubber Differential Pressure, Scrubber Liquid Recycle Flow Rate Scrubber Water Makeup Flow Rate: 70 GPM Weak wash - caustic solution 5.93607305936073 5.936073059Weak Wash (Mud Washer Filtrate from Causticizing Area) Scrubber Weak Wash Makeup Flow, Scrubber Weak Wash Recycle Flow, Scrubber Δ Pressure Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere by way of a weighted bypass damper(s), which opens only in the event of over-pressurization, then automatically closes. The bypass line is designed to protect the integ Weak wash - caustic solution 7.00657540153067 7.006575402Weak Wash (Mud Washer Filtrate from Causticizing Area) Scrubber Weak Wash Makeup Flow, Scrubber Weak Wash Recycle Flow, Scrubber Δ Pressure Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere by way of a weighted bypass damper(s), which opens only in the event of over-pressurization, then automatically closes. The bypass line is designed to protect the integ weak wash/caustic 30 30process water {weak wash; weak green liquor} Flow rate, differential pressure Lime Kiln 2 weak wash/caustic 30.1 30.1process water {weak wash; weak green liquor} Flow rate, differential pressure Lime Kiln 1 voltage No. 4 Recovery Furnace voltage No. 5 Recovery Furnace No. 4 Recovery Furnace weak wash/caustic 9.5 9.5 process water {weak wash; weak green liquor} Flow rate, fan amps, differential pressure Smelt Dissovling Tank 4 NorthE-656 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment weak wash/caustic 9.1 9.1process water {weak wash; weak green liquor} Flow rate, fan amps, differential pressure Smelt Dissovling Tank 4 South weak wash/caustic 9.3 9.3 process water {weak wash; weak green liquor} Smelt Dissolving Tank 4 North and South weak wash/caustic 4.4 4.4process water {weak wash; weak green liquor} Flow rate, fan amps Smelt Dissovling Tank 5 total power to ESP total power to ESP
weak wash 6.5 6.5Weak Wash pressure drop, liquid flow rate, recirc flow rate total power to ESP weak wash 6 6Weak Wash pressure drop, liquid flow rate, recirc flow rate, recirc pump pressure opacity weak wash 2 2 liquid flow rate, current weak wash 2 2 liquid flow rate, current 9 9 liquid flow rate, pressure drop 30 30 liquid flow rate, pressure drop other - opacity The Recovery Boiler exhaust is separated into 3 precipitator chambers operated in parallel. caustic 20 20surface water pressure drop, total scrubber liquid flow rate Scrubbing fluid make-up rate (Column AN) is the combined water and caustic makeup to the scrubber. Water recirculation rate (Column AU) is the combined water and caustic recirc flow in the scrubber. "Yes" in Column AT means that the combined scrubbing me weak wash 8 8surface water fan amps, total scrubber liquid flow rate Water is used as the primary scrubbing media. Weak wash is used as an alternative media. weak wash 8 8surface water fan amps, total scrubber liquid flow rate Water is used as the primary scrubbing media. Weak wash is used as an alternative media.
10 10process water {weak wash} pressure drop, liquid flow rate, liquid supply pressure recirulation only 3.27380952380952 3.273809524fresh water recirculation flow, pressure drop Opacity, amps, volts weak wash 9.71428571428571 9.714285714process water {weak wash} recirculation flow, fan load amps Opacity, amps, volts
Opacity, amps, volts
Opacity, amps, voltsE-657 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment 69 69mixture of effluent from SCRB LK1 scrubber and fresh mill water pressure drop, liquid flow rate Voltage, Current Opacity (<20%) caustic 6.4 6.4mixture, effluent from TRS absorber and fresh water pressure drop, liquid flow rate scrubber fan amps (51 amps) voltage, current, spark rate
None 7 7fresh water liquid flow rate None 14 14fresh water, and fresh recycled cooling water pressure drop, liquid flow rate 0.02 0.02fresh water/tempered water pressure drop, liquid flow rate opacity
weak wash 0.008 0.008process water {weak wash} pressure drop, liquid flow rate NA NA NA NA NA NA NA ~21.12 21.12fresh water pressure drop, liquid flow rate NA NA ~16.13 16.13fresh water pressure drop, liquid flow rate NA NA ~0.96 0.96weak wash liquid flow rate NA NA ~0.45 0.45weak wash liquid flow rate NA secondary power [KW] opacity secondary power [KW] opacity Weak Wash is used; no additional alkali is added 2.6 2.6weak wash pH, liquid flow rate (recirc),liquid flow rate(makeup) secondary power [KW] opacity Weak Wash is used; no additional alkali is added 2.6 2.6weak wash pH, liquid flow rate (recirc),liquid flow rate(makeup) secondary power [KW] opacity
Weak Wash is used; no additional alkali is added 1.3 1.3weak wash pH, liquid flow rate (recirc),liquid flow rate(makeup)E-658 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

fresh water liquid flow rate
Caustic 10 10fresh water liquid flow rate Caustic 5 5 Process Water (Combined/Clean Condensate) pressure drop, liquid flow rate NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown NA NA NA opacity NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown Caustic 10 10Process Water (Combined/Clean Condensate) pressure drop, liquid flow rate NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown NA NA NA opacity NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown Caustic 8 8fresh water pressure drop, liquid flow rate NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown NA NA NA power level monitoring NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown NA NA NA Opacity, voltage, amps NA ESP Surface Area (ft^2) / Airflow (dscf) Water 14.7296398365485 14.72963984fresh water pressure drop, liquid flow rate NA Water 28.8077316234551 28.80773162fresh water pressure drop, liquid flow rate NA Water 25.2130064336637 25.21300643fresh water pressure drop, liquid flow rate NA Water 30.6122448979592 30.6122449fresh water pressure drop, liquid flow rate NA Liquid (gpm) to Gas Ratio (MDSCFM) NA NA NA Opacity, voltage, amps NA ESP Surface Area (ft^2) / Airflow (dscf) NA NA NA NA Not Requested (Pg. 17 Instructions) NA NA NA opacity NA Actual control efficiencies are not actual, they are design efficiencies Caustic 6871 6871fresh water liquid flow, pH, fan amps NA Actual control efficiencies are not actual, they are design efficiencies Caustic 17814 17814fresh water liquid flow, pressure drop NA Actual control efficiencies are not actual, they are design efficiencies NA NA NA opacity NA Actual control efficiencies are not actual, they are design efficiencies Caustic 14138 14138fresh water liquid flow, pH, fan amps NA Actual control efficiencies are not actual, they are design efficiencies NA NA NA opacity NA Actual control efficiencies are not actual, they are design efficiencies opacityE-659 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment sodium hydroxide 444.9 444.9process water {warm mill water} Differential Pressure, total flow rate fresh water pressure drop, liquid flow rate opacity process water {weak wash} pressure drop, liquid flow rate scrubber media solids The smelt dissolving tank emission unit id CREC-2 has two identical stacks (CREC-2a and CREC-2b) and each stack has an identical scrubber (SCRBSTa and SCRBSTb). process water {weak wash} pressure drop, liquid flow rate scrubber media solids The smelt dissolving tank emission unit id CREC-2 has two identical stacks (CREC-2a and CREC-2b) and each stack has an identical scrubber (SCRBSTa and SCRBSTb). process water {weak wash} The smelt dissolving tank emission unit id CREC-2 has two identical stacks (CREC-2a and CREC-2b) and each stack has an identical scrubber (SCRBSTa and SCRBSTb). liquid flow rate liquid flow rate Opacity (COM) 1.80815058648987 1.808150586process water (Weak White Liquor Tank) pressure drop, liquid flow 1.94723909314294 1.947239093 process water (Weak White Liquor Tank) pressure drop, liquid flow 1.8776948398164 1.87769484process water (Weak White Liquor Tank) Opacity (COM) 1.37833261134958 1.378332611process water (Weak White Liquor Tank) pressure drop, liquid flow 1.32455204385739 1.324552044process water (Weak White Liquor Tank) pressure drop, liquid flow voltage, current weak wash 1.8 1.8process water {weak wash} liquid flow rate, fan motor load 3.6 3.6surface water pressure drop, liquid flow rate pressure drop liquid flow rate pressure drop liquid flow rate current liquid flow rate

4.09556313993174 4.09556314process water {weak wash} pressure drop, liquid flow Recirculation rates in column AU are minimum target values. 5.2863436123348 5.286343612process water {weak wash} pressure drop, liquid flow Recirculation rates in column AU are minimum target values.

Caustic 22.4137931034483 22.4137931process water {weak wash} venturi, absorber and separator pressure drop, venturi and absorber liquid flow Recirculation rates in column AU are minimum target values.E-660 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment NaOH 20 20fresh water liquid flow rate, pressure drop LIME KILN is the actual emission unit, as called out in Part I of the ICR. LK SCRUBBER is the ACPD. We reported emissions from LK SCRUBBER in Part II of the ICR. voltage, current RECOVERY FURNACE is the actual emission unit, as called out in Part I of the ICR. RF ESP is the ACPD. We reported emissions from RF ESP in Part II of the ICR. Weak Wash 3.3 3.3 process water {weakwash} liquid flow rate, pressure drop fan status SDT is the actual emission unit, as called out in Part I of the ICR. SDT SCRUBBER is the ACPD. We reported emissions from SDT SCRUBBER in Part II of the ICR. 2.5 2.5 Recycled stack water and 110 deg F water scrubber recircularion flow, pressure drop 18.6567164179104 18.65671642 Recycled stack water liquid flow rate, pressure drop
opacity opacity opacity opacity process water {weak wash} venturi scrub flow rate, venturi pressure drop, packed tower flow rate Operating with spout box doors closed 2.46913580246914 2.469135802process water {weak wash} venturi scrub flow rate, venturi pressure drop, packed tower flow rate Operating with spout box doors closed Pressure drop and scrubber fluid make up rates provided for east and west end scrubbers for the smelt tank 19. 3.24324324324324 3.243243243 process water {weak wash} venturi scrub flow rate, venturi pressure drop, packed tower flow rate Operating with spout box doors closed 37 37Fresh Water pressure drop, liquid flow rate Voltage, amps Process water (Weak wash) small amount of waste caustic added 14.8 14.8fresh water pressure drop, liquid flow rate small amount of waste caustic added 14.8 14.8fresh water pressure drop, liquid flow rate none 48.5 48.5 process water {Weak Wash} & mill water pressure drop, liquid flow rate None 20 20mill water Liquid flow rate, liquid supply pressure (approved alternate monitoring) Opacity Opacity weak wash from recaust area 8 8weak wash Liquid flow rate, fan amps (approved alternate monitoring) Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how OpacityE-661 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment weak wash from recaust area 12 12weak wash Liquid flow rate, fan amps (approved alternate monitoring) Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how

Caustic 9.08 9.08fresh water pressure drop Caustic 12.52 12.52fresh water pressure drop amperage, voltage amperage, voltage Caustic 5.21188309345307 5.211883093Weak wash or fresh water liquid flow rate, pressure drop Caustic 6.06597918902524 6.065979189Weak wash or fresh water liquid flow rate, pressure drop Weak Wash 4.72 4.72Weak wash or fresh water liquid flow rate, pressure drop prim&sec TR current, prim&sec TR volts, TR kW, sparks per minute prim&sec TR current, prim&sec TR volts, TR kW, sparks per minute 50% caustic is added occasionally to recirculated scrubbing water for TRS control 16.4 16.4weak wash; fresh water makeup on temperature control Ahlstrom scrubber flow and pressure, Turbotak scurbber- water flow and pressure, air pressure 4.7 4.7weak wash; fresh water backup water flow, dif P 3.7 3.7weak wash; fresh water backup water flow, dif P

None 24.5 24.5fresh water pressure drop, liquid flow rate other (opacity) None 9.1 9.1process water {weak wash} fan motor current, liquid flow rate to fan, liquid flow rate to scrubber Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how other (opacity) None 7.1 7.1process water {weak wash} fan motor current, liquid flow rate to fan, liquid flow rate to scrubber Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how None 12.4 12.4fresh water pressure drop, liquid flow rate Temperature Temperature caustic UK fresh water water flow, DP, supply water pressure caustic UK fresh water water flow, DP, supply water pressureE-662 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment opacty power None UK Weak Wash fan amps and flow Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how None UK Weak Wash fan amps and flow Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how 50% NaOH is added to the scrubber infrequently to aid in the control of TRS/SO2. 14.6 14.6Cold, Fresh Mill Water Scrubber Differential Pressure; Scrubber Liquid Recycle Flow Rate Scrubber Water Makeup Flow Rate (Approximately 125 GPM); Scrubber Liquid pH is monitored weekly and maintained > 8 for SO2 control.

NA Voltage (Range: 60 to 75 kV), Current (Range: 190 to 1300 mAmps) Weak wash - caustic solution 3.01724137931034 3.017241379Weak Wash (Mud Washer Filtrate from Causticizing Area) and infrequently, water with caustic addition. Weak Wash Recycle Flow Rate to Scrubber Nozzles; Scrubber Fan Amps Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how
Water 39.441089952005 39.44108995fresh water Scrubbing liquid flow, pressure drop across scrubber Density meter at lime mud washers (43% solids) other (Opacity) other (Opacity) Weak Wash 7.99120302349865 7.991203023 mixture {fresh water and weak wash} fan amps, scrubbing liquid flows None Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how Weak Wash 7.37214341525499 7.372143415 mixture {fresh water and weak wash} fan amps, scrubbing liquid flows None Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how
The ESP on the No. 4 Recovery Boiler has two halves, if one half of the ESP goes down, one half of RB No. 4 must go down. One half of the boiler going down means that the black liquor feed to the boiler is reduced by 50%. (Permit SC-148) process water {weak wash} liquid flow rate, demister vent pressure 0.006 0.006process water {weak wash} pressure drop, liquor flow rate 0.006 0.006process water {weak wash} pressure drop, liquor flow rateE-663 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment ACFM not measured process water {mill supply water} pressure drop, liquor flow rate

ACFM not measured process water {mill supply water} pressure drop, liquor flow rate

NaOH ~ 15.1 15.1process water {Weak Wash and Mill Water} Liquid flow rate, Pressure drop NONE Opacity monitoring voltage, amperage not for environmental permit purposes Opacity monitoring voltage, amperage not for environmental permit purposes Weak Wash/NaOH to Fresh Water ~ 2.3 2.3 process water {Weak Wash} Scrubber fan amps, Liquid flow rate NONE Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how Weak Wash/NaOH to Fresh Water ~ 1.5 1.5 process water {Weak Wash} Scrubber fan amps, Liquid flow rate NONE Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how NaOH 7.14954883881465 7.149548839fresh water pressure drop, liquid flow rate NA Emission source 10077 in permit. NA NA Emission source 10101 in permit.

NA 0.694117647058824 0.694117647fresh water or process water {weak wash} pressure drop, liquid flow rate NA Emission source 10102 in permit. NA: Opacity NA: Opacity Weak Wash 4.76527786721618E-03 0.004765278Weak Wash liquid flow rate, fan status Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how Weak Wash 4.65436993621789E-03 0.00465437Weak Wash pressure drop, liquid supply pressure Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how NA: Opacity None dilute lime slurry 12.37113402 12.37113402mill water pressure drop, liquid flow rate dilute lime slurry 9.677419355 9.677419355 mill water pressure drop, liquid flow rateE-664 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment
Weak wash 5.660377358 5.660377358weak wash liquid flow rate, fan motor amperage Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how Weak wash 15.70512821 15.70512821weak wash liquid flow rate, fan motor amperage Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how Weak Wash 0.82 0.82 Mill Water pressure drop, liquid flow rate Fresh Water 27.5 27.5 Mill Water pressure drop, liquid flow rate N/A current, voltage, opacity Caustic 6.25 6.25 process water {Mill Water} Pressure drop,Fan Speed ,Damper position,Nozzle flows Scrubber Solution Total Alkalinity Lime 11.3 11.3 Lime Dust Slurry pressure drop, liquid flow scrubber slurry tank level, 4 ft
None UK weak wash pressure drop, liquid flow rate None UK weak wash pressure drop, liquid flow rate

7.3 7.3weak wash liquid flowrate to scrubber, weak wash flow rate to scrubber, scrubber fan rpms secondary current, secondary voltage 13.96 13.96mixture {specify sources} weak wash and fire water liquid flow rate, scrubbant liquid supply pressure, pH 21.95 21.95fresh water liquid flow rate, scrubbant liquid supply pressure, pressure drop 25.94 25.94fresh water liquid flow rate, scrubbant liquid supply pressure, pressure drop weak wash (NaOH) 17.0454545454545 17.04545455 process water (weak wash from caustic area), fresh water pressure drop, liquid flow rate,pH current There are 5 shared ESP fields for both Stack A (Emission Unit ID 09) and Stack B (Emission Unit ID 10). current There are 5 shared ESP fields for both Stack A (Emission Unit ID 09) and Stack B (Emission Unit ID 10). There are 5 shared ESP fields for both Stack A (Emission Unit ID 09) and Stack B (Emission Unit ID 10). weak wash (NaOH) 9.99453850354997 9.994538504process water (weak wash from caustic area), fresh water pressure drop, liquid flow rate weak wash (NaOH) 17.0454545454545 17.04545455 process water (weak wash from caustic area), fresh water pressure drop, liquid flow rate,pH current There are 3 fields for each side of the RB. 3 for the Stack A side (Emission Unit ID 49) and 3 for the Stack B side (Emission Unit ID 50). current There are 3 fields for each side of the RB. 3 for the Stack A side (Emission Unit ID 49) and 3 for the Stack B side (Emission Unit ID 50).E-665 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment There are 3 fields for each side of the RB. 3 for the Stack A side (Emission Unit ID 49) and 3 for the Stack B side (Emission Unit ID 50). weak wash (NaOH) 10.0041225779854 10.00412258process water (weak wash from caustic area), fresh water pressure drop, liquid flow rate other (specify) (opacity level) none 14.2 14.2process water {specify source} pressure drop & liquid flow rate weak wash 5.7 5.7weak wash pressure drop & liquid flow rate NaOH/caustic NaOH/caustic voltage, current rapper status (on) voltage, current rapper status (on) Caustic 35.4609929078014 35.46099291well water pressure drop, liquid flow rate pH (8.2) voltage, current rapper status (on)
weak wash 2.50815149235014 2.508151492none during normal operations liquid flow rate none weak wash 3.25 3.25 none during normal operations liquid flow rate none weak wash 3.25 3.25 none during normal operations liquid flow rate none other (power) spark rate (average not available); pressure drop (0.15 inches water); drag chain amps (north side - 2.4 amps and south side - 2.3 amps); and voltage/current (averages depend of field) Weak Wash (50% caustic as backup) UK Mill Water (filtered and well water) and Weak Wash Differential pressure (pressure drop), bed recirculation rate, and pH Recirculation pump current (34 amps), Dissolver scrubber fan current (44 amps) NA NA Mill Water (filtered) and Warm Mill Water Scrubber pressure drop; recirculation rate Verify the four venturi nozzles are not plugged (cool to the touch if plugged); Check and purge the differential pressure tap rotometers for proper flow so that correct pressure drop readings are maintained Precipitator power
Recaust Weak Wash liquid flow rate and fan amps fresh water pressure drop, liquid flow rate fresh water pressure drop, liquid flow rate fresh water pressure drop, liquid flow rate
process water (weak wash) pressure drop, liquid flow rateE-666 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment process water (weak wash) pressure drop, liquid flow rate Caustic surface water pressure drop, liquid flow rate surface water other (opacity) None surface water pressure drop, liquid flow rate None surface water pressure drop, liquid flow rate Caustic 15 15 Process water makeup liquid flow rate, differential pressure No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Value in column AL from recent averages during stack testing, not design value. Caustic 12 12 Process water makeup liquid flow rate, differential pressure No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Scrubber has quench section and venturi. Liquid flow is est. at 1000 gpm to quench section, 460 gpm to micro mist venturi, 50 gpm makeup, f secondary voltage, milliamps No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Value in column AG uses average exhaust flows during stack testing, not design acfm. secondary voltage, milliamps No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Value in column AG uses average exhaust flows during stack testing, not design acfm. secondary voltage, milliamps No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Value in column AG is design value. 2.2 2.2Weak wash and process water liquid flow rate, fan amperage No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Value in column AL from recent averages during stack testing, not design value. 1.9 1.9Weak wash and process water liquid flow rate, fan amperage No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Value in column AL from recent averages during stack testing, not design value. 14 14Weak wash and process water liquid flow rate, differential pressure No stack test data on startup and shutdown so columns BJ and BO responses based on expected operating performance. Value in column AL from recent averages during stack testing, not design value. process water {condensate} pressure drop, flow rate NA weak wash fresh water pressure drop, flow rate

Weak Wash 4 4process water {weak wash} pressure drop, liquid flow rate Weak Wash 4 4process water {weak wash} pressure drop, liquid flow rate Weak Wash 4 4process water {weak wash} pressure drop, liquid flow rate Caustic 52 52fresh water pressure drop, liquid flow rate

Weak Wash 11 11process water {weak wash} pressure drop, liquid flow rateE-667 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment 12.9 12.9mixture {lime mud filtrate and freshwater) pressure drop, liquid flow rate

7 7mixture (weak wash from lime mud filter and bleed from recovery scrubber) pressure drop, liquid flow rate None 0.45 0.45fresh water Pressure Drop, Liquid Flow opacity Weak Wash (H2O, Na2S, NaOH, Na2CO3) 9.89 9.89weak wash Gas Stream Pressure loss, Scrubbing Liquid Flow continuous opacity monitoring system NA weak wash (weak alkaline solution with residual sulfides) 2.6 2.6fresh water liquid flow rate NA 14.5 14.5 process water (reclaimed non-contact cooling water) pressure drop, liquid flow rate NA opacity (COM) Weak Wash, Caustic 3.69 3.69Weak wash pressure drop, liquid flow rate Weak Wash, Caustic 3.69 3.69Weak wash pressure drop, liquid flow rate opacity (COM) opacity (COM) No fields were added but work was completed to enhance particulate removal in 2007. continuous opacity monitoring system NA 12 12fresh water pressure drop, liquid flow rate NA weak wash (contains sodium sulfides and caustic) 7.7 7.7fresh water pressure drop, liquid flow rate NA None Kiln Centrifugal collector, med. Efficiency

opacity < 20% Precipitator field amperage and voltage

Caustic 3.27972027972028 3.27972028Weak Wash, Scrubber underflow and Fresh filtered water Liquid flow and pressure drop caustic flow at 5 gph

sodium hydroxide 6.3 6.3 process water {weak wash} pressure drop, liquid flow rate, pH sodium hydroxide 2.3 2.3 process water {weak wash} pressure drop, liquid flow rate, pH sodium hydroxide 42 42process water {weak wash} pressure drop, liquid flow rateE-668 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment ESP voltage, current, inlet temperature, outlet temperature, dP ESP voltage, current, inlet temperature, outlet temperature, dP 9.8 9.8fresh water pressure drop, liquid flow rate NA continuous opacity monitoring system NA The wet-bottom electrostatic precipitator system is divided into two separate chambers - a north chamber and a south chamber. Each chamber vents through its own stack. Flue gas is divided between the two chambers. weak wash (contains sodium sulfides and caustic) 6.9 6.9fresh water pressure drop, liquid flow rate NA other (COMS) other (COMS) Temperature pressure drop, liquid flow rate pressure drop, liquid flow rate caustic 28 28fresh water pressure drop, liquid flow rate
caustic 24 24fresh water pressure drop, liquid flow rate voltages, spark rate, current ensure salt cake removal 105 degree F water differential pressure and liquid flow rate NA Weak wash 17.24 17.24process water - weak wash differential pressure, liquid flow rate on: elbow, manifold and tangentials. exhaust fan is operating continuous opacity monitoring system weak wash (contains residual sulfides in alkaline solution) 4.9 4.9fresh water recirculating liquid flow rate, pressure drop 21 21fresh water recirculating liquid flow rate, pressure drop continuous opacity monitoring system weak wash (contains residual sulfides in alkaline solution) 12.4 12.4fresh water recirculating liquid flow rate, makeup flow rate continuous opacity monitoring system weak wash (contains sodium sulfides and caustic) 16.3 16.3fresh water scrubber recirculating liquid flow rate, scrubber pressure drop weak wash (contains sodium sulfides and caustic) 22.7 22.7fresh water scrubber recirculating liquid flow rate, scrubber pressure drop continuous opacity monitors The wet-bottom electrostatic precipitator system is divided into two separate chambers - a north chamber and a south chamber. Each chamber vents through its own stack. Flue gas is divided between the two chambers. continuous opacity monitor weak wash (contains sodium sulfides and caustic) 8.3 8.3fresh water scrubber recirculating liquid flow rate, scrubber pressure drop weak wash (contains sodium sulfides and caustic) 15 15fresh water scrubber recirculating liquid flow rate, scrubber pressure drop weak wash (contains sodium sulfides and caustic) 4.1 4.1fresh water scrubber recirculating liquid flow rate, scrubber pressure drop Total Secondary PowerE-669 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment Total Secondary Power
Hemi-caustic can be added if needed for pH control. UK Weak wash and raw water Pressure drop, recirculation flow, pH Total Secondary Power Hemi-caustic can be added if needed for pH control. UK Weak wash and raw water Liquid flow rate, liquid pH, average fan motor amps Hemi-caustic can be added if needed for pH control. UK Weak wash and raw water Liquid flow rate, liquid pH, average fan motor amps voltage 8 8process water {weakwask} pressure drop, scrubber liquid pressure, scrubber liquid flow voltage NA Total Secondary Power NA Total Secondary Power Weak wash, caustic, treated Mill water NA treated Mill water (fresh) Scrubbant recirculation rate, scrubbant supply pressure, scrubbant make-up rate, pH, scrubber differential pressure NA Total Secondary Power Weak wash, caustic, treated Mill water NA treated Mill water (fresh) Scrubbant recirculation rate, scrubbant supply pressure, pH, scrubber shower pressure 6.1 6.1 Mill water pressure drop, liquid flow rate 14.9 14.9 Mill water pressure drop, liquid flow rate 11.0416666666667 11.04166667process water {specify source} mud filter liquid flow rate, pressure drop
4.64285714285714 4.642857143 process water {specify source} mud washer liquid flow rate, pressure drop 4.64285714285714 4.642857143 process water {specify source} mud washer liquid flow rate, pressure drop
weak wash 0.01 0.01Well or I&D Water Scrubbant flow rate, fan amps Smelt dissolving tank scrubbers typically have a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolving tank and scrubber in the event of over pressurization. Currently, the rule does not address how Opacity monitoring None weak wash, no alkali addition 2.2 2.2weak wash fan amperage, scrubber flow None Opacity monitoring None weak wash, no alkali addition 16 16weak wash fan amperage, scrubber flow None process water {Hot Water System} LK1 pressure drop, scrubber flow None process water {Hot Water System} LK2 pressure drop, scrubber flow None process water {Hot Water System} LK3 pressure drop, scrubber flow NoneE-670 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment Total Power (CAM) 17 kW minimum power level Field Power Status (ON/OFF) ESP was upgraded in 2003 (ENELCO) with new electrical conrtrols, improved saltcake removal system, and rigid electrodes. Field Power Status (ON/OFF) A new rigid electrode dry bottom ESP replaced two old wet bottom, weighted wire elctrode ESP's in 1996. Field Power Status (ON/OFF) ESP was upgraded in 2000 (ENELCO) with new electrical conrtrols and rigid electrodes Process water (weak wash) process water {specify source} (steam/vapor condensate) liquid flow rate, fan status (off/on) Weakwash from the lime mud washing system is the primary scrubbing media. Reused process water is used for periodic flushing of the scrubber lines and as a backup media for weakwash. The scrubber drains to the smelt dissolving tank the underflow mixes wit Process water (weak wash) process water {specify source} (steam/vapor condensate) liquid flow rate, fan status (off/on) Weakwash from the lime mud washing system is the primary scrubbing media. Reused process water is used for periodic flushing of the scrubber lines and as a backup media for weakwash. The scrubber drains to the smelt dissolving tank the underflow mixes witE-671 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment Process water (weak wash) process water {specify source} (steam/vapor condensate) liquid flow rate, fan status (off/on) Weakwash from the lime mud washing system is the primary scrubbing media. Reused process water is used for periodic flushing of the scrubber lines and as a backup media for weakwash. The scrubber drains to the smelt dissolving tank the underflow mixes wit 4.64285714285714 4.642857143 process water {weak wash} fan amps NA opacity NA opacity
23.4339622641509 23.43396226fresh water liquid flow rates; high pressure pressure
27.7272727272727 27.72727273fresh water liquid flow rates; high pressure pressure 3.15625 3.15625 process water {weak wash} fan amps

caustic 23 23fresh water pressure drop, venturi liquid flow rate caustic 23 23fresh water pressure drop, venturi liquid flow rate caustic 23 23fresh water pressure drop, venturi liquid flow rate caustic 23 23fresh water pressure drop, venturi liquid flow rate caustic 12 12fresh water pressure drop, venturi liquid flow rate
NaOH, very seldom 14 14recirculated scrubber water, fresh water liquid flow, pressure drop voltage, amperage, rapper, speed switches NaOH, very seldom ~13 13weak wash; fresh water liquid flow, pressure drop ESP parameters (voltage, current, spark rate) caustic 16.65 16.65weak wash liquid flow rate, fan amps pH ESP parameters (voltage, current, spark rate)E-672 RTI&EUID ce). used to fill gaps for res Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-673 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# APCD 2 DATA

APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

RF ESP EUG D6 Recovery furnace ESP (dry bottom) DBESP 2006 20066 695 95 549.2 549.2E-674 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

RB3 Recovery furnace (RB3) INC_RF 2009 2009

ES 445-001 G-44, G-127 Recovery furnace ESP (dry bottom) DBESP-WPR 2009 2009 1.5 1.5 435 435E-675 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

LKSBR004 004,LVHC Scrubber - venturi SCBR 1970 197028 28

LKScr NEI42317 Scrubber SCBR 1986 1986NA UK UKE-676 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-677 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

4LKFF 21LK4 Fabric filter (baghouse) BH 2001 2001

003-8 003-1 Recovery furnace ESP (dry bottom) DBESP pre-1990 UK UK

PC(512)S 512 Scrubber - packed bed PBSCBR 2002 2002 16 16E-678 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

SCRB SDT2 003 Scrubber - packed bed PBSCBR 1990 19901.3 1.3 ESP2&3 02 Recovery furnace ESP (dry bottom) DBESP/DBESP 1992 1992 502 502E-679 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

PR010-03C 54 Recovery furnace ESP (dry bottom) DBESP 2000 2000 99.9 99.9 383 383 PR010-03C 55 Recovery furnace ESP (dry bottom) DBESP 2000 2000 99.9 99.9 383 383

PR011-02C 57 Wet Scrubber SCBR 1997 1997 94.2 94.279 79 SDT01b 10 Scrubber - venturi SCBR 1991 199120 2097.8 97.8UK NA

LK202 30 Scrubber - quench SCBR 1999 1999 NA NA NA NA

C-829 No. 7 Lime Kiln ESP (dry) ESP 1995 19952 2 UK NA 535 535

SC-102 P001 Scrubber - venturi SCBR 1961 1961>19 97% (design) 98E-680 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

CD-RECCD8 Stripper Off-Gas Scrubber Scrubber SCBR 1994 19944-6 CD-RECCD8 Stripper Off-Gas Scrubber Scrubber SCBR 1994 19944-6
CD-REC040 REC005 Condensate stripper STRIP 1994 1994 CD-REC040 REC006 Condensate stripper STRIP 1994 1994 CD-REC040 REC005/006 Condensate stripper STRIP 1994 1994 CPCD1 CP001 Scrubber - venturi SCBR 1972 197222 22 CD-REC040 REC008 Condensate stripper STRIP 1994 1994 CD-REC040 REC009 Condensate stripper STRIP 1994 1994 03-SCBR 03 Scrubber - quench SCBR 1999 1999 1 177.3 77.3

C06 P30 Scrubber - venturi SCBR 1968 19681 to 20 inches WCE-681 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-682 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

RF1EP2 RF1901 Recovery furnace ESP (wet bottom) WBESP 1967 1967 263 263 RF2EP2 RF2904 Recovery furnace ESP (wet bottom) WBESP 1980 1980 215 215

351014 000006 ESP (dry) ESP 1990 1990UK UK

EP-1S 000013 ESP (dry) ESP 1985 1985 UK UK

BLOX2RTO HVLC, LVHC, SOG Regenerative thermal oxidizer RTO 2006 2006 BLOX2RTO HVLC, LVHC, SOG Regenerative thermal oxidizer RTO 2006 2006E-683 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num RB2Scrubber RB02 Scrubber SCBR 1989 1989 1 1

RBESPB 005RB Recovery Furnace South ESP (Wet bottom) WBESP 1982 1982 NA UK UK 259.2 259.2E-684 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

ESPB RECOVB ESP (dry) ESP 2000 2000NA UK UK UK

G-18 SCRUB G-18 Scrubber - venturi SCBR 1998 19985-10

G-95 SCRUB G-95 Scrubber - venturi SCBR 1976 197620 20E-685 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

09C37B 09P037 Scrubber - ventri-rod SCBR 1995 1995~2 2 UK UKE-686 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

11 LK2, LVHC Scrubber - venturi SCBR pre-1990 18 18

RF4SCB 02 Scrubber SCBR 1984 19844.3 4.3

LK27 LK Scrubber SCBR 1992 1992<1E-687 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-688 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num PEABODYSCR 1 Scrubber SCBR 1956 1956

RECSCR 2 Scrubber SCBR 1992 19922 2

CE341 EU340 Scrubber SCBR 1990 1990Not ApplicableE-689 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

ESP-S 009 Recovery furnace ESP (wet bottom) WBESP 1973 1973 1.2 1.299.9 99.9 400 400

LK5 SCRUB G-38 Scrubber SCBR 2004 200419.2 19.2 UK UK

LK5 DEM G-38 Mist eliminator OTH 2004 200419.2 19.2 UK UKE-690 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

RC-6b AA-013 Scrubber - venturi SCBR 1984 1984NA 90 90 LKS1 LG07 Scrubber SCBR pre-1990 NAE-691 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-692 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-693 RTI&EUID ce). used to fill gaps for res APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-694 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

Smelt dissolving tank emissions are vented to the Recovery Furnace and then through the RF ESP. The smelt dissolving tank is also equipped with a bypass line that vents to atmosphere. The bypass line is designed to protect the integrity of the dissolvinE-695 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-696 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

None 16 16recycled fresh watetr dp, flow, pH,

21.5154349859682 21.51543499mixture {calrified scrubber wate with surface water makeup} high and low pressure flowratesE-697 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-698 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment
vacuum drop across baghouse

other - opacity The Recovery Boiler exhaust is separated into 3 precipitator chambers operated in parallel.

caustic 16.5 16.5 mill water pH, flow rate Pressure drop is not a permitted operating limit. Such a limit could not be meet during start-up.E-699 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

caustic 7.6 7.6fresh water liquid flow rate, pH voltage, current, spark rateE-700 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

Caustic 10 10fresh water liquid flow rate Caustic 5 5 Process Water (Combined/Clean Condensate) pressure drop, liquid flow rate NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown

Caustic 21 21 Fresh water (softened) pH, liquid flowrate NA Control device removal efficiencies are based on design characteristics. Actual efficiencies are unknown

NA NA NA Opacity, voltage, amps NA

none UK bearing cooling discharge water & makeup from heated process water Pressure drop, water flow rate Damper position, ID fan speed, kiln rate (200 180-200 tpd)E-701 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

White Liquor or Caustic White Liquor Storage Tanks pressure drop, liquid flow rate White Liquor or Caustic White Liquor Storage Tanks Opacity (COM)

Caustic 0.931246284921736 0.931246285 mixture {specify sources}; Caustic Tank, Weak White Liquor Splitter Box pressure drop, liquid flow rate

NaOH 14 14surface water liquid flow rate, pH, pressure drop

Caustic fresh water pressure drop, high pressure shower liquid flow and low pressure shower liquid flow The kiln scrubber is not now operated as a particulate control device.The ESP is the particulate matter control device for the kiln. The scrubber runs simply to allow for quick addition of caustic for TRS control if necessary. Caustic for TRS control is iE-702 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-703 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

amperage, voltage amperage, voltage

other (opacity)

other (opacity)

Temperature APCD_SD_Duration_hrs: Jimmy Williams. To get gases out is almost instataneous (15 min), go go in the bottom is a 3 hour shutdown process and to go in from the top is a 24 hour shutdown process Temperature APCD_SD_Duration_hrs: Jimmy Williams. To get gases out is almost instataneous (15 min), go go in the bottom is a 3 hour shutdown process and to go in from the top is a 24 hour shutdown processE-704 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment Caustic UK Mill Water inlet duct spray flow, DP, recirculation flow

NA Voltage (Range: 60 to 75 kV), Current (Range: 190 to 1300 mAmps)E-705 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

NA NA Emission source 10104 in permit. A new ESP cell was added in 2000.

Caustic-NaOH Mill water and/or Caustic liquid supply pressure This control device is located after the ESP. The opacity monitor is located between the ESP and the scrubber. The scrubber is used for TRS removal.

Water 1.5220700152207E-03 0.00152207Mill water liquid supply pressureE-706 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

50% Caustic ~8.17 8.17fresh water liquid flow rateE-707 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

Caustic 35.4838709677419 35.48387097well water pressure drop, liquid flow rate pH (9)

Caustic UK Warm Mill Water (primary) and Well Water (Secondary) SO2 Bed - 187 cu yd; Wash Bed - 70 cu yd; and Hotwater Bed - 187 cu yd Flue gas temp to scrubber (351°F); Flue gas temp to SO2/Particulate Bed (155°F); Flue gas temp from scrubber to stack (133°F); Quench flow (71 gpm); Venturi flow (624 gpm); SO2/Particulate Bed circulation flow (2855 gpm);

Caustic Mill water or weak wash Scrubber pH, Recirculation flowE-708 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-709 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment 12.9 12.9mixture {lime mud filtrate and freshwater) None

Caustic 33 33 mixture {mill water and caustic soda} pressure drop, liquid flow rate

Caustic - to control TRS per CEM 18.8979591836735 18.89795918fresh water Liquid flow and supply pressure Scrubber-High Pressure nozzle >308 psiE-710 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

continuous opacity monitoring system NA The wet-bottom electrostatic precipitator system is divided into two separate chambers - a north chamber and a south chamber. Each chamber vents through its own stack. Flue gas is divided between the two chambers.

caustic 24 24fresh water scrubber pH and recirculation flow

pressure dropE-711 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

20 20fresh water Scrubber liquid pressure, scrubber liquid flow, pH Caustic, treated Mill water NA treated Mill water (fresh) Scrubbant recirculation rate, scrubbant supply pressureE-712 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-713 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-714 RTI&EUID ce). used to fill gaps for res Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_100 0acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-715 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# APCD 3 DATA

APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-716 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

RB3ESP1&2 Recovery Furnace No. 3 ESP Recovery furnace ESP (dry bottom) RF/DBESP 2009 2009 not readily availableE-717 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-718 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-719 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

003-9 003-1 Recovery furnace ESP (dry bottom) DBESP pre-1990 0.4 0.4 UKE-720 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-721 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

PR010-04C 54 Recovery furnace ESP (dry bottom) DBESP 1992 1992 99.9 99.9 383 383 PR010-04C 55 Recovery furnace ESP (dry bottom) DBESP 1992 1992 99.9 99.9 383 383E-722 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

CD-RECCD9 Stripper Off-Gas Ammonia Scrubber Scrubber SCBR 2004 2004 CD-RECCD9 Stripper Off-Gas Ammonia Scrubber Scrubber SCBR 2004 2004E-723 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-724 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

BLOX2SCR HVLC, LVHC, SOG Scrubber SCBR 2006 2006UK BLOX2SCR HVLC, LVHC, SOG Scrubber SCBR 2006 2006UKE-725 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-726 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-727 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-728 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-729 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-730 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num DUSTSCR 1 Scrubber SCBR 1956 1956E-731 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-732 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-733 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-734 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-735 RTI&EUID ce). used to fill gaps for res APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-736 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-737 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-738 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-739 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-740 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

other - opacity The Recovery Boiler exhaust is separated into 3 precipitator chambers operated in parallel.E-741 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-742 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-743 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

Ammonium Salt Solution Ammonium Salt SolutionE-744 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-745 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment

caustic UK fresh water Reciculation rate, caustic make-up is the scrubbant. Minimum caustic make-up recirculation rate is based on the initial performance test. The facility does not have to monitor pH only that it is using caustic makeup. caustic UK fresh water Reciculation rate, caustic make-up is the scrubbant. Minimum caustic make-up recirculation rate is based on the initial performance test. The facility does not have to monitor pH only that it is using caustic makeup.E-746 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-747 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-748 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-749 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-750 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-751 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDComment 12.9 12.9mixture {lime mud filtrate and freshwater) NoneE-752 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-753 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-754 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-755 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-756 RTI&EUID ce). used to fill gaps for res Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Water_Source Parameter_Continuous Parameter_Other APCDCommentE-757 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 

# APCD 4 DATA

APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-758 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-759 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-760 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-761 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-762 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-763 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-764 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

CPCD1 CP001 Scrubber - venturi SCBR 1972 197222 22 CPCD2 CP002 ESP (dry) ESP 1990 1990 413.1 413.1E-765 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-766 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_num

BLOX2WESP HVLC, LVHC, SOG Wet ESP (WESP) WESP 2006 2006 BLOX2WESP HVLC, LVHC, SOG Wet ESP (WESP) WESP 2006 2006E-767 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-768 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-769 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-770 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-771 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-772 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-773 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-774 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-775 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-776 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-777 RTI&EUID ce). used to fill gaps for res APCD_ID EmissionUnit_Coll_ID APCDType RTI_APCD_Type APCDYearInstalled APCDYearInstalle d_num APCD_PressDrop_ inH2O APCD_PressDrop _inH2O_num ActualPMEfficienc y_Pct ActualPMEffic iency_Pct_nu m ActualTRSEfficie ncy_Pct ActualTRSEffici ency_Pct_num ESP_SCA_ft2_1000a cfm ESP_SCA_ft2_100 0acfm_numE-778 RTI&EUID 100.037A 100.109 100.115
102.LK

102.RB10 102.SDTV10

103.G-158 103.G-165 103.G-225 104.EUG D6
104.EUG E4b
104.EUG E7 105.EU440BLO 105.EU445A 105.EU445BEast 105.EU445BWest 105.EU445BEastWes t 105.EU445C 105.EU445D 105.EU455
107.08-P1 107.09-P2 107.11-P14 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-779 RTI&EUID 108.LK1

108.RB3 108.SDT3

109.LK1 109.RB3 109.RB4 109.SDT3 109.SDT4 111.G-127 111.G-35 111.G-44 112.AA-100 112.AA-101a 112.AA-110 114.U500 114.U508 114.U800 115.LK01 115.RE01 115.SM01 116.001 116.003 116.004

117.B21 117.P30 117.P36 119.EQT005 119.EQT006 119.EQT008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-780 RTI&EUID 119.EQT010
119.EQT011 119.EQT013 119.EQT014 120.F7
120.M18 120.M19 120.M3 121.000009
121.000010
121.000011
121.000013
121.000014
121.BLOX01 121.BLOX02 121.BLOX03 121.BLOX01-03 124.001 124.004-1 124.019 124.020 124.021 124.037-8 126.LK Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-781 RTI&EUID 126.RECOV

126.SDT 127.LK1 127.LK2 127.REC1 127.SDT1 130.1 130.11

130.2 130.23
130.3 130.4
130.5
130.6

130.7

131.16 131.18 131.5 131.6 131.BLO 131.SDT4N Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-782 RTI&EUID 131.SDT4S 131.SDT4N/4S 131.SDT5 132.21LK4 132.4RB
132.4SDT 132.5RB 132.5SDT 133.10 133.12a 133.12b 133.14 133.15 135.003-1 135.004-1

135.007-1 135.007-2 136.EU 005 136.EU 031 136.EU 033 137.157 137.189 137.204 137.511

137.512

137.721 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-783 RTI&EUID 138.001 138.002 138.003 139.02
139.03 139.04 140.32 140.55
140.57 142.CU7214 142.CU7215 142.CU7216 142.P6009 142.P6025 142.P7225 142.P7236 142.P7413 143.6063 143.7000
143.7005
143.7010 143.7015
143.7020

143.7025 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-784 RTI&EUID 143.7032
145.31 145.54 145.55 145.56
145.57 145.001 146.10 146.16 146.17 146.23 146.30 146.6 146.8 147.14 147.161 147.243 147.244 147.3 147.5 147.55 148.001 148.002 148.003 148.007 148.008 148.009 149.B011 149.P001 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-785 RTI&EUID 149.P005 150.CAU-12 150.CREC-1 150.CREC-2a 150.CREC-2b 150.CREC-2a/2b 151.CP001 151.CP002 151.REC001 151.REC004 151.REC005 151.REC006 151.REC005/006 151.REC007 151.REC008 151.REC009 152.03 152.04 152.07 152.08 153.EQT 0053 153.EQT 0065 153.EQT 0066 154.P30
154.P32 154.P35 154.P36 154.P37 154.P38 154.P39 154.P40 154.P41 154.P40/41 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDComment

Caustic 0.931246284921736 0.931246285 mixture {specify sources}; Caustic Tank, Weak White Liquor Splitter BoxE-786 RTI&EUID 155.LIME KILN
155.RECOVERY FURNACE 155.SDT 156.143100 156.145000 156.BLOXID 156.LK5 156.RF18 156.RF19 156.RF22 156.SMEL18 156.SMEL19 156.SMEL22 157.KILN 157.RB2
157.SDT 159. PW04 159.F3 159.F4 162.371A 162.372A 162.381A 162.381C

162.382A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-787 RTI&EUID 162.382B

163.BLO404 163.BLO405 163.BLO404/BLO405 163.LK1501 163.LK2502 163.RF1901 163.RF2904 163.SD1902 163.SD1903 163.SD2906 164.B08 164.B10 164.P08 164.P10 164.P12

165.000002 165.000006 165.000008

165.000013 165.000014

165.000019 166.BLOX1 166.BLOX2 166.BLOX1/2 166.LK01 166.LK02 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDComment

Secondary Power fresh water Secondary Power fresh waterE-788 RTI&EUID 166.RB01 166.RB02 166.ST01

166.ST02

167.004LK

167.005RB 167.007SDT

167.TK0217 169.03 169.04 169.05 169.06

169.07

171.002 171.003 171.004

171.006 171.007 171.008 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-789 RTI&EUID 171.009

171.010

171.021 172.LK03 172.RB01 172.RB02 172.ST01

172.ST02

173.LK1 173.RECOVB

173.SDT 174.G-18 174.G-32 174.G-60 174.G-63B

174.G-63C

174.G-92 174.G-95 175.APRX 175.LK1A 175.LK2A Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-790 RTI&EUID 175.RB2A 175.RB3A 175.ST2A

175.ST3A

176.G-37 176.G-5 176.RB7 177.EU0804 177.EU0805 177.EU0905 178.08P012 178.08P013 178.08T014 178.08T015 178.09P037
179.LK3 179.RF3 179.SDT 180.D001 180.D002 180.L001 180.L002 181.01 181.09 181.10 181.09/10 181.11 181.14 181.49 181.50 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-791 RTI&EUID 181.49/50 181.51 182.037 182.103 182.110 183.002 183.003 183.004 184.72 184.73 184.LK1 184.LK2
184.SDT1 184.SDT2a 184.SDT2b 185.02

185.05 185.07

186.LK 186.RB15 186.RB17 188.001LK1 188.002LK2 188.003LK3 188.014RB1 188.015SD1 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-792 RTI&EUID 188.016RB2 188.017SD2 188.HBLBLO 189.SN25 189.SN26 189.SN27 189.SN28 190.L600
190.L601

190.R400
190.R401
190.R402 190.R404
190.R405
190.R406
195.002 195.003 195.007 196.SN-02 196.SN-06 196.SN-08North 196.SN-08South196.SN08North/South 196.SN-09 196.SN-14 196.SN-15 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-793 RTI&EUID 197.1 197.12 197.2 197.4 198.004 198.019 198.020 199.002 199.004 199.011 200.007_10 200.007_8 200.007_9 200.007RF2 200.007RF3 201.SR0001 201.SR0003 201.SR0034 202.Lime Kiln EU340

202.Recovery Furnace EU320

202.Smelt Dissolving Tank EU322

203.2DTScr 203.3DTScr 203.LKScr Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-794 RTI&EUID 203.RF#2 203.RF#3 205.008 205.009
205.010 205.025 206.G-31 206.G-32 206.G-34 206.G-35 206.G-36 206.G-37
206.G-38 207.038 207.103A 207.108 208228535.001 208228535.002 208228535.003 208228535.007 208228535.008 208228535.009 226.LK1 226.LK2 226.RECB1
226.RECB2 226.SDT1N 226.SDT1S 226.SDT2 240.CA81 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-795 RTI&EUID 240.RF01
240.RF02 240.RF04 240.RF05 240.RF06 242.AA-011 242.AA-012 242.AA-013 243.LG07 243.R401 243.R403 243.R407 243.R408 340.005 340.007 340.008 525.EU17 525.EU18 525.EU19North 525.EU19South 531.LK7 531.RF10

531.RF15 600.G0803 600.G0805 600.G0806 600.G0807 600.G0903 600.G0905 600.G0908 600.G2303 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-796 RTI&EUID 606.LK4 606.RB2 606.RB3 606.RB4 606.SDT2

606.SDT3 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-797 RTI&EUID 606.SDT4

610.10 610.4 610.5
610.7
610.8 610.9 613.001L 613.001R 613.001L/001R 613.002L 613.002R 613.002L/002R 613.005 613.006 613.007 613.008 613.009 613.UT-7 613.UT-8 615.21 615.24 615.25 617.B14 617.P21 617.P22 Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDCommentE-798 RTI&EUID ce). used to fill gaps for res Scrub_AlkaliType Scrub_L_G_Ratio_gal_10 00acfm Scrub_L_G_Ratio_gal_1000 acfm_num Parameter_Continuous Parameter_Other Water_Source APCDComment