Table C-1: Total Emissions & Potential Emissions Reductions from Energy Efficiency Improvements to All Fuel TypesStateEstimatedNumber ofBoilersCd Dioxin Hg1,4-Dichlorobenzene16-PAHs As Benzene Cr HCl Pb PM COSO2Total Air Emissions (lbs/year)IL5,7691,955 0.3 1,373 162 60,042 10,262 110,369 13,302 4,253,053 16,027 79,864,288 2,357,656,142 409,073,692IN1,561720 0.2 570 77 16,088 4,234 88,804 6,746 1,791,802 7,210 34,878,452 569,540,267 169,119,375MI7,5703,021 0.7 1,690 297 154,103 15,618 122,382 19,783 6,426,369 24,074 114,484,041 6,317,085,220 536,513,057MN1,348906 0.3 758 88 20,168 5,372 140,171 8,607 2,330,100 9,628 49,143,118 685,878,998 221,305,305NY900230 0.1 423 18 8,519 1,259 83,606 3,428 810,026 3,740 29,738,251 230,955,102 83,652,593OH802956 0.2 647 85 13,616 5,913 40,060 8,820 2,495,926 9,621 50,196,983 443,770,360 189,920,658PA3,1503,010 0.8 3,202 423 59,181 19,367 119,684 25,675 9,131,445 30,526 165,223,533 1,948,520,529 814,464,710WI3,422607 0.4 383 71 28,980 3,095 231,476 4,766 1,513,503 7,315 38,858,613 1,022,493,970 151,975,890Total24,52211,404 3.0 9,047 1,222 360,697 65,121 936,552 91,127 28,752,224 108,141 562,387,278 13,575,900,586 2,576,025,280Potential Emission Reduction for Energy Efficiency Improvements (lbs/year)1% 114 0.03 90 12 3,607 651 9,366 911 287,522 1,081 5,623,873 135,759,006 25,760,2532% 228 0.06 181 24 7,214 1,302 18,731 1,823 575,044 2,163 11,247,746 271,518,012 51,520,5065% 570 0.15 452 61 18,035 3,256 46,828 4,556 1,437,611 5,407 28,119,364 678,795,029 128,801,26410% 1,140 0.30 905 122 36,070 6,512 93,655 9,113 2,875,222 10,814 56,238,728 1,357,590,059 257,602,528Notes:1. Estimated number of boilers based on US EPA Emissions Test Database, Population Database, and Materials Analysis Database used in theDevelopment of the Industrial/Commercial Boiler NESHAP (12-14-99)2. Average total emissions are calculated from emission factors developed by the U.S. EPA for a range of boiler types using alltypes of fuel.Table C-2: Total Emissions & Potential Emissions Reductions from Energy Efficiency Improvements for Coal Fired Industrial BoilersStateEstimatedNumber ofBoilersCd Dioxin Hg1,4-Dichlorobenzene16-PAHs As Benzene Cr HCl Pb PM COSO2Total Air Emissions (lbs/year)IL1721,318 0.3 667 153 1,574 9,125 1,452 10,024 3,895,820 12,835 59,827,124 3,481,701 328,967,768IN176518 0.1 274 63 645 3,586 595 3,939 1,567,452 5,044 23,787,926 1,425,673 134,900,142MI3571,998 0.4 1,045 239 2,463 13,833 2,272 15,195 6,045,733 19,456 91,359,022 5,447,730 516,486,576MN71648 0.1 327 75 771 4,486 711 4,927 1,917,894 6,309 29,412,010 1,704,397 161,225,862NY34102 0.0 47 11 112 708 103 778 297,943 996 4,670,026 248,062 23,573,150OH293793 0.1 355 82 842 5,491 777 6,032 2,219,560 7,724 35,860,856 1,861,854 175,103,581PA3292,605 0.6 1,577 359 3,694 18,038 3,408 19,814 8,492,366 25,371 120,964,745 8,169,902 778,262,354WI99276 0.1 139 32 328 1,914 303 2,103 846,456 2,692 12,786,315 725,359 69,373,993Total1,5318,258 1.7 4,430 1,014 10,429 57,182 9,621 62,811 25,283,224 80,428 378,668,024 23,064,678 2,187,893,425Potential Emission Reduction for Energy Efficiency Improvements (lbs/year)1% 114 0.03 90 12 3,607 651 9,366 911 287,522 1,081 5,623,873 135,759,006 25,760,2532% 228 0.06 181 24 7,214 1,302 18,731 1,823 575,044 2,163 11,247,746 271,518,012 51,520,5065% 570 0.15 452 61 18,035 3,256 46,828 4,556 1,437,611 5,407 28,119,364 678,795,029 128,801,26410% 1,140 0.30 905 122 36,070 6,512 93,655 9,113 2,875,222 10,814 56,238,728 1,357,590,059 257,602,528Notes:1. Estimated number of boilers based on US EPA Emissions Test Database, Population Database, and Materials Analysis Database used in theDevelopment of the Industrial/Commercial Boiler NESHAP (12-14-99)2. Average total emissions are calculated from emission factors developed by the U.S. EPA for a range of boiler types using coal as the primary fuel.Table C-3: Total Emissions & Potential Emissions Reductions from Energy Efficiency Improvements to Distillate Liquid Fossil Fuel Fired Industrial BoilersStateEstimatedNumber ofBoilersCd Dioxin Hg1,4-Dichlorobenzene(3)16-PAHs As Benzene Cr HCl Pb PM COSO2(3)Total Air Emissions (lbs/year)IL4297 0.01 0 0 2,653 20 792 24 3,201 73 380,960 1,510,274 0IN2043 0.00 0 0 1,152 8 344 10 1,447 31 178,913 655,966 0MI37413 0.02 1 0 5,011 35 1,496 43 6,444 129 790,399 2,852,295 0MN2085 0.01 0 0 1,824 13 545 16 2,270 48 270,472 1,038,603 0NY1984 0.01 0 0 1,815 12 542 15 2,409 44 293,408 1,033,310 0OH1265 0.01 0 0 1,673 12 499 15 2,077 46 258,073 952,170 0PA57116 0.03 1 0 6,397 44 1,910 53 8,196 161 967,771 3,641,778 0WI4548 0.01 1 0 3,009 21 899 26 3,781 78 449,729 1,712,809 0Total2,56461 0.10 4 0 23,535 166 7,028 201 29,825 610 3,589,725 13,397,206 0Potential Emission Reduction for Energy Efficiency Improvements (lbs/year)1% 114 0.03 90 12 3,607 651 9,366 911 287,522 1,081 5,623,873 135,759,006 25,760,2532% 228 0.06 181 24 7,214 1,302 18,731 1,823 575,044 2,163 11,247,746 271,518,012 51,520,5065% 570 0.15 452 61 18,035 3,256 46,828 4,556 1,437,611 5,407 28,119,364 678,795,029 128,801,26410% 1,140 0.30 905 122 36,070 6,512 93,655 9,113 2,875,222 10,814 56,238,728 1,357,590,059 257,602,528Notes:1. Estimated number of boilers based on US EPA Emissions Test Database, Population Database, and Materials Analysis Database used in theDevelopment of the Industrial/Commercial Boiler NESHAP (12-14-99)2. Average total emissions are calculated from emission factors developed by the U.S. EPA for a range of boiler types using distillate liquid fossil fuel as the primary fuel.3. No Emission FactorTable C-4: Total Emissions & Potential Emissions Reductions from Energy Efficiency Improvements to Residual Liquid Fossil FuelFired Industrial BoilersStateEstimatedNumber ofBoilersCd Dioxin Hg1,4-Dichlorobenzene(3)16-PAHs As Benzene Cr HCl Pb PM COSO2(3)Total Air Emissions (lbs/year)IL290267 0.02 626 0 1,490 234 640 1,366 4,539 709 7,651,393 534,805 0IN843 0.01 248 0 601 100 258 582 1,966 302 3,219,872 215,705 0MI13313 0.01 565 0 1,330 203 571 1,185 3,748 615 6,829,020 477,535 0MN825 0.01 342 0 801 121 344 704 2,208 366 4,078,106 287,498 0NY2464 0.01 262 0 628 102 270 598 1,993 310 3,334,590 225,476 0OH645 0.01 230 0 541 83 232 484 1,536 251 2,780,503 194,232 0PA39616 0.04 1,491 0 3,595 586 1,544 3,422 11,507 1,776 19,002,123 1,290,336 0WI1418 0.00 121 0 282 42 121 245 802 127 1,391,501 101,379 0Total1,436320 0.09 3,885 0 9,268 1,469 3,981 8,586 28,299 4,457 48,287,109 3,326,965 0Potential Emission Reduction for Energy Efficiency Improvements (lbs/year)1% 114 0.03 90 12 3,607 651 9,366 911 287,522 1,081 5,623,873 135,759,006 25,760,2532% 228 0.06 181 24 7,214 1,302 18,731 1,823 575,044 2,163 11,247,746 271,518,012 51,520,5065% 570 0.15 452 61 18,035 3,256 46,828 4,556 1,437,611 5,407 28,119,364 678,795,029 128,801,26410% 1,140 0.30 905 122 36,070 6,512 93,655 9,113 2,875,222 10,814 56,238,728 1,357,590,059 257,602,528Notes:1. Estimated number of boilers based on US EPA Emissions Test Database, Population Database, and Materials Analysis Database used in theDevelopment of the Industrial/Commercial Boiler NESHAP (12-14-99)2. Average total emissions are calculated from emission factors developed by the U.S. EPA for a range of boiler types using residual liquid fossil fuel as the primary fuel.3. No Emission FactorTable C-5: Total Emissions & Potential Emissions Reductions from Energy Efficiency Improvements to Natural Gas Fuel Fired Industrial BoilersStateEstimatedNumber ofBoilersCd Dioxin Hg (3)1,4-Dichlorobenzene(3)16-PAHs As Benzene Cr HCl Pb PM COSO2(3)Total Air Emissions (lbs/year)IL4,838280 0.03 0 0 52,998 380 634 321 4,101 558 511,729 2,321,262,623 0IN1,06472 0.01 0 0 12,530 98 150 82 982 143 133,451 548,785,699 0MI6,677857 0.07 0 0 143,598 1,166 1,718 985 11,456 1,712 1,598,796 6,289,466,415 0MN94477 0.01 0 0 14,900 105 178 88 1,157 154 139,707 652,610,002 0NY35128 0.00 0 0 4,681 38 56 32 371 56 52,850 205,034,691 0OH29750 0.01 0 0 9,850 69 118 58 770 101 91,105 431,430,703 0PA1,763264 0.02 0 0 43,678 359 522 303 3,498 527 492,764 1,913,060,188 0WI2,657122 0.01 0 0 22,296 166 267 140 1,722 244 226,069 976,538,311 0Total18,5911,749 0.16 0 0 304,531 2,380 3,643 2,012 24,058 3,495 3,246,471 13,338,188,633 0Potential Emission Reduction for Energy Efficiency Improvements (lbs/year)1% 114 0.03 90 12 3,607 651 9,366 911 287,522 1,081 5,623,873 135,759,006 25,760,2532% 228 0.06 181 24 7,214 1,302 18,731 1,823 575,044 2,163 11,247,746 271,518,012 51,520,5065% 570 0.15 452 61 18,035 3,256 46,828 4,556 1,437,611 5,407 28,119,364 678,795,029 128,801,26410% 1,140 0.30 905 122 36,070 6,512 93,655 9,113 2,875,222 10,814 56,238,728 1,357,590,059 257,602,528Notes:1. Estimated number of boilers based on US EPA Emissions Test Database, Population Database, and Materials Analysis Database used in theDevelopment of the Industrial/Commercial Boiler NESHAP (12-14-99)2. Average total emissions are calculated from emission factors developed by the U.S. EPA for a range of boiler types using natural gas as the primary fuel.3. No Emission FactorTable C-6: Total Emissions & Potential Emissions Reductions from Energy Efficiency Improvements to Other Fuel Type Fired Industrial BoilersStateEstimatedNumber ofBoilersCd Dioxin Hg1,4-Dichlorobenzene16-PAHs As Benzene Cr HCl Pb PM COSO2Total Air Emissions (lbs/year)IL4083 0.0 79 9 1,327 503 106,851 1,567 345,392 1,852 11,493,082 30,866,738 80,105,924IN33124 0.1 48 14 1,160 442 87,457 2,132 219,954 1,689 7,558,290 18,457,223 34,219,233MI26141 0.1 79 58 1,701 381 116,324 2,375 358,988 2,162 13,906,803 18,841,244 20,026,481MN41171 0.2 89 13 1,872 648 138,393 2,871 406,572 2,751 15,242,822 30,238,498 60,079,443NY6891 0.0 114 7 1,282 398 82,634 2,005 507,310 2,333 21,387,377 24,413,562 60,079,443OH21104 0.1 63 3 710 258 38,433 2,232 271,982 1,500 11,206,445 9,331,401 14,817,077PA91109 0.1 133 64 1,817 341 112,300 2,083 615,878 2,691 23,796,130 22,358,326 36,202,357WI67192 0.3 123 39 3,065 952 229,887 2,251 660,742 4,173 24,004,999 43,416,112 82,601,897Total3871,015 0.9 728 208 12,934 3,923 912,279 17,517 3,386,819 19,151 128,595,950 197,923,105 388,131,855Potential Emission Reduction for Energy Efficiency Improvements (lbs/year)1% 114 0.03 90 12 3,607 651 9,366 911 287,522 1,081 5,623,873 135,759,006 25,760,2532% 228 0.06 181 24 7,214 1,302 18,731 1,823 575,044 2,163 11,247,746 271,518,012 51,520,5065% 570 0.15 452 61 18,035 3,256 46,828 4,556 1,437,611 5,407 28,119,364 678,795,029 128,801,26410% 1,140 0.30 905 122 36,070 6,512 93,655 9,113 2,875,222 10,814 56,238,728 1,357,590,059 257,602,528Notes:1. Estimated number of boilers based on US EPA Emissions Test Database, Population Database, and Materials Analysis Database used in theDevelopment of the Industrial/Commercial Boiler NESHAP (12-14-99)2. Average total emissions are calculated from emission factors developed by the U.S. EPA for a range of boiler types using primarily other types of fuel.3. Other fuel types include bagasse, wood, non-fossil fuel liquids & solids, biomass, & others.