Compound Y/ X fet CAS 1 BROMO 2 ( 2 PROPYL) BENZENE OBROMOCUMENE 326.80 0.538 1 BROMO 2 CHLORO 2 BUTENE 188.90 0.585 544132 84 3 1 BROMO 2 CHLOROETHANE 50.50 0.618 107 04 0 1 BROMO 2 ETHYLBENZENE 185.20 0.524 1 BROMO 2 METHYL PROPANE 1292.00 0.748 78 77 3 1 BROMO 3 METHYLBUTANE ( ISOAMYLBROMIDE) 1916.00 0.716 107 82 4 1 BROMOBUTANE 6693.00 0.709 109 65 9 1 BROMOPENTANE ( AMYLPENTANE) 1089.00 0.716 1 BROMOPROPANE 396.80 0.743 106 94 5 1 BUTANOL 0.43 0.173 71 36 3 1 BUTENE 13530.00 0.710 106 98 9 1 BUTYL NITRATE 85.47 0.568 928 45 0 1 BUTYNE ( ETHYLACETYLENE) 1010.00 0.798 107 00 6 1 CHLORO 1,1 DIFLUOROMETHANE R142B 3968.00 0.683 1 CHLORO 1,2,2,2 TETRAFLUOROETHANE R124 5050.00 0.583 1 CHLORO 2 METHYL PROPANE 66.14 0.608 513 36 0 1 CHLORO 2 METHYLBENZENE 198.40 0.573 95 49 8 1 CHLORO 2,3 EPOXYPROPANE 1.69 0.334 106 89 8 1 CHLOROBUTANE 941.60 0.719 109 69 3 1 CHLOROHEXANE ( HEXYL CHLORIDE) 1355.00 0.723 544 10 5 1 CHLORONAPHTHALENE 191.60 0.516 90 13 1 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 1 CHLOROPENTANE ( AMYL CHLORIDE) 2778.00 0.690 543 59 9 1 DODECANOL 2.78 0.207 112 53 8 1 ETHENYL 2 METHYL BENZENE 169.30 0.539 611 15 4 1 ETHENYL 3 METHYLBENZENE 213.70 0.566 100 80 1 1 ETHYL 2 METHYLBENZENE ( OETHYLTOLUENE 307.80 0.591 611 14 3 1 ETHYL 4 METHYLBENZENE ( PETHYLTOLUENE 277.80 0.574 622 96 8 1 ETHYLNAPHTHALENE 20.58 0.350 1127 76 0 1 FLUOROPROPANE 896.00 0.778 1 HEPTADECANOL 0.76 0.097 1454 85 9 1 HEPTANOL 1.03 0.196 111 70 6 1 HEPTENE 22220.00 0.575 592 76 7 1 HEPTYNE 3968.00 0.662 628 71 7 1 HEXADECANOL 0.93 0.106 36653 82 4 1 HEXENE 23150.00 0.542 592 41 6 1 HEXYL NITRATE 82.92 0.527 1 HEXYNE 1208.00 0.721 693 02 7 1 IODOBUTANE 881.80 0.698 542 69 8 1 IODOPROPANE 505.00 0.703 107 08 4 1 ISOCYANO 3 METHYLBENZENE 0.62 0.137 621 29 4 1 METHYLCYCLOHEXENE 4273.00 0.664 591 49 1 1 NONANOL 1.95 0.218 143 08 8 1 NONENE 46300.00 0.487 124 11 8 1 NONYNE 7936.00 0.551 567104 1 OCTADECANOL 0.60 0.077 112 92 5 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 1 OCTANOL 1.32 0.199 111 87 5 1 OCTENE 34970.00 0.523 111 66 0 1 OCTYNE 4630.00 0.621 629 05 0 1 PENTADECANOL 1.03 0.115 629 76 5 1 PENTYL NITRATE ( AMYL NITRATE) 92.59 0.575 1002 16 0 1 PENTYNE 1355.00 0.760 627 19 0 1 PROPANETHIOL 222.20 0.701 107 03 9 1 PROPANOL 0.51 0.171 71 23 8 1 PROPYL NITRATE 70.55 0.619 627 13 4 1 TETRADECANOL 1.13 0.124 112 72 1 1( 4 CHLOROPHENYL) ETHANOL 435.00 0.656 544855 1( CHLOROMETHYL) NAPHTHALENE 65.00 0.408 86 52 2 1,1 DICHLOROBUTANE 427.30 0.684 541 33 3 1,1 DICHLOROETHENE VINYLIDENE CHLORIDE 1431.00 0.746 75 35 4 1,1 DICHLOROTETRAFLUOROETHANE R114 94160.00 0.490 1,1 DIETHOXYETHANE ( ACETAL) 5.56 0.394 105 57 7 1,1 DIFLUOROETHENE* 22220.00 0.818 75 38 7 1,1,1 TRIFLUORO 2 PROPANOL 1.24 0.237 1,1,1 TRIFLUORO 2 PROPANONE 0.40 0.124 1,1,1 TRIMETHOXYETHANE 0.85 0.195 1445 45 0 1,1,1,2 TETRAFLUOROETHANE ( R134A) 1029.00 0.694 811 97 2 1,1,1,2 TETRACHLORO 2 FLUOROETHANE 6666.00 0.595 354 11 0 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 1,1,1,3,3,3 HEXAFLUORO 2 PROPANOL 2.32 0.238 1,1,1,3,3 PENTAFLUORO 2,2 DICHLOROPROPAN 14790000.00 0.821 128903 21 9 1,1,1,3,3 PENTAFLUORO 2,3 DICHLOROPROPAN 4414000.00 0.797 431 86 7 1,1,1 TRIFLUORO 2 CHLOROETHANE 897.20 0.738 75 88 7 1,1,2 TRICHLOROETHANE 54.30 0.548 79 00 5 1,1,2 TRICHLOROTRIFLUOROETHANE R113 17590.00 0.493 76 13 1 1,1,3 TRIMETHYLCYCLOPENTANE 86800.00 0.628 4516 69 2 1,10 DECANEDIOL DINITRATE 1.29 0.134 1,10 DICHLORODECANE 277.80 0.522 1,12 DICHLORODODECANE 3.47 0.208 1,1 DICHLORO 1,2,2 TRIFLUOROETHANE 121500.00 0.595 812 04 4 1,1 DICHLORO 1 FLUOROETHANE R141B 7032.00 0.679 1717 00 6 1,1 DICHLORO 2,2,3,3,3 PENTAFLUOROPROPAN 12590000.00 0.818 422 56 0 1,1 DIFLUOROETHANE ( R152A) 1358.00 0.841 75 37 6 1,2 BUTANEDIOL DINITRATE 2.65 0.255 1,2 DECANEDIOL DINITRATE 27.78 0.321 1,2 DIBROMOETHANE 29.07 0.533 106 93 4 1,2 DIBROMOPROPANE 81.70 0.572 78 75 1 1,2 DICHLOROBENZENE ( O) 87.60 0.595 95 50 1 1,2 DICHLOROETHENE TRANS 561.20 0.766 156 60 5 1,2 DICHLOROTETRAFLUOROETHANE R114 66930.00 0.463 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 1,2 DIETHOXYETHANE 3.48 0.358 629 14 1 1,2 DIFLUOROBENZENE 396.80 0.696 1,2 EPOXYPROPANE ( PROPYLENEOXIDE) 4.47 0.440 75 56 9 1,2 ETHANEDIOL DINITRATE 0.70 0.170 628 96 6 1,2 HEXANEDIOL DINITRATE 5.73 0.277 1,2 OCTANEDIOL DINITRATE 10.48 0.292 1,2 PENTANEDIOL DINITRATE 4.27 0.273 1,2 PROPANEDIOL DINITRATE 1.74 0.241 6423 43 4 1,2,10,11 TETRACHLOROUNDECANE 3.47 0.203 1,2,3 TRICHLOROBENZENE 69.44 0.423 87 61 6 1,2,3,4 TETRACHLOROBENZENE 38.80 0.370 634 66 2 1,2,3,4 TETRAHYDRONAPHTHALENE ( TETRALIN) 104.80 0.485 119 64 2 1,2,3,4TETRACHLORODIBENZO[ BE][ 1,4] DIOXIN 1.09 0.112 30746 58 8 1,2,3,5 TETRACHLOROBENZENE 87.78 0.416 634 90 2 1,2,3 TRIMETHYL BENZENE 199.10 0.551 526 73 8 1,2,4 TRICHLORODIBENZO[ B, E][ 1,4] DIOX IN 1.98 0.272 1,2,4,5 TETRAMETHYLBENZENE 1389.00 0.627 95 93 2 1,2,4 TRIMETHYLBENZENE 342.20 0.596 95 63 6 1,2,9,10 TETRACHLORODECANE 9.75 0.276 1,2 DIBROMOTETRAFLUOROETHANE 101900.00 0.634 124 73 2 1,2 DICHLORO 1,1,2,3,3 PENTAFLUOROPROPAN 5554000.00 0.802 422 44 6 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 1,2 DICHLORO 1,1 DIFLUOROETHANE 3944.00 0.694 1649 08 7 1,2 DICHLOROTETRAFLUOROETHANE 193600.00 0.623 76 14 2 1,2 METHYLENEDIOXY 4 PROPENYL BENZENE 3.13 0.253 120 58 1 1,3 BUTANEDIOL DINITRATE 0.96 0.158 1,3 DIBROMOBENZENE 108.90 0.550 108 36 1 1,3 DIBROMOPROPANE 50.50 0.530 109 64 8 1,3 DICHLOROBENZENE ( M) 157.80 0.558 541 73 1 1,3 DICHLOROPROPANE 55.56 0.636 142 28 9 1,3 DICHLOROPROPENE 85.47 0.586 542 75 6 1,3 DIFLUOROBENZENE 427.30 0.700 372 18 9 1,3 DIMETHYLNAPHTHALENE 39.68 0.382 575 41 7 1,3 PROPANEDIOL DINITRATE* 0.43 0.107 3457 90 7 1,3,5 CYCLOHEPTATRIENE 264.50 0.649 544 25 2 1,3,5 TRICHLOROBENZENE 105.00 0.456 108 70 3 1,3 DICHLORO 1,1,2,3,3 PENTAFLUOROPROPAN 6012.00 0.506 136013 79 1 1,3 DICHLORO 1,2,2,3,3 PENTAFLUOROPROPAN 5554000.00 0.802 507 55 1 1,3 DIOXOLANE 1.36 0.348 646 06 0 1,3 PROPANEDIOL, 2 BROMO 2 NITRO 0.13 0.038 52 51 7 1,4 BUTANEDIOL DINITRATE 0.35 0.079 1,4 DIBROMOBENZENE 113.40 0.550 106 37 6 1,4 DICHLORO 2 BUTENE 14.39 0.480 764 41 0 1,4 DICHLOROBENZENE ( P) 175.50 0.568 106 46 7 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 1,4 DIFLUOROBENZENE 427.30 0.701 1,4 DIMETHYLNAPHTHALENE 27.78 0.364 571 58 4 1,4 DIOXANE 0.40 0.204 123 91 1 1,4 PENTADIENE 6536.00 0.689 591 93 5 1,4 PENTANEDIOL DINITRATE 1.42 0.175 1,4 DICHLORO 2 BUTENE( TRANS) 4.87 0.386 110 57 6 1,5 DICHLOROPENTANE 30.86 0.504 1,5 DIMETHYLNAPHTHALENE 34.72 0.375 571 61 9 1,5 HEXADIENE 7507.00 0.641 592 42 7 1,5 HEXANEDIOL DINITRATE 1.98 0.189 1,5 PENANEDIOL DINITRATE 0.46 0.085 1,6 HEXANEDIOL DINITRATE 0.37 0.065 1,7 HEPTANEDIOL DINITRATE 0.46 0.123 1,8 OCTANEDIOL DINITRATE 0.70 0.097 1112TETRACHLORO22DIFLUOROETHAN E 5556.00 0.544 76 11 9 1 BROMODECANE 109.40 0.407 112 29 8 1 BROMONONANE 93.33 0.410 693 58 3 1 CHLORO 1,1 DIFLUOROETHANE 3267.00 0.729 75 68 3 1 CHLORO 1,2,2,2 TETRAFLUOROETHANE 19000.00 0.729 2837 89 0 1 CHLORO 4 ISOCYANATOBENZENE 0.30 0.080 104 12 1 1 ETHOXY HEXANE 105.00 0.529 5756 43 4 1 ETHOXY OCTANE 98.33 0.441 929 61 3 1H IMIDAZOLE* 0.21 0.117 288 32 4 1 METHYL NAPHTHALENE 28.30 0.385 90 12 0 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 1 NITROPROPANE 5.05 0.410 108 03 2 1 PENTANOL ( AMYLALCOHOL) 0.68 0.189 71 41 0 1 PENTENE 22220.00 0.693 109 67 1 1 PROPOXY 2 PROPANOL 0.43 0.125 1569 01 3 2 AMINO 4 CHLORO 6 CYANOPYRIDINE* 17.22 0.440 2 BROMO 2 METHYL PROPANE 1792.00 0.751 507 19 7 2 BROMOPROPANE 603.90 0.760 75 26 3 2 BUTANOL ( SEC BUTANOL) 0.51 0.224 78 92 2 2 BUTANONE ( METHYL ETHYL KETONE, MEK) 2.58 0.358 78 93 3 2 BUTEN 1 0L 0.19 0.091 6117 91 5 2 BUTEN 3 ONE ( METHYL VINYL KETONE) 2.58 0.387 78 94 4 2 BUTYL NITRATE ( ISOBUTYL NITRATE) 126.30 0.636 543 29 3 2 CHLORO 1,1,1 TRIFLUOROETHANE R133 1501.00 0.729 2 CHLOROANILINE 933.30 0.733 95 51 2 2 CHLOROBENZYL ALCOHOL 0.16 0.053 17849 38 6 2 CHLOROBUTANE 1029.00 0.735 78 86 4 2 CHLOROETHYLVINYLETHER 1922.00 0.800 110 75 8 2 CHLORONAPHTHALENE 17.36 0.365 91 58 7 2 CHLOROPENTANE 1543.00 0.745 625 29 6 2 CHLOROPHENOL 0.62 0.155 95 57 8 2 ETHYLHEXYL DODECANOATE 179.20 0.410 2 ETHYLHEXYL HEXANOL 4.78 0.238 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 2 ETHYLNAPHTHALENE 34.72 0.375 939 27 5 2 HEPTANONE 9.39 0.380 110 43 0 2 IODOPROPANE 624.20 0.715 75 30 9 2 METHYL 1 BUTANOL ( ISOPENTANOL) 0.78 0.208 137 32 6 2 METHYL 1 PROPANOL ( ISOBUTANOL) 1.50 0.329 78 83 1 2 METHYL 1 PENTENE 15430.00 0.629 763 29 1 2 METHYL 2 BUTANOL ( TERTPENTANOL 0.76 0.205 75 85 4 2 METHYL 2 BUTENE 12350.00 0.693 513 35 9 2 METHYL 2 PENTANOL 1.79 0.271 590 36 3 2 METHYL 2 PROPANOL ( TERTBUTANOL 0.79 0.248 75 65 0 2 METHYL 3 BUTEN 2 OL 0.85 0.219 115 18 4 2 METHYL 3 PENTANOL 1.92 0.277 565 67 3 2 METHYL OCTANE 264500.00 0.640 3221 61 2 2 METHYL TETRAHYDROFURAN 5.05 0.381 96 47 9 2 METHYL THIOPHENE 132.30 0.614 554 14 3 2 METHYLHEXANE C7H16 191600.00 0.696 591 76 4 2 METHYLNAPHTHALENE 28.78 0.379 91 57 6 2 METHYLNONANE 308600.00 0.615 871 83 0 2 METHYLPROPENAL ( METHACROLEIN) 15.50 0.527 78 85 3 2 METHYLPROPYLMETHANOATE ( ISOBUTYL FORMAT 32.68 0.536 542 55 2 2 NITROPHENOL 1.88 0.465 88 75 5 2 NITROTOLUENE 0.69 0.155 88 72 2 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 2 NONANONE 20.58 0.384 821 55 6 2 OCTANONE 10.29 0.372 111 13 7 2 PENTANONE 3.47 0.376 107 87 9 2 PENTENE 12920.00 0.686 109 68 2 2 PENTYL NITRATE 163.40 0.627 21981 48 6 2 PROPANOL ( ISOPROPANOL) 0.43 0.204 67 63 0 2 PROPEN 1 OL ( ALLYL ALCOHOL) 0.31 0.155 107 18 6 2 PROPYL NITRATE 126.30 0.670 1712 64 7 2 PYRROLIDONE 0.14 0.093 616 45 5 2 UNDECANONE 34.72 0.370 112 12 9 2,2 DIMETHYL 1 PROPANOL 1.11 0.245 75 84 3 2,2 DIMETHYL PROPANOIC ACID 0.15 0.063 75 98 9 2,2 DIMETHYLBUTANE C6H14 94160.00 0.678 75 83 2 2,2 DIMETHYLHEPTANE 264500.00 0.644 1071 26 7 2,2 DIMETHYLHEXANE 191600.00 0.588 590 73 8 2,2 DIMETHYLOCTANE 326800.00 0.800 15869 87 1 2,2 DIMETHYLPENTANE 173600.00 0.697 590 35 2 2,2' PCB 19.16 0.309 13029 08 8 2,2,2 TRIFLUOROETHANOL 0.94 0.260 79 89 8 2,2,3 TRIMETHYLBUTANE 135500.00 0.629 464 06 2 2,2,3 TRIMETHYLHEPTANE 370400.00 0.634 52896 92 1 2,2,3 TRIMETHYLHEXANE 292400.00 0.656 16747 25 4 2,2,3 TRIMETHYLPENTANE 213700.00 0.655 564 02 3 2,2', 3,3' PCB 11.34 0.266 38444 93 8 2,2,3,3 TETRAFLUORO 1 PROPANOL 0.35 0.105 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 2,2,3,3 TETRAMETHYLBUTANE 213700.00 0.673 594 82 1 2,2,3,3 TETRAMETHYLHEXANE 463000.00 0.665 13475 81 5 2,2,3,3 TETRAMETHYLPENTANE 347200.00 0.671 7154 79 2 2,2,3,3,3 PENTAFLUORO 1 PROPANOL 1.24 0.200 2,2,3,3,4 PENTAMETHYLPENTANE 555600.00 0.674 16747 44 7 2,2', 3,3', 4,4' PCB 1.68 0.148 383832 07 3 2,2,3,4 TETRAMETHYLHEXANE 463000.00 0.655 52897 08 2 2,2,3,4 TETRAMETHYLPENTANE 326800.00 0.664 1186 53 4 2,2,3,4,4 PENTAMETHYLPENTANE 555600.00 0.672 16747 45 8 2,2,3,5 TETRAMETHYLHEXANE 347200.00 0.637 52897 09 3 2,2,4 TRIMETHYLHEPTANE 347200.00 0.626 14720 74 2 2,2,4 TRIMETHYLHEXANE 264500.00 0.644 16747 26 5 2,2,4,4 TETRAMETHYLHEXANE 463000.00 0.662 517532 65 3 2,2,4,4 TETRAMETHYLPENTANE 292400.00 0.657 1070 87 7 2,2', 4,4', 5,5' PCB 7.31 0.232 35065 27 1 2,2', 4,4', 6,6' PCB 42.74 0.311 33979 03 2 2,2,4,5 TETRAMETHYLHEXANE 370400.00 0.635 16747 42 5 2,2', 4,5,5' PCB 14.25 0.306 376832 73 2 2,2', 4,6,6' PCB 50.50 0.326 56558 16 8 2,2,5 TRIMETHYLHEPTANE 347200.00 0.777 20291 95 6 2,2,5 TRIMETHYLHEXANE C9H20 292400.00 0.654 3522 94 9 2,2', 5,5' PCB 19.16 0.290 35693 99 3 2,2,5,5 TETRAMETHYLHEXANE 308600.00 0.627 1071 81 4 2,2', 5,6' PCB 23.15 0.298 41464 41 9 2,2,6 TRIMETHYLHEPTANE 326800.00 0.629 1190 83 6 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 2,2', 6,6' PCB 30.86 0.311 15968 05 5 2,2 DICHLOROPROPANE 298.90 0.697 594 20 7 2,2' OXYBIS( 2 CHLOROPROPANE* 22.06 0.390 39638 32 9 2,3 BUTANEDIOL DINITRATE 4.63 0.307 2,3 DICHLORO 1 PROPENE 198.40 0.692 78 88 6 2,3 DIMETHYL 1,3 BUTADIENE 2645.00 0.707 513 81 5 2,3 DIMETHYL 2 BUTANOL 1.85 0.272 594 60 5 2,3 DIMETHYLBUTANE C6H14 71220.00 0.667 79 29 8 2,3 DIMETHYLHEPTANE 292400.00 0.641 3074 71 3 2,3 DIMETHYLHEXANE 213700.00 0.649 584 94 1 2,3 DIMETHYLNAPHTHALENE 32.68 0.372 581 40 8 2,3 DIMETHYLOCTANE 370400.00 0.635 7146 60 3 2,3 DIMETHYLPENTANE C7H16 95780.00 0.637 589 59 3 2,3,3 TRIMETHYLHEPTANE 396800.00 0.651 52896 93 2 2,3,3 TRIMETHYLHEXANE 326800.00 0.648 16747 28 7 2,3,3 TRIMETHYLPENTANE 231500.00 0.674 560 21 4 2,3,3,4 TETRAMETHYLHEXANE 463000.00 0.754 52897 10 6 2,3,3,4 TETRAMETHYLPENTANE 347200.00 0.670 16747 38 9 2,3,3,5 TETRAMETHYLHEXANE 396800.00 0.647 52897 11 7 2,3,4 TRIMETHYLHEPTANE 396800.00 0.641 52896 95 4 2,3,4 TRIMETHYLHEXANE 308600.00 0.656 921 47 1 2,3,4 TRIMETHYLPENTANE C8H18 97460.00 0.601 565 75 3 2,3,4,4 TETRAMETHYLHEXANE 463000.00 0.661 52897 12 8 2,3,4,5 TETRAMETHYLHEXANE 396800.00 0.642 52897 15 1 2,3', 5 PCB 18.52 0.297 38444 81 4 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 2,3,5 TRIMETHYLHEPTANE 396800.00 0.641 2,3,5 TRIMETHYLHEXANE 277800.00 0.645 1069 53 0 2,3,5,6 TETRACHLOROPHENOL 6167000.00 0.788 935 95 5 2,3,6 TRIMETHYLHEPTANE 347200.00 0.637 4032 93 3 2,3 DICHLORO 1,1,1,2,3 PENTAFLUOROPROPAN 5631000.00 0.801 422 48 0 2,3 DIMETHYLPYRIDINE 0.40 0.117 583 61 9 2,4 DICHLOROANILINE 0.10 0.032 554 00 7 2,4 DICHLOROPHENOL 1.59 0.211 120 83 2 2,4 DIMETHYL 3 ISOPROPYLPENTANE 427400.00 0.648 13475 79 1 2,4 DIMETHYLHEPTANE 277800.00 0.639 2213 23 2 2,4 DIMETHYLHEXANE 198400.00 0.660 589 43 5 2,4 DIMETHYLOCTANE 326800.00 0.629 4032 94 4 2,4 DIMETHYLPENTANE C7H16 163400.00 0.689 108 08 7 2,4,4' PCB 15.43 0.289 7012 37 5 2,4,4 TRIMETHYLHEPTANE 370400.00 0.635 4032 92 2 2,4,4 TRIMETHYLHEXANE 292400.00 0.654 16747 30 1 2,4,5 TRIMETHYLHEPTANE 370400.00 0.635 20278 84 6 2,4,6 PCB 37.04 0.329 35693 92 6 2,4,6 TRIMETHYLHEPTANE 308600.00 0.622 2613 61 8 2,4 D, ISOPROPYL ESTER* 21.00 0.316 94 11 1 2,4 DICHLOROPHENOXYACETIC ACID, 2 BUTOXY 0.57 0.072 1320 18 9 2,4 DIMETHYLPYRIDINE 0.37 0.111 108 47 4 2,4 PENTANEDIONE 0.13 0.062 123 54 6 2,5 DIMETHYLHEPTANE 277800.00 0.650 2216 30 0 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 2,5 DIMETHYLHEXANE 185200.00 0.654 592 13 2 2,5 DIMETHYLOCTANE 347200.00 0.635 2,5 DIMETHYLTETRAHYDROFURAN 9.75 0.389 1003 38 9 2,5 HEXANEDIOL DINITRATE 1.74 0.178 2,5 PCB 21.37 0.313 34883 39 1 2,5,5 TRIMETHYLHEPTANE 370400.00 0.634 2,5 DIHYDROFURAN 0.13 0.072 1708 29 8 2,5 DIMETHYLPYRIDINE 0.46 0.131 589 93 5 2,6 DICHLOROPHENOL 0.27 0.071 87 65 0 2,6 DIMETHYLHEPTANE 264500.00 0.644 1072 05 5 2,6 DIMETHYLNAPHTHALENE 66.93 0.413 581 42 0 2,6 DIMETHYLOCTANE 347200.00 0.635 2051 30 1 2,6 DIMETHYL 2,5 HEPTADIEN 4 ONE 24.28 0.381 504 20 1 2,6 DIMETHYLANILINE 0.11 0.038 87 62 7 2,6 DIMETHYLPHENOL 0.37 0.106 576 26 1 2,6 DIMETHYLPYRIDINE 0.58 0.158 108 48 5 2,7 DICHLORODIBENZO[ B, E][ 1,4] DIOXIN 3.27 0.203 33857 26 0 2,7 DIMETHYLOCTANE 326800.00 0.629 1072 16 8 2 AMINO 3 CHLORO 5 PHENYLCYCLOHEXANONE 0.22 0.042 2 CHLORO 2 METHYLBUTANE 1417.00 0.719 594 36 5 2 CHLORO N( 2 CHLOROETHYL) NMETHYLETHAN 61.90 0.584 51 75 2 2 ETHYL 3 METHOXYPYRAZINE 0.82 0.168 25680 58 4 2 ETHYL HEXANAL 63.40 0.457 123 05 7 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 2 ETHYLHEXANOL 3.43 0.276 104 76 7 2 ETHYLHEXYL ACRYLATE 24.10 0.336 103 11 7 2 ETHYLHEXYL 2,4 DICHLOROPHENOXYACETATE 1.41 0.129 1928 43 4 2 ETHYLPYRAZINE 0.14 0.060 13925 00 3 2 ETHYLPYRIDINE 0.91 0.201 100 71 0 2 FLUOROPROPANE 941.60 0.774 420 26 8 2 ISOBUTYL 3 METHOXYPYRAZINE 4.27 0.268 24683 00 9 2 ISOBUTYLPYRAZINE* 0.28 0.080 2 METHYL PENTANE C6H14 45780.00 0.602 107 83 5 2 METHYLPYRAZINE 0.12 0.063 109 08 0 2 PENTANOL ( SEC PENTANOL) 0.82 0.212 6032 29 7 2 PICOLINE ( ALPHA PICOLINE) 0.55 0.169 109 06 8 3 BROMO 1 PROPENE ( ALLYL BROMIDE) 326.80 0.730 3 CHLOROANILINE 933.30 0.733 108 42 9 3 CHLOROBENZYL ALCOHOL 0.16 0.053 873 63 2 3 CHLOROPENTANE 1462.00 0.745 616 20 6 3 CHLOROPHENOL 0.18 0.062 108 43 0 3 ETHYL 2 METHYLHEPTANE 370400.00 0.635 14676 29 0 3 ETHYL 2 METHYLHEXANE 292400.00 0.650 16789 46 1 3 ETHYL 2 METHYLPENTANE 213700.00 0.666 609 26 7 3 ETHYL 2,2 DIMETHYLHEXANE 396800.00 0.714 20291 91 2 3 ETHYL 2,2 DIMETHYLPENTANE 308600.00 0.658 16747 32 3 3 ETHYL 2,2,3 TRIMETHYLPENTANE 555600.00 0.674 52897 17 3 3 ETHYL 2,2,4 TRIMETHYLPENTANE 427400.00 0.658 52897 18 4 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 3 ETHYL 2,3 DIMETHYLHEXANE 427300.00 0.655 52897 00 4 3 ETHYL 2,3 DIMETHYLPENTANE 370400.00 0.664 3 ETHYL 2,3,4 TRIMETHYLPENTANE 505100.00 0.667 52897 19 5 3 ETHYL 2,4 DIMETHYLHEXANE 396800.00 0.871 7220 26 0 3 ETHYL 2,4 DIMETHYLPENTANE 308600.00 0.646 1068 87 7 3 ETHYL 2,5 DIMETHYLHEXANE 370400.00 0.642 52897 04 8 3 ETHYL 3 METHYLHEPTANE 396800.00 0.649 17302 01 1 3 ETHYL 3 METHYLHEXANE 326800.00 0.663 3 ETHYL 3,4 DIMETHYLHEXANE 427300.00 0.649 52897 06 0 3 ETHYL 4 METHYLHEPTANE 396800.00 0.648 52896 91 0 3 ETHYL 4 METHYLHEXANE 308600.00 0.645 3074 77 9 3 ETHYLHEPTANE 292400.00 0.702 15869 80 4 3 ETHYLHEXANE 213700.00 0.651 619 99 8 3 ETHYLOCTANE 347200.00 0.627 5881 17 4 3 ETHYLTHIOPHENE 51.00 0.490 52006 63 0 3 ISOPROPYL 2 METHYLHEXANE 505000.00 0.673 3 METHYL 1 BUTENE 29240.00 0.709 563 45 1 3 METHYL 2 NITROPHENOL 0.22 0.061 4920 77 8 3 METHYL PYRIDINE ( 3 PICOLINE) 0.43 0.135 108 99 6 3 METHYLHEPTANE C8H18 205800.00 0.664 589 81 1 3 METHYLHEXANE C7H16 169200.00 0.746 589 34 4 3 METHYLNONANE 326800.00 0.696 1465084 3 METHYLOCTANE 277800.00 0.646 2216 33 3 3 METHYLTHIOPHENE 398.30 0.699 3 NITROTOLUENE 0.52 0.128 99 08 1 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 3 PENTANONE 4.29 0.383 96 22 0 3 PENTYL NITRATE 150.10 0.619 82944 59 32 3,3 DIETHYL 2 METHYLPENTANE 505100.00 0.673 52897 16 2 3,3 DIETHYLHEXANE 427300.00 3.016 17302 02 2 3,3 DIETHYLPENTANE 370400.00 0.761 1067 20 5 3,3 DIMETHYLHEPTANE 292400.00 0.651 4032 86 4 3,3 DIMETHYLHEXANE 213700.00 0.675 563 16 6 3,3 DIMETHYLPENTANE C7H16 101000.00 0.660 562 49 2 3,3' PCB 13.23 0.292 2050 67 1 3,3,4 TRIMETHYLHEPTANE 427300.00 0.646 3,3,4 TRIMETHYLHEXANE 326800.00 0.662 16747 31 2 3,3', 4,4' PCB 5.05 0.223 32598 13 3 3,3,4,4 TETRAMETHYLHEXANE 555600.00 0.682 5171 84 6 3,3,5 TRIMETHYLHEPTANE 396800.00 0.647 7154 80 5 3,4 DIETHYLHEXANE 396800.00 0.651 19398 77 7 3,4 DIMETHYLHEPTANE 308600.00 0.644 922 28 1 3,4 DIMETHYLHEXANE 231500.00 0.658 583 48 2 3,4 DIMETHYLOCTANE 370400.00 0.642 3,4' PCB 11.57 0.285 2974 92 7 3,4,4 TRIMETHYLHEPTANE 427300.00 0.692 20278 88 0 3,4,5 TRIMETHYLHEPTANE 396800.00 0.694 20278 87 9 3,4 DIMETHYLPYRIDINE 0.21 0.072 583 58 4 3,4 DINITROTOLUENE 0.54 0.101 610 39 9 3,5 DIMETHYLHEPTANE 277800.00 0.644 926 82 9 3,5 DIMETHYLOCTANE 347200.00 0.625 15869 93 9 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 3,5 DIBROMO 4 HYDROXYBENZONITRILE 0.22 0.039 1689 84 5 3,5 DIMETHYLPYRIDINE 0.40 0.118 591 22 0 3,6 DIMETHYLOCTANE 347200.00 0.635 15869 94 0 3 CHLORO 2 METHYLPROPENE 123.90 0.664 563 47 3 3 CHLOROPHTHALIC ANHYDRIDE 0.20 0.052 117 21 5 3 ETHYLPENTANE 142400.00 0.662 617 78 7 3 ETHYLPRYIDINE 0.58 0.151 3 HEXANOL 2.78 0.314 623 37 0 3 METHYLINDOLE SKATOLE 0.12 0.040 83 34 1 3 PENTEN 2 OL 2.26 0.309 1569 50 2 4 ( 1 METHYLPROPYL) 2 NITROPHENOL 2.32 0.217 3555 18 8 4 BROMOTOLUENE ( P) 129.20 0.582 106 38 7 4 CHLORO 2 NITROPHENOL 0.70 0.127 89 64 5 4 CHLORO 5 METHYL 2 NITROPHENOL 1.54 0.164 7147 89 9 4 CHLOROBENZYL ALCOHOL 0.16 0.053 873 76 7 4 CHLOROBIPHENYL 522.20 0.566 2051 62 9 4 ETHYL 2 METHYLHEPTANE 347200.00 0.708 52896 88 5 4 ETHYL 2 METHYLHEXANE 264500.00 0.641 3074 75 7 4 ETHYL 2,2 DIMETHYLHEXANE 347200.00 0.634 52896 99 8 4 ETHYL 2,3 DIMETHYLHEXANE 396800.00 3.274 52897 01 5 4 ETHYL 2,4 DIMETHYLHEXANE 427300.00 0.651 52897 03 7 4 ETHYL 3 METHYLHEPTANE 396800.00 0.640 52896 89 6 4 ETHYL 3,3 DIMETHYLHEXANE 427300.00 0.649 52897 05 9 4 ETHYL 4 METHYLHEPTANE 396800.00 0.651 17302 04 4 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 4 ETHYLHEPTANE 292400.00 0.640 2216 32 2 4 ETHYLOCTANE 347200.00 0.683 15869 86 0 4 ISOPROPYLHEPTANE 370400.00 0.643 52896 87 4 4 METHOXY 2 NITROPHENOL 2.42 0.250 1568 70 3 4 METHYL 1 PENTENE 34720.00 0.652 691 37 2 4 METHYL 2 NITROPHENOL 0.90 0.163 119 33 5 4 METHYL 2 PENTANOL 2.53 0.302 108 11 2 4 METHYLHEPTANE 205800.00 0.664 589 53 7 4 METHYLNONANE 326800.00 0.620 17301 94 9 4 METHYLOCTANE C9H20 555600.00 0.676 2216 34 4 4 NITROTOLUENE ( P) 0.31 0.090 99 99 0 4 PROPYLHEPTANE 326800.00 0.630 3178 29 8 4,4 DIMETHYLHEPTANE 292400.00 0.641 1068 19 5 4,4 DIMETHYLHEXANE 370400.00 0.709 28777 67 5 4,5 DIMETHYLOCTANE 370400.00 0.631 4 CHLORO 5 PHENOXYDIMETHYL PHTHALATE 8889.00 0.479 4 ETHYLPYRIDINE 0.46 0.130 536 75 4 4 METHYLPYRIDINE 0.33 0.113 108 89 4 5 ETHYL 2 METHYLHEPTANE 347200.00 0.627 5 FLUORO 2 NITROPHENOL 1.09 0.179 446 36 6 5 METHOXY 2 PENTANONE 0.10 0.038 17429 04 8 5 METHYL 2 NITROPHENOL 0.82 0.155 700 38 9 5 METHYLNONANE 326800.00 0.631 15869 85 9 5 METHYLCHRYSENE 0.31 0.050 3697 24 3 8 METHYL 1 DECENE 1389.00 0.597 61142 79 8 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 ACENAPHTHENE 8.08 0.314 83 32 9 ACENAPHTHYLENE 6.33 0.295 208 96 8 ACETALDEHYDE 5.55 0.484 75 07 0 ACETONITRILE 1.05 0.347 75 05 8 ACETOPHENONE 0.51 0.135 98 86 2 ACETYL CHLORIDE 13.89 0.550 75 36 5 ACETYL DIETHYLMALONATE 1.08 0.163 570 08 1 ACETYL KETENE, DIKETENE 0.16 0.078 674 82 8 ACETYLAMINOFLUORENE, 2 3.70 0.220 53 96 3 ACETYLFURAN 2* 0.54 0.165 1192 62 7 ACETYLPYRIDINE 3 16830.00 0.659 1122 54 9 ACIFLUORFEN 14.22 0.269 50594 66 6 ACRYLAMIDE, N( HYDROXYMETHYL) 24.11 0.437 924 42 5 ACRYLONITRILE 7.61 0.437 107 13 1 ADAMANTANE DICHLORIDE 57.78 0.421 ALDRIN 27.20 0.301 309 00 2 ALKYLIMINE CARBOXYLIC ACID N, SUB 0.56 0.084 ALLYL CHLORIDE ( 3 CHLORO 1 PROPENE) 501.30 0.721 107 05 1 ALLYL ETHER, DIALLYL ETHER 96.67 0.552 557 40 4 ALLYL MERCAPTAN 123.30 0.645 870 23 5 ALLYLAMINE 1.01 0.294 107 11 9 ALPHA METHYL STYRENE 211.10 0.612 98 83 9 ALPHA METHYL STYRENE DIMERS 655.50 0.507 ALPHA CHLORO BETAMETHYLNAPHTHALENE 490.60 0.526 5859 45 0 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 ALPHA HYDROXYADIPIMIDE 0.90 0.152 AMINO 2 CHLOROTOLUENE 4 388.90 0.618 95 74 9 AMINO 4 NITROBENZYL ALCOHOL 2 0.34 0.085 AMINO 4 NITROTOLUENE 2 422.80 0.673 99 55 8 AMINO 5 CHLOROPYRIDINE 2 14.28 0.432 1072 98 6 AMINOBENZOIC ACID ( P) 0.22 0.002 150 13 0 AMINOCYCLOHEXANE 0.59 0.162 108 91 8 AMINO P' METHYLAZOBENZENE P 588.90 0.532 AMINOPROPIONITRILE 3 0.51 0.213 151 18 8 AMMONIA* 3.38 0.594 7664 41 7 AMPHETAMINE 7.50 0.339 300 62 9 AMYL MERCAPTAN 140.60 0.585 110 66 7 ANETHOLE 26.00 0.365 104 46 1 ANTHRACENE 4.18 0.272 120 12 7 ARSINE [ ASH3] 6195.00 0.692 7784 42 1 AZEPINE* 462.80 0.669 AZIRIDINE ETHYLENE IMINE 0.67 0.291 151 56 4 BENEFIN 16.17 0.274 1861 40 1 BENZAL CHLORIDE 40.50 0.438 98 87 3 BENZALDEHYDE 1.32 0.242 100 52 7 BENZALKONIUM CHLORIDE 0.11 0.026 BENZENE 308.30 0.650 71 43 2 BENZETHONIUM CHLORIDE 1.24 0.123 121 54 0 BENZIDINE DIHYDROCHLORIDE 588900.00 0.774 531 85 1 BENZO( A) ANTHRACENE 0.67 0.137 56 55 3 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 BENZODIOXANE 1,3 0.26 0.074 254 27 3 BENZOFURAN 2,3 6.44 0.346 271 89 6 BENZONITRILE 2.86 0.332 100 47 0 BENZOPHENONE 506.10 0.550 119 61 9 BENZOTHIAZOLONE 2( 2H)* 3.51 0.271 934 34 9 BENZOTHIOPHENE 15.89 0.375 11095 43 5 BENZOTRICHLORIDE 17.16 0.361 98 07 7 BENZOYL CHLORIDE 4.55 0.347 98 88 4 BENZYL CHLORIDE 19.36 0.425 100 44 7 BENZYL MERCAPTAN 12.11 0.367 100 53 8 BENZYL METHYL ETHER 5.49 0.345 538 86 3 BHC, ALPHA 0.68 0.091 319 84 6 BICYCLO( 4,2,0) OCTA 1.3.5 TRIENE 258.30 0.629 694 87 1 BICYCLO[ 2.2.1] 2,5 HEPTADIENE DICHLORIDE 4389.00 0.637 BIPHENYL 22.57 0.363 92 52 4 BIS( 1,1,2,2 TETRACHLOROPROPYL) ETHER 2417000.00 1.033 BIS( 2 CHLOROISOPROPYL) ETHER 6.11 0.313 108 60 1 BIS( 2 ETHYLHEXYL) PHTHALATE 0.81 0.135 117 81 7 BIS( CHLOROMETHYL) ETHER 11.83 0.546 542 88 1 BIS( TRI N BUTYLTIN) OXIDE* 8296000.00 0.863 56 35 9 BROMACIL* 29.56 0.317 314 40 9 BROMO 3 CHLOROBUTADIENE 2 469.40 0.666 BROMO 4 CHLORO 6 CYANOBENZYL ALCOHOL 2 1.05 0.138 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 BROMO 4 CHLOROCYCLOHEXANE 1 5544.00 0.637 BROMO 4 CYANOMETHYL BENZOATE 2 6667.00 0.597 BROMO 4 CYANOMETHYL BENZOATE 3 1339.00 0.654 BROMOACETONE 0.32 0.105 598 31 2 BROMOBENZENE 118.20 0.545 108 86 1 BROMOBENZYL ALCOHOL ( M) 0.21 0.046 15852 73 0 BROMOBENZYL ALCOHOL ( O) 0.21 0.046 18982 54 2 BROMOBENZYL ALCOHOL ( P) 0.21 0.046 873 75 6 BROMOCHLOROBENZYL ALCOHOL 0.46 0.081 BROMOCHLORODIFLUOROMETHANE 7710.00 0.653 353 59 3 BROMOCHLOROMETHANE 81.67 0.683 74 97 5 BROMODICHLOROMETHANE 88.02 0.591 75 27 4 BROMOETHANE 427.30 0.778 74 96 4 BROMOETHYL ACETATE 23.22 0.500 927 68 4 BROMOETHYLENE ( VINYL BROMIDE) 1665.00 0.748 593 60 2 BROMOFORM ( TRIBROMOMETHANE) 32.68 0.425 75 25 2 BROMOMETHANE 407.80 0.759 74 83 9 BROMOPHENYL PHENYL ETHER, 4 6.50 0.269 101 55 3 BROMOPROPIONITRILE 3 1.12 0.241 2417 90 5 BROMOTRIFLUOROMETHANE 27780.00 0.682 75 63 8 BROMOURACIL, 5* 2.16 0.297 51 20 7 BROMOXYNIL OCTANOATE 1.77 0.138 1689 99 2 BUTADIENE( 1,3) 2746.00 0.714 106 99 0 BUTADIYNE ( BIACETYLENE) 292.40 0.760 460 12 8 BUTANAL ( BUTYRALDEHYDE) 5.78 0.427 123 72 8 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 BUTANE 46300.00 0.767 106 97 8 BUTANENITRILE ( BUTYRONITRILE) 3.57 0.399 109 74 0 BUTYL ACRYLATE 27.16 0.437 141 32 2 BUTYL BENZENE 731.00 0.593 104 51 8 BUTYL DODECANOATE ( BUTYL LAURATE) 77.16 0.368 106 18 3 BUTYL ETHANOATE ( N BUTYL ACETATE) 15.87 0.430 123 86 4 BUTYL MERCAPTAN 505.00 0.715 109 79 5 BUTYLAMINE 0.97 0.239 109 73 9 BUTYLATE* 0.44 0.070 2008 41 5 BUTYLBUTOXY PROPIONATE 1.27 0.140 BUTYLISOBUTYRATE 15.39 0.459 97 87 0 C 2,4 PENTANEDIOL DINITRATE 2.53 0.226 CAMPHENE 75.56 0.443 79 92 5 CAPROLACTONE 3.41 0.319 502 44 3 CARBON TETRACHLORIDE 1634.00 0.695 56 23 5 CARBONIC CHLORIDE FLUORIDE 5.56 0.405 CARBONYL FLUORIDE* 2.78 0.363 303 50 4 CARBONYL SULFIDE* 2525.00 0.901 463 58 1 CHLORACETOPHENONE, 2 0.19 0.048 532 27 4 CHLORAL 0.18 0.059 302 17 0 CHLORAMIDE* 0.59 0.243 10599 90 3 CHLORDANE 4.60 0.214 57 74 9 CHLORENDIC ANHYDRIDE 1.15 0.111 115 27 5 CHLORO 2 BUTENE, 1 TRANS 104.40 0.647 591 97 9 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 CHLORO 2 PROPANONE 0.94 0.281 CHLORO( P) PHENYLHYDRAZINE 15.78 0.428 1073 69 4 CHLORO 1,3 CYCLOPENTADIENE 5 2778.00 0.755 41851 50 7 CHLORO 2,2 DIBROMOETHANE 1 43.50 0.543 CHLORO 2 METHOXYBENZOIC ACID 4 207.80 0.613 57479 70 6 CHLORO 2 NITROBENZYL ALCOHOL 4 0.21 0.050 22996 18 5 CHLORO 3 NITRO 5 PHENYLCYCLOHEXANE 2 0.23 0.053 CHLORO 3 NITROANILINE 4 9.61 0.372 635 22 3 CHLORO 4AMINOCOUMARAN 6CARBOXYLIC ACID 2 588900.00 0.768 CHLORO 4 CYANOBENZYL ALCOHOL 2 0.34 0.092 CHLORO 4 HYDROXYBIPHENYL 3 29940.00 0.439 92 04 6 CHLORO 4 METHOXY 6 AMINOBENZOIC ACID 2 22.22 0.376 CHLORO 4 METHYL NMETHYLBENZAMIDE 3 0.51 0.102 CHLORO 4 NITROANISOLE 2 0.10 0.022 4920 79 0 CHLORO 4 PHENYLPYRIDINE 2 0.53 0.097 CHLORO 5AMINO3PYRIDINE CARB. ACID AMIDE 2 20.33 0.385 CHLORO 5 CYANOPHTHALIC ACID 4 588900.00 0.778 CHLORO 5 CYANOTOLUENE 3 83.89 0.522 CHLORO 5 FLUOROTOLUENE 3 16.05 0.383 443 83 4 CHLOROACETALDEHYDE 1.44 0.346 107 20 0 CHLOROALLYL ALCOHOL 2 1.02 0.257 5976 47 6 CHLOROAZOBENZENE 600.00 0.557 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 CHLOROBENZENE 209.00 0.512 108 90 7 CHLOROBENZENESULFONIC ACID ( P)* 0.49 0.104 100 03 8 CHLOROBENZOTRICHLORIDE P 6389.00 0.522 5216 25 1 CHLOROBENZOTRIFLUORIDE, P 11770.00 0.481 98 56 6 CHLOROBUTADIENE, 1 2974.00 0.705 CHLOROCOUMARAN 2 501.70 0.639 2051 59 4 CHLOROCROTYL ESTER OF 2,4 D 0.25 0.038 2971 38 2 CHLOROCYANOBENZENE ( 1,4) 955500.00 0.833 873 32 5 CHLOROCYCLOHEXANE 822200.00 0.746 542 18 7 CHLOROCYCLOHEXANOL 2 14.94 0.458 1561 86 0 CHLOROCYCLOHEXANOL 4 75.00 0.611 CHLORODIACETYL 0.24 0.109 5559 62 6 CHLORODIFLUOROMETHANE ( R22) 1501.00 0.789 75 45 6 CHLORODIFLUORONITROOXYMETHANE 19.16 0.422 CHLORODIMETHYL PHTHALATE 3 6389.00 0.618 CHLORODIPHENYL THIOETHER P 566.70 0.640 CHLOROETHANE ( ETHYL CHLORIDE) 624.20 0.796 75 00 3 CHLOROETHYLENE ( VINYL CHLORIDE) 1227.00 0.882 75 01 4 CHLOROFLUOROBENZENE P 9055000.00 1.413 352 33 0 CHLOROFLUOROMETHANE* ( R31) 370.40 0.801 593 70 4 CHLOROFORM 267.70 0.700 67 66 3 CHLOROHYDROXYPHENYL4 METHYL BENZOIC ACID 588900.00 0.781 CHLOROIODOMETHANE 62.42 0.645 593 71 5 CHLOROMETHANE ( METHYLCHLORIDE) 555.00 0.726 74 87 3 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 CHLOROMETHYL ACETYLENE 55.56 0.658 624 65 7 CHLOROMETHYL BENZOATE P 4739.00 0.654 1126 46 1 CHLOROMETHYL ETHYL KETONE 147.80 0.744 616 27 3 CHLOROMETHYL METHYL ETHER 4.79 0.492 107 30 2 CHLOROMETHYL PHENYLHYDRAZINE P 17.44 0.395 CHLOROMETHYLAMINOIMINE 588900.00 0.713 CHLORONITROALKOXYIMINE 1.28 0.156 CHLORONITROBENZENE( O) 437.80 0.676 88 73 3 CHLORONITROBENZENE, P 1.64 0.223 100 00 5 CHLOROPENTAFLUOROETHANE 310000.00 0.776 76 15 3 CHLOROPENTAFLUOROETHANE R115 146200.00 0.622 CHLOROPHENYL PHENYL ETHER, 4 12.24 0.318 7005 72 3 CHLOROPHTHALIC ANHYDRIDE 4 0.20 0.052 CHLORO P' METHYLBIPHENYL P 561.10 0.567 1667 11 4 CHLOROPRENE 2974.00 0.848 126 99 8 CHLOROPROPANE 1 603.90 0.799 540 54 5 CHLOROPROPANE 2 805.10 0.754 75 29 6 CHLOROPROPIONITRILE, 3 0.36 0.158 542 76 7 CHLOROPROPYLENE 2 388.60 0.744 557 98 2 CHLORO P XYLENE 78.33 0.547 104 82 5 CHLOROPYRIDINE 2 82.78 0.588 109 09 1 CHLOROSTYRENE ( 4) 385.00 0.612 1331 28 8 CHLOROTETRAHYDROFURAN 3 16.83 0.419 CHLOROTHANONIL 0.11 0.020 1897 45 6 CHLOROTHIOPHENOL P 21.30 0.404 106 54 7 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 CHLOROTOLUENE 4 258.90 0.588 106 43 4 CHLOROTRIFLUOROMETHANE ( R13) 62420.00 0.660 75 72 9 CHLOROTRIMETHYLSILANE 2807.00 0.683 75 77 4 CHLOROURACIL, 5 12.78 0.378 1820 81 1 CHLORPYRIFOS* 0.16 0.028 2921 88 2 CHRYSENE 2.60 0.206 218 01 9 CIS 1,2 CYCLOHEXANEDIOL DINITRATE 0.43 0.074 CIS 1,2 DIMETHYLCYCLOHEXANE 19840.00 0.536 112134 CIS 1,3 CYCLOHEXANEDIOL DINITRATE 0.43 0.074 CIS 1,3 DICHLOROPROPENE 132.30 0.625 10061 01 5 CIS 2 BUTENE 12920.00 0.741 107 01 7 COBALT ACETATE 0.34 0.084 71 48 7 COPPER PHTHALOCYANINE 320.00 0.429 147 14 8 COUMARAN 8.61 0.374 496 16 2 CROTONYLENE ( 2 BUTYNE) 375600.00 0.753 503 17 3 CROTYL MERCAPTAN 144.40 0.626 CUMENE ( ISOPROPYLBENZENE) 723.00 0.638 98 82 8 CYANIDE RADICAL ( CN)* 694.40 0.868 CYANIDEION 3.30 0.469 57 12 5 CYANOBENZYL ALCOHOL P* 0.13 0.044 CYANOGEN 555.10 0.795 460 19 5 CYANOGEN BROMIDE* 25.83 0.547 506 68 3 CYANOGEN CHLORIDE 92.12 0.716 506 77 4 CYANOMETHYLPHTHALATE 4 10740.00 0.475 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 CYANOTOLUENE 4 3.17 0.282 104 85 8 CYCLOHEPTANE 5556.00 0.640 291 64 5 CYCLOHEXANE 9777.00 0.648 110 82 7 CYCLOHEXANOL 0.33 0.169 108 93 0 CYCLOHEXANONE 1.24 0.256 108 94 1 CYCLOHEXENE 2525.00 0.709 110 83 8 CYCLOHEXENE 1 ONE, 2 0.60 0.172 930 68 7 CYCLOHEXYL ACETATE 3.95 0.289 622 45 7 CYCLOHEXYL 2,2 DIPHENYLETHYLAMINE 2 14.28 0.297 CYCLOHEXYLCYCLOHEXANONE 4 223.30 0.486 56025 96 8 CYCLOOCTANE 5787.00 0.604 292 64 8 CYCLOPENTADIENE 1122.00 0.757 542 92 7 CYCLOPENTANE 10100.00 0.702 287 92 3 CYCLOPENTENE 3472.00 0.702 142 29 0 CYCLOPHOSPHAMIDE 10740.00 0.837 50 18 0 CYCLOPROPANE C3H6 5050.00 0.803 75 19 4 CYCLOPROPANECARBONITRILE 0.71 0.227 5500 21 0 CYMENE, PARA 427.30 0.571 99 87 6 CYTOSINE* 0.32 0.172 71 30 7 DACTHAL 0.12 0.020 1861 32 1 DAUNOMYCIN 611.10 0.556 20830 81 3 DDD, P, P' 0.37 0.058 72 54 8 DDE, P, P' 67.72 0.371 72 55 9 DDT 0.46 0.064 50 29 3 DECAHYDRONAPHTHALENE ( DECALIN) 7610.00 0.534 91 17 8 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 DECANAL 91.07 0.457 112 31 2 DECANE ( C10 LINEAR) 260700.00 0.609 124 18 5 DECANOL 2.91 0.242 112 30 1 DIACETYL 4.78 0.500 431 03 8 DIALLATE 1306.00 0.547 2303 16 4 DIAMINO 5 SULFONYL BENZYL 2,4 10740.00 0.496 DIAZOMETHANE* 10740.00 0.911 334 88 3 DIBENZOFURANS* 13.00 0.292 132 64 9 DIBROMO 3 CHLOROPROPANE, 1,2 13.78 0.404 96 12 8 DIBROMOCHLOROMETHANE 63.86 0.748 124 48 1 DIBROMOMETHANE 49.00 0.521 74 95 3 DIBUTYL ETHER 326.80 0.599 142 96 1 DIBUTYLAMINE 5.05 0.310 111 92 2 DICHLORO 1,3 CYCLOPENTADIENE 5,5 3739.00 0.667 DICHLORO 2 BUTENE 1,2 116.70 0.626 13602 13 6 DICHLOROAMINE ( CHLORIMIDE)* 1.92 0.317 DICHLOROBENZENE ( MIXED) 199.20 0.579 25321 22 6 DICHLOROBENZONITRILE, 2,6 0.35 0.077 1194 65 6 DICHLOROBENZOPHENONE P, P 0.26 0.048 90 98 2 DICHLOROBIPHENYL ( PARA) 9.99 0.299 2050 68 2 DICHLOROBUTANE ( 1,4) 176700.00 0.795 110 56 5 DICHLORODIMETHYLSILANE 3500.00 0.663 75 78 5 DICHLORODIPHENYLMETHANE 661.10 0.557 2051 90 3 DICHLOROETHANE( 1,1) ETHYLIDENEDICHLORIDE 312.20 0.641 75 34 3 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 DICHLOROETHANE( 1,2) 65.38 0.569 107 06 2 DICHLOROETHYL ETHER 5.48 0.382 111 44 4 DICHLOROETHYLENE( 1,2) CIS 231.50 0.682 156 59 2 DICHLOROFLUOROMETHANE ( R21) 600.00 0.769 75 43 4 DICHLOROIODOMETHANE 8.83 0.336 594 04 7 DICHLOROPENTAFLUOROPROPANE 5555000.00 0.799 127564 92 5 DICHLOROPROPANE 1,2 197.90 0.624 78 87 5 DICHLOROPROPYLENE, 1,2 ( CIS) 335.00 0.686 563 54 2 DICHLOROPROPYLENE, 1,2( TRANS) 884.20 0.726 563 54 2 DICHLOROSTYRENE 2,6 477.80 0.565 28469 92 3 DICHLORO TRANS ETHYLENE( 1,2) 250.60 0.686 540 59 0 DICHLOROTRIFLUOROETHANE ( R123) 1916.00 0.659 306 83 2 DICOFOL 0.74 0.085 115 32 2 DICYCLOPENTADIENE 555.00 0.612 77 73 6 DIELDRIN 2.78 0.179 60 57 1 DIEPOXYBUTANE 0.29 0.112 1464 53 5 DIETHOXYMETHANE 8.08 0.429 462 95 3 DIETHYL ( N, N) ANILINE 10.55 0.314 91 66 7 DIETHYL AMINE 3.33 0.382 109 89 7 DIETHYL ETHER ACID CHLORIDE 588900.00 0.869 DIETHYL SULFATE* 0.34 0.109 64 67 5 DIETHYL THIOETHER 115.00 0.619 352 93 2 DIETHYLBENZENE P 372.80 0.560 105 05 5 DIETHYLDIISOCYANATOBENZENE 16.67 0.435 134190 37 7 DIETHYLDIPHENYL UREA SYM 744.40 0.538 85 98 3 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 DIETHYLUREA 1,1* 0.32 0.098 634 95 7 DIFLUROMETHANE 638.60 0.792 75 10 5 DIHYDRO 5 OXAZALONE ( DIHYDROAZLACTONE) 400.00 0.609 DIHYDROSAFROLE* 4.52 0.269 94 58 6 DIIODOMETHANE 24.15 0.444 75 11 6 DIISOBUTYLENE 4056.00 0.597 107 39 1 DIISODECYL PHTHALATE 0.14 0.021 26761 40 32 DIISOPROPYL BENZENE ( PARA) 5944.00 0.529 100 18 5 DIISOPROPYL CARBAMATE* 1614000.00 0.774 2303 17 5 DIISOPROPYL KETONE 38.06 0.481 565 80 0 DIISOPROPYLAMINE 2.92 0.306 108 18 9 DIMETHOXY METHANE 9.58 0.488 109 87 5 DIMETHYL AMINE 2.97 0.485 124 40 3 DIMETHYL BENZ( A) ANT 7,12 0.46 0.072 DIMETHYL DISULFIDE 61.10 0.496 624 92 0 DIMETHYL HYDRAZINE( 1,1) 0.55 0.202 57 14 7 DIMETHYL NITROISOPROPYLAMINE N, N 14.78 0.363 DIMETHYL SULFATE* 0.22 0.079 77 78 1 DIMETHYL SULFIDE ( DMS) 115.70 0.684 75 18 3 DIMETHYL TRISULFIDE 168500.00 0.370 3658 80 8 DIMETHYL 1 NITROBENZENE 2,4 420.00 0.637 25168 04 1 DIMETHYLANILINE N, N 4.25 0.536 121 69 7 DIMETHYLETHYLAMINE 0.92 0.241 75 64 9 DIMETHYLPHENYLCARBINOL 1.49 0.213 617 94 7 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 DIMETHYLPROPANE NEOPENTANE 116300.00 0.718 463 82 1 DINITROBENZENE M 1.22 0.201 99 65 0 DINITROTOLUENE ( MIXED) 0.23 0.056 25321 14 6 DI N OCTYL PHTHALATE 0.14 0.022 117 84 0 DIOXIN 0.55 0.148 1746 01 6 DIPHENYL ETHER 15.50 0.334 101 84 8 DIPHENYL THIOETHER 12.60 0.319 139 66 2 DIPHENYLAMINE 0.19 0.057 122 39 4 DIPHENYLBUTADIENE 1,3 114.40 0.425 886 65 7 DIPHENYLCHLOROMETHANE 561.10 0.546 90 99 3 DIPHENYLDIKETONE 583.30 0.602 134 81 6 DIPHENYLETHANE 1,1 50.55 0.391 612 00 0 DIPHENYLETHANOL 1,1 0.11 0.023 599 67 7 DIPHENYLHYDRAZINE, 1,1 188.90 0.520 530 50 7 DIPHENYLMETHANE 2.02 0.216 101 81 5 DIPHENYLNITROSAMINE* 41.40 0.402 86 30 6 DIPROPYLAMINE 2.83 0.286 142 84 7 DIPROPYLBUTRAL 4.96 0.282 DIPROPYLFORMAMIDE 588.90 0.603 6282 00 4 DISULFOTON* 0.12 0.021 298 04 4 DI TERT BUTYL P CRESOL 0.23 0.041 128 37 0 DIVINYL KETONE 24.33 0.436 D LIMONENE 1428.00 0.608 5989 27 5 DODECACHLOROPENTACYCLODECANE 45.05 0.284 2385 85 5 DODECANE ( C12 LINEAR) 396800.00 0.661 112 40 3 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 DODECANOIC ACID ( LAURIC ACID) 0.52 0.080 143 07 7 EICOSCANE ( C20 LINEAR) 17.92 0.290 112 95 8 ENDOSULFAN 1.06 0.111 115 29 7 ENDRIN ALDEHYDE* 0.48 0.063 7421 93 4 EPOXYBUTANE 1,2 13.58 0.505 106 88 7 EPTAM ( EPTC) 0.74 0.134 759 94 4 ETHALFLURALIN 3.58 0.012 55283 68 6 ETHANE 26650.00 0.845 74 84 0 ETHANE, 1,1,2,2 TETRACHLORO 1 FLUORO 18740.00 0.544 354 14 3 ETHANE, 1,2 DICHLORO 1,1,2 TRIFLUORO 121200.00 0.590 354 23 4 ETHANE, 1 CHLORO 1,1,2,2 TETRAFLUORO 44030.00 0.584 354 25 6 ETHANE, DICHLOROTRIFLUORO ( 9CI) 48050.00 0.598 34077 87 7 ETHANETHIOL ( ETHYL MERCAPTAN) 213.70 0.720 75 08 1 ETHANOIC PEROXYACID ( PEROXYACETIC ACID) 0.12 0.090 79 21 0 ETHANOL 0.29 0.128 64 17 5 ETHENYLBENZENE ( STYRENE) 150.10 0.760 100 42 5 ETHER ( DIETHYL ETHER, ETHYL ETHER) 71.22 0.631 60 29 7 ETHYL ACETATE PEROXIDE 166.70 0.524 ETHYL ACRYLATE 18.93 0.475 140 88 5 ETHYL BUTANOATE ( ETHYL BUTYRATE) 19.84 0.448 105 54 4 ETHYL BUTYL KETONE 7.40 0.356 106 35 4 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 ETHYL CHLOROCARBONATE 6.22 0.406 541 41 3 ETHYL CYANIDE ( PROPIONITRILE) 1.85 0.390 107 12 0 ETHYL DODECANOATE 71.22 0.372 106 33 2 ETHYL ETHANOATE ( ETHYL ACETATE) 13.58 0.485 141 78 6 ETHYL HEPTANOATE 27.78 0.386 106 30 9 ETHYL HYDROPEROXIDE 0.16 0.101 3031 74 1 ETHYL ISOPROPYL PEROXIDE 14.44 0.373 ETHYL METHACRYLATE* 31.80 0.487 97 63 2 ETHYL METHANOATE ( ETHYL FORMATE) 15.43 0.560 109 94 4 ETHYL METHYL ETHER 16.10 0.535 540 67 0 ETHYL NITRATE 34.72 0.591 625 58 1 ETHYL PENTANOATE 19.16 0.425 539 82 2 ETHYL PROPYL ETHER 63.86 0.571 628 32 0 ETHYL S, S DIPHENYL PHOSPHORODITHIOATE O* 8.61 0.263 17109 49 8 ETHYL VINYL ETHER 288.70 0.718 109 92 2 ETHYL( 2) PROPYL( 3) ACROLEIN* 1.79 0.264 645 62 5 ETHYLAMINE 3.47 0.450 75 04 7 ETHYLBENZENE 437.80 0.647 100 41 4 ETHYLENE ( ETHENE) 11470.00 0.842 74 85 1 ETHYLENE GLYCOL DIMETHYL ETHER 0.75 0.211 110 71 4 ETHYLENE GLYCOL MONOBUTYL ETHER ACETATE 0.69 0.131 112 07 2 ETHYLENE GLYCOL MONOMETHYL ETHER ACETATE 0.15 0.059 110 49 6 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 ETHYLENE OXIDE 6.57 0.419 75 21 8 ETHYLETHOXY PROPIONATE 0.53 0.134 763 69 9 ETHYNE ( ACETYLENE) 1333.00 0.622 74 86 2 FENCHONE, D 7.61 0.317 4695 62 9 FENPROPATHIN* 0.42 0.058 39515 41 8 FLUORANTHENE 0.49 0.080 206 44 0 FLUORENE 5.32 0.291 86 73 7 FLUOROBENZENE 347.20 0.695 462 06 6 FLUOROETHANE 1263.00 0.815 353 36 6 FLUOROMETHANE* 1068.00 0.855 593 53 3 FLUOROURACIL, 5 103200.00 0.492 51 21 8 FOLPET* 0.19 0.033 133 07 3 FONOFOS* 0.39 0.062 944 22 9 FORMIC ACID 0.62 0.165 64 18 6 FORMIC ACID, HEPTYL ESTER 8.30 0.337 112 23 2 FORMYL FLUORIDE* 18.50 0.651 1493 02 3 FREON 11, TRICHLOROFLUOROMETHANE 5556.00 0.670 75 69 4 FREON 12, DICHLORODIFLUOROMETHANE 22280.00 0.691 75 71 8 FREONS 22280.00 0.615 FURFURAL 0.12 0.057 98 01 1 GAMMA BHC ( LINDANE) 0.29 0.054 58 89 9 GENERIC PEROXIDE WITH CL OR FL 1.85 0.266 GENERIC PEROXIDE WITH FLUORINE 1.85 0.275 GEOSMIN 16.67 0.368 23333 91 1 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 GUANINE 10740.00 0.943 73 40 5 HEPTACHLOR 81.40 0.376 76 44 8 HEPTACHLOR EPOXIDE 24.30 0.312 1024 57 3 HEPTADECANE ( C17 LINEAR) 3086.00 0.546 629 78 7 HEPTANAL 16.84 0.417 111 71 7 HEPTANE ISO 241700.00 0.728 31394 54 4 HEPTANE( N) 50000.00 0.611 142 82 5 HEXACHLOROBENZENE 28.70 0.335 118 74 1 HEXACHLOROBUTADIENE 572.20 0.597 87 68 3 HEXACHLOROCYCLOHEXANE ( ALPHA ISOMER) 0.43 0.087 608 73 1 HEXACHLOROCYCLOHEXANE ( ALPHA ISOMER) 0.43 0.087 HEXACHLOROCYCLOPENTADIENE 1494.00 0.586 77 47 4 HEXACHLOROETHANE 461.80 0.478 67 72 1 HEXACHLORONAPTHALENE 4.83 0.213 1335 87 1 HEXADECANE N 12590.00 0.444 544 76 3 HEXAFLUOROACETONE 17200.00 0.755 684 16 2 HEXAFLUOROETHANE 1128000.00 0.783 76 16 4 HEXAFLUOROPROPENE 191600.00 0.782 116 15 4 HEXAMETHYLENE 1,6 DIISOCYANATE* 12590.00 0.686 822 06 0 HEXAMETHYLENIMINE 0.35 0.116 111 49 9 HEXANAL 11.34 0.427 66 25 1 HEXANE( N) 42600.00 0.657 110 54 3 HEXANOL 1 1.03 0.193 111 27 3 HEXAZINONE 64.44 0.359 51235 04 2 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 HEXEN 2 ONE 5 4.44 0.371 109 49 9 HEXYL ETHANOATE 29.24 0.424 142 92 7 HEXYLAMINE 1.50 0.249 111 26 2 HEXYLBENZENE 1208.00 0.592 1077 16 3 HYDRAZOIC ACID 5.61 0.355 7782 79 8 HYDROCYANIC ACID 7.39 0.542 74 90 8 HYDROGEN SULFIDE 537.80 0.822 2148878 HYDROXY DIMETHYL ETHER 1083.00 0.906 4461 52 3 HYDROXY 1,3 CYCLOPENTADIENE 5 225.00 0.587 HYDROXY 4 METHYLTETRAHYDROFURAN 3 14.33 0.374 HYDROXY 5 METHYLDIMETHYL PHTHALATE 4 6278.00 0.527 HYDROXY6METHYLPYRIDINE3CARBOXY LIC ACID 2 17.00 0.487 38116 61 9 HYDROXYACETONE ( ACETOL) 0.43 0.213 116 09 6 HYDROXYCYCLOHEXANONE 4 0.23 0.091 13482 22 9 HYDROXYDIMETHYL PHTHALATE 4 5833.00 0.536 HYDROXYMETHYL ISOPROPYL KETONE 125.00 0.529 HYDROXYMETHYL, N METHYLETHYL AMINE N 24720.00 0.479 HYDROXYMETHYL NCHLOROMETHYLETHYLAMINE N 400.00 0.602 HYDROXYMETHYLPHENYL CARBAMATE N 0.87 0.147 HYDROXYMETHYLVINYL ETHER 1806.00 0.624 HYDROXYPENTANE 3 0.87 0.211 584 02 1 IODOBENZENE 74.07 0.463 591 50 4 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 IODOETHANE 396.80 0.721 75 03 6 ISOAMYL NITRATE 123.50 0.601 110 46 3 ISOBUTANE 63660.00 0.777 75 28 5 ISOBUTYL ETHANOATE( ISOBUTYLACETATE) 24.70 0.477 110 19 0 ISOBUTYLBENZENE 1792.00 0.606 538 93 2 ISOBUTYLENE 11420.00 0.726 115 11 7 ISOBUTYRALDEHYDE 10.00 0.482 78 84 2 ISOCYANO 4 METHYL BENZENE* 0.62 0.137 7175 47 5 ISODECANOL 2.92 0.250 25339 17 7 ISODECYL OCTYL ESTER 133.30 0.400 ISOHEPTANOL 2.76 0.274 543 49 7 ISOPENTANE 76100.00 0.743 78 78 4 ISOPENTANOL 0.78 0.211 123 51 3 ISOPENTYL ETHANOATE ( ISOAMYL ACETATE) 32.68 0.466 123 92 2 ISOPENTYL METHANOATE ( ISOAMYL FORMATE) 37.04 0.511 110 45 2 ISOPHORONE 0.28 0.088 78 59 1 ISOPROPYL AMINE 0.80 0.230 75 31 0 ISOPROPYL ETHANOATE ( ISOPROPYL ACETATE) 15.44 0.463 108 21 4 ISOPROPYL ETHER ( DIISOPROPYL ETHER) 113.40 0.502 108 20 3 ISOPROPYL METHANOATE ( ISOPROPYL FORMATE) 42.95 0.596 625 55 8 ISOPROPYL PROPANOATE ( ISOPOPYL PROPIONAT 32.68 0.491 637 78 5 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 LEPTOPHOS ( PHOSVEL) 0.15 0.058 21609 90 5 LIMONENE 1233.00 0.596 MALEIC ANHYDRIDE 0.22 0.090 108 31 6 MELAMINE* 4611.00 0.978 108 78 1 MERPHOS* 2367.00 0.564 150 50 5 MESITYL OXIDE 2.43 0.308 141 79 7 METHANE 35200.00 0.932 74 82 8 METHANETHIOL( METHYL MERCAPTAN) 175.80 0.759 74 93 1 METHANOL 0.40 0.203 67 56 1 METHOXYACETIC ACID 0.10 0.059 625 45 6 METHOXYACETONITRILE 9.89 0.516 1738 36 9 METHOXYBENZENE ( ANISOLE) 231.50 0.592 100 66 3 METHOXYCHLOR 0.56 0.070 72 43 5 METHYL 2 PROPYL ETHER 46.30 0.571 598 53 8 METHYL ACRYLATE 13.58 0.386 96 33 3 METHYL ACRYLONITRILE* 12.30 0.480 126 98 7 METHYL AMINE 2.30 0.496 74 89 5 METHYL AMINOACETYLENE 7500.00 0.571 METHYL BENZOATE 1.77 0.243 93 58 3 METHYL BENZYL ALCOHOL 4 0.77 0.168 589 18 4 METHYL BIPHENYL ( P) 467.80 0.563 644 08 6 METHYL BUTANOATE 11.57 0.451 623 42 7 METHYL CHLOROACETAMIDE N 0.60 0.165 96 30 0 METHYL CHLOROCARBONATE 456.40 0.818 79 22 1 METHYL CHOLANTHRENE 3 7.44 0.252 56 49 5 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 METHYL COUMARAN 2 445.00 0.653 607 71 6 METHYL DECANOATE 39.68 0.361 110 42 9 METHYL DOCOSANOATE ( METHYL BEHENATE) 925.90 0.516 929 77 1 METHYL DODECANOATE 66.14 0.373 111 82 0 METHYL EICOSANOATE ( METHYL ARACHIDATE) 555.50 0.501 1120 28 1 METHYL ERUCATE 104.80 0.362 1120 34 9 METHYL ETHANOATE ( METHYL ACETATE) 5.04 0.457 79 20 9 METHYL ETHER DIMETHYL ETHER 424.00 0.859 115 10 6 METHYL HEXADECANOATE 185.20 0.412 112 39 0 METHYL HEXANOATE 20.58 0.423 106 70 7 METHYL HYDRAZINE 0.17 0.119 60 34 4 METHYL HYDROPEROXIDE 0.18 0.129 3031 73 0 METHYL IODIDE 298.80 0.686 74 88 4 METHYL ISOAMYL KETONE 99.39 0.594 110 12 3 METHYL ISOBUTYL KETONE ( MIBK) 25.25 0.500 108 10 1 METHYL ISOPROPYL KETONE 25.44 0.543 563 80 4 METHYL LINOLATE 8.82 0.254 112 63 0 METHYL LINOLENATE 1.98 0.160 301 00 8 METHYL METHACRYLATE 18.55 0.382 80 62 6 METHYL METHANOATE ( METHYL FORMATE) 13.55 0.569 107 31 3 METHYL MORPHOLINE 0.15 0.059 109 02 4 METHYL NITRATE 27.78 0.607 598 58 3 METHYL OCTADECANOATE 185.20 0.416 112 61 8 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 METHYL OCTANOATE 42.74 0.415 111 11 5 METHYL OLEATE 42.73 0.325 112 62 9 METHYL PENTANOATE 17.92 0.433 624 24 8 METHYL PROPANOATE ( METHYL PROPIONATE) 8.96 0.465 554 12 1 METHYL PROPYL ETHER 81.70 0.650 557 17 5 METHYL PROPYL SULFIDE 121.80 0.632 3877 15 4 METHYL TERT BUTYL ETHER 32.61 0.519 1634 04 4 METHYL TETRADECANOATE 108.90 0.394 124 10 7 METHYL THIOPHENOL 4 32.00 0.450 106 45 6 METHYL 1,3 CYCLOPENTADIENE 5 2228.00 0.719 26519 91 5 METHYL 2,3,4 TRIHYDROQUINOLINE N 0.81 0.151 491 34 9 METHYL 2 AMINOETHYLAMINE 1028.00 0.941 109 81 9 METHYL 2 HYDROXYETHYLAMINE 0.19 0.128 109 83 1 METHYL 3 ACETYLCYCLOPENTADIENE 1 294.40 0.662 METHYL 3 NITROBENZYL ALCOHOL 4 0.37 0.088 40870 59 5 METHYL 4 NITROBENZYL ALCOHOL 2 0.19 0.050 23876 13 3 METHYL 5 THIOACETYLDIHYDRO1, 3THIAZOLE 4 10740.00 0.517 METHYLBUTADIENE ( ISOPRENE) 4242.00 0.717 78 79 5 METHYLBUTYLAMINE 2.15 0.313 110 68 9 METHYLCHLORPYRIFOS 0.17 0.065 5598 13 0 METHYLCYCLOHEXANE 23870.00 0.597 108 87 2 METHYLCYCLOPENTANE 19840.00 0.657 96 37 7 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 METHYLENE CHLORIDE, DICHLOROMETHANE 162.90 0.709 75 09 2 METHYLFURAN 2* 329.40 0.696 534 22 5 METHYLISOBORNEOL, 2 4.02 0.261 2371 42 8 METHYLPHENYL CARBAMATE N 0.78 0.163 1943 79 9 METHYL PHENYLETHYLAMINE N 75.00 0.506 589 08 2 METHYL P' METHYLTRIPHENYL PHOSPHINE P 811.10 0.669 METHYLSTYRENE ( 4) 179.20 0.564 622 97 9 METHYLTIN TRICHLORIDE 0.13 0.028 993 16 8 METHYLTRICHLOROSILANE 8403.00 0.600 75 79 6 METHYL TRIHYDRO 1,3 THIAZOLE 4 5.83 0.336 MITOMYCIN C* 10740.00 0.470 50 07 7 MNNG 10740.00 0.505 70 25 7 MOLINATE* 0.33 0.064 2212 67 1 MONURON 18.67 0.316 150 68 5 MORPHOLINE 3.18 0.464 110 91 8 MUSTARD GAS 2.46 0.244 505 60 2 N METHYL PYRROLIDINE 1.68 0.303 120 94 5 N'( 2,4 DIMETHYLPHENYL) N [[( 2,4 DIMETHY 0.55 0.074 33089 61 1 NALED 3.61 0.259 300 76 5 NAPHTHALENE 66.69 0.521 91 20 3 NAPHTHOQUINONE 1,4 1.28 0.201 130 15 4 NITRAPYRIN 18.17 0.308 1929 82 4 NITRO M XYLENE, 2 9.39 0.339 81 20 9 NITRO 4 METHYLBENZOATE 3 10740.00 0.493 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 NITROBENZENE 1.36 0.223 98 95 3 NITROBENZENESULFONYL CHLORIDE P 24.61 0.333 98 74 8 NITROBENZYL ALCOHOL P 11.17 0.407 619 73 8 NITROBIPHENYL, 4 0.14 0.029 92 93 3 NITROCELLULOSE 55.56 0.147 9004 70 0 NITROETHANE 4.10 0.415 79 24 3 NITROFEN 0.17 0.028 1836 75 5 NITROGEN MUSTARD N OXIDE 400.00 0.552 126 85 2 NITROMETHANE 15.43 0.588 75 52 5 NITROPROPANE 2 6.61 0.418 79 46 9 NITROSOBENZYL ALCOHOL 4 0.75 0.155 NITROSOMORPHOLINE 1.89 0.344 59 89 2 N NITROSODIBUTYLAMINE 0.56 0.116 924 16 3 N NITROSODIETHYLAMINE 0.20 0.088 55 18 5 N NITROSOMETHYLVINYLAMINE* 1.11 0.274 4549 40 0 NONADECANE ( C19 LINEAR) 163.40 0.415 629 92 5 NONANAL 40.73 0.425 124 19 6 O TOLUIDINE 0.13 0.052 95 53 4 OCTACHLORONAPHTHALENE 40.61 0.301 2234 13 1 OCTADECANE ( C18 LINEAR) 505.00 0.507 593 45 3 OCTAFLUOROCYLCLOBUTANE 222200.00 0.591 115 25 3 OCTAMETHYLPYROPHOSPHORAMIDE 245600000.0 0 0.830 152 16 9 OCTANAL 26.45 0.421 124 13 0 OCTANE 277800.00 0.701 111 65 9 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 OCTANOL 2 2.02 0.231 123 96 6 OCTANOL 3 0.39 0.100 589 98 0 OCTANOL 4 0.52 0.120 589 62 8 O THIOCRESOL 8.44 0.346 137 06 4 OXACYCLOPENTADIENE ( FURAN, FURFURAN)* 308.60 0.728 110 00 9 OXAMIC ACID* 4.94 0.371 471 47 6 P BROMOCHLOROBENZENE 80.51 0.451 106 39 8 P TOLUIDINE 1.06 0.225 106 49 0 PARAFORMALDEHYDE 55.56 0.259 30525 89 4 PARALDEHYDE 2.04 0.248 123 63 7 PCB AROCLOR 1016 ( MONOCHLOROBIPHENYL) 10.00 0.305 12674 11 2 PCB AROCLOR 1221 ( MONOCHLOROBIPHENYL) 12.63 0.340 11104 28 2 PCB AROCLOR 1232 ( DICHLOROBIPHENYL) 48.00 0.397 11141 16 5 PCB AROCLOR 1242 ( TRICHLOROBIPHENYL) 27.78 0.331 53469 21 9 PCB AROCLOR 1248 ( QUATROCHLOROBIPHENY 24.15 0.310 12672 29 6 PCB AROCLOR 1254 ( PENTACHLOROBIPHENYL) 18.52 0.334 11097 69 1 PCB AROCLOR 1260 ( HEXACHLOROBIPHENYL) 18.67 0.306 11096 82 5 PCB AROCLOR 1268 22.22 0.314 111032 14 4 PCB'S ( AROCLORS) 15.64 0.326 1336 36 3 PEBULATE 8.67 0.613 1114 71 2 PENTACHLOROBENZENE 405.60 0.543 608 93 5 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 PENTACHLORODECANE ISOMERS 2.65 0.186 PENTACHLOROETHANE 120.80 0.556 76 01 7 PENTACHLORONITROBENZENE 0.20 0.037 82 68 8 PENTACHLOROUNDECANE ISOMERS 0.81 0.096 PENTADECANE ( C15 LINEAR) 26450.00 0.429 629 62 9 PENTADIENE 1,2 7210.00 0.706 591 95 7 PENTANAL ( VALERALDEHYDE) 8.96 0.442 110 62 3 PENTANE 68590.00 0.736 109 66 0 PENTANEDINITRILE, 2 BROMO 2 ( BROMOMETHYL 1.05 0.126 35691 65 7 PENTYL ETHANOATE ( N AMYL ACETATE) 21.55 0.286 628 63 7 PENTYL PROPANOATE ( AMYL PROPIONATE) 46.30 0.452 624 54 4 PENTYLAMINE 1.36 0.263 110 58 7 PENTYLBENZENE 1110.00 0.599 538 68 1 PENTYLCYCLOPENTANE 101000.00 0.510 3741 00 2 PERCHLOROMETHYL MERCAPTAN 125.60 0.560 594 42 3 PEROXY 2 PROPENOYL NITRATE 32.68 0.607 PEROXY ISOBUTRYL NITRATE 55.56 0.574 65424 60 4 PEROXY N BUTRYL NITRATE 24.15 0.560 PEROXYACETYL NITRATE 13.55 0.533 2278 22 0 PEROXYPROPIONYL NITRATE 19.16 0.574 PHENANTHRENE 1.98 0.211 85 01 8 PHENOL, 2,3,5 TRIMETHYL, METHYLCARBAMAT 47.94 0.358 2655 15 4 PHENOL, 3( 1,1 DIMETHYLETHYL) 0.39 0.090 585 34 2 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 PHENONTHRIN 0.38 0.053 26002 80 2 PHENOTHIAZINE 1106.00 0.688 92 84 2 PHENYL ISOCYANATE 12.77 0.398 103 71 9 PHENYL MERCAPTAN 18.60 0.439 108 98 5 PHENYLACETIC PEROXIDE 0.84 0.169 PHENYLCYCLOHEXANONE 4 486.10 0.590 4894 75 1 PHENYLPHENOL P 177.80 0.496 92 69 3 PINENE( ALPHA) 1456.00 0.621 80 56 8 PIPERIDINE 0.25 0.103 110 89 4 POLYCHLORINATED DODECANE ISOMERS 0.75 0.089 POLYCYCLIC KETONE O 2778.00 0.476 PROPANAL ( PROPIONALDEHYDE) 4.27 0.421 123 38 6 PROPANE 35420.00 0.808 74 98 6 PROPANE SULTONE, 1,3* 4.27 0.564 1120 71 4 PROPANE, 1,1' OXYBIS 3 CHLORO 1.08 0.172 629 36 7 PROPANIL 1022.00 0.556 709 98 8 PROPANONE ( ACETONE) 2.33 0.320 67 64 1 PROPENAL ( ACROLEIN) 7.51 0.457 107 02 8 PROPENYL BENZENE 122.80 0.529 637 50 3 PROPIOLACTONE B 0.56 0.210 57 57 8 PROPYL BUTANOATE ( PROPYL BUTYRATE) 29.24 0.447 105 66 8 PROPYL DODECANOATE ( PROPYL LAURATE) 71.22 0.368 3681 78 5 PROPYL ETHANOATE ( PROPYL ACETATE) 12.08 0.443 109 60 4 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 PROPYL ETHER ( DIPROPYL ETHER) 122.20 0.619 111 43 3 PROPYL METHANOATE ( PROPYL FORMATE) 20.58 0.539 110 74 7 PROPYL PROPANOATE ( PROPYL PROPIONATE) 21.37 0.462 106 36 5 PROPYL( N) BENZENE 593.50 0.625 103 65 1 PROPYL 3 METHOXY PYRAZINE, 2 ISO 0.17 0.050 25773 40 4 PROPYLAMINE 0.83 0.266 107 10 8 PROPYLCYCLOPENTANE 50510.00 0.577 2040 96 2 PROPYLENE ( PROPENE) 11260.00 0.781 115 07 1 PROPYLENE CHLOROHYDRIN 0.29 0.133 127 00 4 PROPYLENIMINE 1,2 2 METHYL AZIRIDINE 0.62 0.251 75 55 8 PROPYNE 591.00 0.815 74 99 7 PYRAZINE 0.16 0.099 290 37 9 PYRENE 0.66 0.102 129 00 0 PYRIDINE 0.62 0.192 110 86 1 PYRIMIDINE 0.16 0.095 289 95 2 PYRROLIDINE 0.13 0.068 123 75 1 QUINALDINE 0.30 0.079 91 63 4 RONNEL 1.16 0.117 299 84 3 S4CHL. CYCLOHEX. 00DIMETH. PHOS. D ITHIOATE 9.61 0.270 SAFROLE 0.50 0.102 94 59 7 SEC BUTYLBENZENE 771.60 0.621 135 98 8 S ETHYL CYCLOHEXYLETHYLCARBAMOTHIOATE 0.37 0.061 1134 23 2 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 SODIUM DODECYL SULFATE 16.67 0.356 151 21 3 SODIUM DODECYLBENZENE SULFONATE 0.79 0.102 25155 30 32 SODIUM PENTOBARBITOL 16.67 0.435 57 33 0 STREPTOZOTOCIN 10740.00 0.963 18883 66 4 STYRENE OXIDE 0.87 0.181 96 09 3 SULFUR DIOXIDE* 40.70 0.701 2025884 SULFUR HEXAFLUORIDE 227500.00 0.780 2551 62 4 T 2,4 PENTANEDIOL DINITRATE 3.70 0.260 T BUTYL NITRATE 79.36 0.596 TAMARON ( METHAMIDIPHOS) 0.38 0.117 10265 92 6 T BUTYL HYDROPEROXIDE 0.56 0.173 75 91 2 TERBACIL 30.33 0.432 5902 51 2 TERBUFOS 1.09 0.125 13071 79 9 TERPINEOL, ALPHA 0.68 0.128 98 55 5 TERT AMYLBENZENE 1010.00 0.598 2049 95 8 TERT BUTYL ACETATE 48.50 0.530 540 88 5 TERT BUTYLBENZENE 661.40 0.606 98 06 6 TETRACHLOROAQUINONE 5.41 0.280 118 75 2 TETRACHLOROBENZENE ( 1,2,4,5) 538.00 0.573 95 94 3 TETRACHLORODIBENZOFURAN ( 2,3,7,8) 8.50 0.271 51207 31 9 TETRACHLOROETHANE ( 1,1,1,2) 138.90 0.566 630 20 6 TETRACHLOROETHANE ( 1,1,2,2) 27.78 0.479 79 34 5 TETRACHLOROETHENE 793.60 0.742 127 18 4 TETRACHLOROPHENOL ( 2,3,4,6) 0.63 0.097 58 90 2 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 TETRACHLOROPROPENE ( 1,1,2,3) 499.40 0.654 10436 39 2 TETRADECANE 63330.00 0.453 629 59 4 TETRAETHYL LEAD* 31640.00 0.660 78 00 2 TETRAETHYLENE PENTANE 1078.00 0.769 TETRAETHYLPYROPHOSPHATE 13.81 0.298 107 49 3 TETRAFLUOROETHENE 34720.00 0.609 116 14 3 TETRAFLUOROMETHANE ( CARBONTETRAFLUORIDE)* 259800.00 0.785 75 73 0 TETRAHYDROBENZALDEHYDE 1.38 0.233 1321 16 0 TETRAHYDROFURAN ( THF) 3.92 0.541 109 99 9 TETRAHYDROPYRAN 6.94 0.397 142 68 7 TETRAHYDROTHIOPHENE 33.94 0.530 110 01 0 TETRANITROMETHANE* 1.11 0.165 509 14 8 THIOACETAMIDE 0.72 0.269 62 55 5 THIOANISOLE 13.55 0.387 100 68 5 THIOCYANATE ( TOTAL AS SCN) 1556.00 0.677 463 56 9 THIOPHENE 126.30 0.653 110 02 1 THIRAM 11720.00 0.540 137 26 8 THYMINE 45060.00 0.895 65 71 4 TOLUENE 356.70 0.638 108 88 3 TOLUENE24DIAZOBISMETATOLUENEDIAMINE HCL 2.38 0.162 TOLUENESULFONYL CHLORIDE 0.11 0.026 98 59 9 TOLUIC ALDEHYDE 14.05 0.402 122 78 1 TOXAPHENE 0.33 0.053 8001 35 2 TRANS 1,2 CYCLOHEPTANEDIOL DINITRATE 0.62 0.094 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 TRANS 1,2 CYCLOHEXANEDIOL DINITRATE 1.07 0.139 TRANS 1,2 DIMETHYLCYCLOHEXANE 26450.00 0.547 6876 23 9 TRANS 1,3 CYCLOHEXANEDIOL DINITRATE 0.81 0.117 TRANS 1,3 DICHLOROPROPENE 99.21 0.599 10061 02 6 TRANS 1,4 DIMETHYLCYCLOHEXANE 50500.00 0.580 112227 TRANS 2 BUTENAL ( CROTONALDEHYDE) 1.09 0.251 4170 30 3 TRANS 2 BUTENE 12630.00 0.731 624 64 6 TRANS 2 HEPTENE 23150.00 0.581 14686 13 6 TRANS 2 HEXENAL 2.78 0.310 6728 26 3 TRANS 2 OCTENAL 4.27 0.303 2363 89 5 TRANS TRANS 2,4 HEXADIENAL 5.56 0.369 142 83 6 TRIBROMOMETHYLPHOSPHATE 1.93 0.171 TRIBUTYL PHOSPHOROTRITHIOATE SSS 8.72 0.247 78 48 8 TRIBUTYL TIN ACETATE 60.00 0.362 56 36 0 TRICHLORO 1,3,5 TRIAZINE 2,4,6 51.22 0.503 108 77 0 TRICHLOROACETYLCHLORIDE 27.78 0.427 76 02 8 TRICHLOROANISOLE 2,3,6 6.44 0.278 50375 10 5 TRICHLOROBENZENE 1,2,4 106.40 0.455 120 82 1 TRICHLOROBUTANE 1,2,3 0.60 0.164 18338 40 4 TRICHLOROETHANE 1,1,1 METHYL CHLOROFORM 925.90 0.745 71 55 6 TRICHLOROETHYLENE 561.80 0.722 79 01 6 TRICHLORONITROMETHANE* 113.90 0.595 76 06 2 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 TRICHLOROPHENOL 2,4,5 1.10 0.142 95 95 4 TRICHLOROPROPANE 1,1,1 179.00 0.605 7789 89 1 TRICHLOROPROPANE( 1,1,2) 1611.00 0.766 598 77 6 TRICHLOROPROPANE( 1,2,2) 1611.00 0.780 3175 23 3 TRICHLOROPROPANE( 1,2,3) 19.16 0.543 96 18 4 TRICHLOROPROPENE ( 1,1,2) 403.90 0.648 21400 25 9 TRICOSANE N 127900.00 0.774 638 6 5 TRIDECANE ( C13 LINEAR) 129200.00 0.511 629 50 5 TRIETHYLAMINE 8.29 0.369 121 44 8 TRIETHYLPHOSPHOROTHIOATE, O, O, O 400.00 0.528 126 68 1 TRIFLUOROACETIC ACID 0.55 0.149 76 05 1 TRIFLUOROACETYLCHLORIDE 22.22 0.412 TRIFLUOROETHANE( 1,1,1) 42780.00 0.787 420 46 2 TRIFLUOROMETHANE ( R23) 3968.00 0.848 75 46 7 TRIFLUOROMETHYL BENZENE 896.00 0.597 TRIFLURALIN 6.10 0.234 1582 09 8 TRIIODOMETHANE ( IODOFORM) 163.40 0.644 75 11 8 TRIISOBUTYLENE 1978.00 0.585 7756 94 7 TRIISOPROPYLAMINE 93.89 0.413 3424 21 3 TRIMELLITIC ANHYDRIDE 0.23 0.045 552 30 7 TRIMETHOXYMETHANE 0.79 0.222 149 73 5 TRIMETHYL 4 NITROANILINE 2,3,5 500.00 0.567 TRIMETHYLAMINE 13.58 0.576 75 50 3 TRIMETHYLBENZENE ( 1,3,5) 326.80 0.580 108 67 8 TRIMETHYLPENTANE 2,2,4 185400.00 0.661 540 84 1 TABLE 4 OF APPENDIX J Continued Compound Y/ X fet CAS STAFF DRAFT  09/ 30/ 2005 TRIMETHYLSILANOL 16.67 0.449 1066 40 6 TRINITROBENZENE, SYM 0.14 0.031 99 35 4 TRINITROTOLUENE( 2,4,6) 0.76 0.131 118 96 7 TRIPHENYL PHOSPHINE 7.28 0.263 603 35 0 TRIPHENYLMETHANE 15.17 0.274 519 73 3 TRIPHENYLPHOSPHINE NICKEL CARBONYL 209.40 0.421 TRIS ( 1 AZIRIDINYL) PHOSPHINE SULFIDE 10740.00 0.492 52 24 4 TRIS ( 2,3 DIBROMOPROPYL) PHOSPHATE 588900.00 1.002 126 72 7 TRISODIUM NITRILOTRIACETATE 10740.00 0.496 5064 31 3 UNDECANE ( C11 LINEAR) 1010000.00 0.741 1120 21 4 URACIL 503.90 0.910 66 22 8 URACIL MUSTARD 611.10 0.605 66 75 1 VINYL ACETATE 27.08 0.550 108 05 4 VINYL ACETYLENE 1462.00 0.793 689 97 4 VINYL DIHYDROPYRAN 24.33 0.502 VINYL METHYL ETHER 555.00 0.806 107 25 5 VINYLCYCLOHEXENE 4 102200.00 0.634 100 40 3 XYLENE 389.70 0.661 1330 20 7 XYLENE( M) 413.00 0.637 108 38 3 XYLENE( O) 269.30 0.647 95 47 6 XYLENE( P) 413.30 0.649 106 42 3 XYLYL CHLORIDE M 78.33 0.536 620 19 9 XYLYL CHLORIDE O 78.33 0.536 552 45 4 TABLE 4 OF APPENDIX J Concluded STAFF DRAFT  09/ 30/ 2005 * Molecular structure only approximate. STAFF DRAFT  09/ 30/ 2005 TABLE 5 OF APPENDIX J FE VALUES FOR EMISSIONS FROM BIOLOGICAL TREATMENT SYSTEMS ( Fet Values) ( use with Section 2.5.3)

Henry's Law Constant Fet Value 0.002 0.001 0.004 0.002 0.006 0.003 0.01 0.005 0.014 0.007 0.02 0.010 0.03 0.015 0.04 0.020 0.05 0.25 0.06 0.030 0.07 0.035 0.08 0.040 0.09 0.045 0.1 0.050 0.158 0.060 0.22 0.070 0.27 0.080 0.28 0.090 0.285 0.10 0.288 0.11 0.354 0.12 0.45 0.13 0.5 0.14 0.55 0.15 0.628 0.16 0.71 0.17 0.85 0.18 1.01 0.19 1.10 0.20 1.2 0.21 1.3 0.22 1.75 0.23 TABLE 5 Continued Henry's Law Constant Fet Value STAFF DRAFT  09/ 30/ 2005 1.93 0.24 2.03 0.25 2.3 0.26 2.6 0.27 2.8 0.28 2.9 0.29 3 0.30 3.3 0.31 4.17 0.33 4.6 0.35 8 0.37 9.6 0.39 11 0.40 13 0.41 15 0.43 16 0.44 17 0.45 75 0.47 144 0.50 206 0.52 411 0.54 500 0.56 615 0.58 716 0.60 811 0.62 1000 0.64 4000 0.66 8000 0.68 9000 0.70 11000 0.72 12000 0.74 20000 0.76 TABLE 5 Concluded Henry's Law Constant Fet Value STAFF DRAFT  09/ 30/ 2005 30000 0.78 50000 0.80 210000 0.82 STAFF DRAFT  09/ 30/ 2005 FORM 1 OF APPENDIX J CALCULATION OF THE HENRY'S LAW CONSTANT AT 25

C FOR A COMPOUND IN A SEALED BATCH TEST ( i. e., Two Phase Closed System) ( use with Sections <IP_ADDRESS> and <IP_ADDRESS>.1)

NAME OF THE FACILITY ___________________________ WASTE STREAM IDENTIFICATION ___________________________ COMPOUND ___________________________ REACTOR HEADSPACE VOLUME ( L) 1 ______________ REACTOR LIQUID VOLUME ( L) 2 ______________ TEMPERATURE OF LIQUID IN UNIT ( deg. C) 3 ______________

A Data Set B Time ( hr) C Liquid Conc. ( mg/ L) D Gas Conc. ( mg/ L) E Keq D/ C 1 2 3 4 5 Temperature in degrees Kelvin. Add 273.16 to the number on line 3. 4 ________

Molar ratio. Multiply the number on line 4 by 4.555. 5 ________

Henry's law value ( mg/ L gas per mg/ L liquid). The average value in column E. 6 ________

Henry's law value ( mole fract. gas per mole fract. liquid). Multiply line 6 by line 5. 7 ________ STAFF DRAFT  09/ 30/ 2005 FORM 1a OF APPENDIX J   EXAMPLE CALCULATION OF THE HENRY'S LAW CONSTANT AT 25

C FOR A COMPOUND IN A SEALED BATCH TEST ( i. e., Two Phase Closed System) ( use with Sections <IP_ADDRESS> and <IP_ADDRESS>.1)

NAME OF THE FACILITY Plant A WASTE STREAM IDENTIFICATION Waste A COMPOUND Dichlorophenol REACTOR HEADSPACE VOLUME ( L) 1 1 REACTOR LIQUID VOLUME ( L) 2 10 TEMPERATURE OF LIQUID IN UNIT ( deg. C) 3 25 A Data Set B Time ( hr) C Liquid Conc. ( mg/ L) D Gas Conc. ( mg/ L) E Keq D/ C 1 1 100 0.1184 0.001184 2 2 90 0.1056 0.001173 3 3 80 0.0917 0.001146 4 4 70 0.0829 0.001184 5 Temperature in degrees Kelvin. Add 273.16 to the number on line 3. 4 298.6 Molar ratio. Multiply the number on line 4 by 4.555. 5 1358.12 Henry's law value ( mg/ L gas per mg/ L liquid). The average value in column E. 6 0.001172 Henry's law value ( mole fract. gas per mole fract. liquid). Multiply line 6 by line 5. 7 1.592 STAFF DRAFT  09/ 30/ 2005 FORM 2 OF APPENDIX J DATA FORM FOR THE CALCULATION OF THE HENRY'S LAW CONSTANT AT 25

C FROM THE STRIPPING IN AN AERATED BATCH TEST ( i. e., Open System) ( use with Sections <IP_ADDRESS> and <IP_ADDRESS>.2)

NAME OF THE FACILITY ________________ WASTE STREAM IDENTIFICATION ________________ COMPOUND ________________ CONCENTRATION BASIS ( LIQUID OR GAS) ________________ TEMPERATURE of the liquid in the unit ( deg. C) 1_______________ GAS FLOW RATE ( L/ hr) 2_______________ LIQUID VOLUME ( L) 3_______________ Co, CONCENTRATION MEASUREMENT AT t = 0( mg/ L) 4_______________

A Data Point B Time ( hr) C Concentration , C ( mg/ L) D C/ Co E  ln( C/ Co)

1 2 3 4 5 CALCULATIONS. Use additional lines as needed in an expansion of the above table. Plot the values in column E ( y axis) vs the data in column B ( x axis). Reject outliers. Curve fit with a straight line. Calculate the slope and enter the slope on line 7. Temperature in degrees Kelvin. Add 273.16 to the number on line 1. 5___________

MOLAR RATIO. Multiply the number on line 5 by 4.555. 6___________

Slope of the plot of  ln( C/ Co) vs time ( per hour) 7___________

Calculated Keq value ( mg/ L gas per mg/ L liquid). Divide the number on line 7 by the number on line 2 and multiply the results by the number on line 3. Enter the results on line 8. 8___________

Henry's law value ( mole fract. gas per mole fract. liquid). Multiply the number on line 8 by the number on line 6. 9___________ STAFF DRAFT  09/ 30/ 2005 FORM 2a OF APPENDIX J   EXAMPLE DATA FORM FOR THE CALCULATION OF THE HENRY'S LAW CONSTANT AT 25

C FROM THE STRIPPING IN AN AERATED BATCH TEST ( i. e., Open System) ( use with Sections <IP_ADDRESS> and <IP_ADDRESS>.2)

NAME OF THE FACILITY Plant A WASTE STREAM IDENTIFICATION Waste A COMPOUND Dichlorophenol CONCENTRATION BASIS ( LIQUID OR GAS) gas TEMPERATURE of the liquid in the unit ( deg. C) 1 25 GAS FLOW RATE ( L/ hr) 2 1 LIQUID VOLUME ( L) 3 10 Co, CONCENTRATION MEASUREMENT AT t = 0( mg/ L) 4 2 A Data Point B Time ( hr) C Concentration , C ( mg/ L) D C/ Co E  ln( C/ Co)

1 1 1.999765367 0.99988268 0.000117324 2 2 1.999530761 0.99976538 0.000234647 3 3 1.999296183 0.99964809 0.000351971 4 4 1.999061632 0.99953082 0.000469294 5 5 1.998827109 0.99941356 0.000586618 CALCULATIONS. Use additional lines as needed in an expansion of the above table. Plot the values in column E ( y axis) vs the data in column B ( x axis). Reject outliers. Curve fit with a straight line. Calculate the slope and enter the slope on line 7. Temperature in degrees Kelvin. Add 273.16 to the number on line 1. 5 298.16 MOLAR RATIO. Multiply the number on line 5 by 4.555. 6 1358.12 Slope of the plot of  ln( C/ Co) vs time ( per hour) 7 0.000117324 Calculated Keq value ( mg/ L gas per mg/ L liquid). Divide the number on line 7 by the number on line 2 and multiply the results by the number on line 3. Enter the results on line 8. 8 0.001173235 Henry's law value ( mole fract. gas per mole fract. liquid). Multiply the number on line 8 by the number on line 6. 9 1.592 STAFF DRAFT  09/ 30/ 2005 FORM 3 OF APPENDIX J HOW TO SUBTRACT A CHEMICAL FROM A METHOD 25D CONCENTRATION ( use with Section 2.3)

NAME OF THE FACILITY ______________________________________ STREAM IDENTIFICATION______________________________________

1. Report the average value of the Method 25D samples. You must take at least the minimum number of samples required by the referencing subpart. Report the results for each sample taken ( ppmw). If you include any samples, you must explain why the samples should not be included in the average. Measurements of volatile content with EPA Method 25D. Enter each result on lines 1 5 ( ppmw) 1____________ 2____________ 3____________ 4____________ 5____________

2. Report average value of Method 25D results.

Average value of Method 25D results ( ppmw) 1.

3. Subtract from average value of Method 25D samples.

No. Chemical ( A) Concentrati on ( ppmw) ( B) FM M25D ( C) Fm Adjusted Concentration ( ppmw) ( D) = ( B)*( C)

1 2 3 4 5 6 7 8 9 STAFF DRAFT  09/ 30/ 2005 10 11 12 13 14 15 16 17 18 19 Sum of adjusted concentrations. 2.

Total Method 25D concentration adjusted to subtract chemicals. Subtract Item 2 from Item 1 ( do not enter less than zero). 3. STAFF DRAFT  09/ 30/ 2005 FORM 4 OF APPENDIX J EXAMPLE OF HOW TO SUBTRACT A CHEMICAL FROM A METHOD 25D CONCENTRATION ( use with Section 2.3)

NAME OF THE FACILITY Plant A STREAM IDENTIFICATION Waste 3A 1. Report the average value of the Method 25D samples. You must take at least the minimum number of samples required by the referencing subpart. Report the results for each sample taken ( ppmw). If you include any samples, you must explain why the samples should not be included in the average. Measurements of volatile content with EPA Method 25D. Enter each result on lines 1 5 ( ppmw).

1 100 2 57 3 88 4 110 5 2. Report average value of Method 25D results.

Average value of Method 25D  results ( ppmw) 1. 88.75 3. Subtract from average value of Method 25D samples.

No. Chemical ( A) Concentratio n ( ppmw) ( B) Fm M25D ( C) Fm Adjusted Concentration ( ppmw) ( D) = ( B)*( C)

1 Phenol 150 0.036 5.4 2 Acetic Acid 200 0.101 20.2 Sum of adjusted concentrations. 2. 25.6 Total Method 25D concentration adjusted to subtract chemicals. Subtract Item 2 from Item 1 ( do not enter less than zero). 3. 63.15 STAFF DRAFT  09/ 30/ 2005 FORM 5 OF APPENDIX J HOW TO CALCULATE A HENRY'S LAW CONSTANT FROM A HENRY'S LAW CONSTANT AT A DIFFERENT TEMPERATURE FOR THE SAME CHEMICAL ( use with Section 2.6)

NAME OF THE FACILITY CHEMICAL FOR EVALUATION MEASURED HENRY'S LAW CONSTANT ( atm/ mol fraction) 1 MEASUREMENT TEMPERATURE ( deg. C) 2 ADJUSTMENT TEMPERATURE FOR HENRY'S LAW CONSTANT ( deg. C) 3 WATER9 PREDICTED HENRY'S LAW CONSTANT AT THE MEASUREMENT TEMPERATURE 4 WATER9 PREDICTED HENRY'S LAW CONSTANT AT THE ADJUSTMENT TEMPERATURE 5 RATIO OF HENRY'S LAW CONSTANTS. DIVIDE THE NUMBER ON LINE 5 BY THE NUMBER ON LINE 4. 6 ADJUSTED HENRY'S LAW CONSTANT. MULTIPLY THE NUMBER ON LINE 6 BY THE NUMBER ON LINE 1. 7 Discuss the assumptions and data inputs used for WATER9. STAFF DRAFT  09/ 30/ 2005 FORM 6 OF APPENDIX J GENERAL SYSTEM SPECIFICATIONS ( use with Section 2.5.2)

You must use site specific values for parameters 5, 6, and 10.

5 Relative humidity of inlet air (%) _____________

6 Temperature of air (

C) _____________

10 Wind speed ( cm/ s at 10 m) _____________

For the rest of the items, you may use the default values in WATER9 or site specific values. You should document the methods used. You only have to report site specific data on this form; you do not have to report the WATER9 default values.

1 Total water added at the unit ( l/ s) ______________

2 Area of openings at unit ( cm2) ______________

3 Radius of drop pipe ( cm) ______________

4 Drop length to conduit ( cm) ______________

7 Drain air velocity ( ft/ min) ______________

8 Manhole air velocity ( ft/ min) ______________

9 Conduit air velocity ( ft/ min) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

13 Friction factor liquid ______________

14 Friction factor gas ______________

15 Radius of underflow conduit ( cm) ______________

16 Underflow temperature (

C) ______________

17 Oscillation cycle time ( min) ______________

18 Design collection velocities ( ft/ s) ______________

19 Design branch line fraction full ______________ STAFF DRAFT  09/ 30/ 2005 20 Fraction of wind speed on open drains ______________

21 Number of iterations for calculations ______________

22 Specified line vent rates, = 1 ______________

23 Iterations in vent convergence pass ______________

24 Number of passes in vent conv. ______________

25 Allowable vent error ______________

26 Acceleration factor for vent convergence ______________

27 Change in pressure ______________

28 Oil molecular weight ______________

29 Oil density ( g/ cc) ______________ STAFF DRAFT  09/ 30/ 2005 FORM 7 OF APPENDIX J DESCRIPTION OF GENERAL COLLECTION ELEMENTS ( use with Section 2.5.2)

Applicable units include closed trenches, open hub drains, covered drains, openings in a conduit, and manhole covers. Waste may be added either at the unit or through a drop pipe. Each unit has a potential vent or waste addition, followed by an enclosed conduit that ends at the next downstream unit.

1 Description of unit ______________

2 Underflow temperature (

C) ______________

3 Total water added at the unit ( l/ s) ______________

The following three specifications refer to the potential vent or waste drop pipe.

4 Area of openings at unit ( cm2) ______________

5 Radius of drop pipe ( cm) ______________

6 Drop length to conduit ( cm) ______________

The term open surface refers to the surface near the vent or waste addition.

7 Open surface = 1 ______________

8 Subsurface entrance = 1 ______________

9 subsurface exit = 1 ______________

The following three specifications refer to the enclosed conduit downstream of the unit.

10 Radius of underflow conduit ( cm) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

The specified air velocity is only used if Form 6 general system specification 22 equals 1.

16 Speed of air at opening ( ft/ min) ______________ STAFF DRAFT  09/ 30/ 2005 17 Municipal waste in conduit = 1 ______________

18 Assume equilibrium in unit, = 1 ______________

If waste is added at the unit, specify the waste number. The waste composition is described elsewhere.

19 Waste 1 added to system at unit number ______________

20 Waste 2 added to system at unit number ______________

21 Waste 3 added to system at unit number ______________ STAFF DRAFT  09/ 30/ 2005 FORM 8 OF APPENDIX J THE DESCRIPTION OF OPEN TRENCHES ( use with Section 2.5.2)

1 Description of unit ______________

2 Underflow temperature (

C) ______________

3 Total water added at the unit ( l/ s) ______________

8 Subsurface entrance = 1 ______________

9 Subsurface exit = 1 ______________

10 Width of underflow conduit ( cm) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

19 Waste 1 added to system at unit number ______________

20 Waste 2 added to system at unit number ______________

21 Waste 3 added to system at unit number ______________ STAFF DRAFT  09/ 30/ 2005 FORM 9 OF APPENDIX J THE DESCRIPTION OF AN OPEN SUMP ( use with Section 2.5.2)

1 Description of unit ______________

2 Underflow temperature (

C) ______________

3 Total water added at the unit ( l/ s) ______________

4 Area of openings at unit ( cm2) ______________

5 Radius of drop pipe ( cm) ______________

6 Drop length to conduit ( cm) ______________

7 Open surface = 1 ______________

8 Subsurface entrance = 1 ______________

9 Subsurface exit = 1 ______________

10 Radius of underflow conduit ( cm) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

13 Area of surface ( cm2) ______________

14 Flow entrance depth under surface ( cm) ______________

15 Depth of liquid in sump ( cm) ______________

16 Speed of air at opening ( ft/ min) ______________

17 Municipal waste in conduit = 1 ______________

18 Assume equilibrium in unit, = 1 ______________

19 Waste 1 added to system at unit number ______________

20 Waste 2 added to system at unit number ______________

21 Waste 3 added to system at unit number ______________ STAFF DRAFT  09/ 30/ 2005 FORM 10 OF APPENDIX J THE DESCRIPTION OF AN OPEN J DRAIN ( use with Section 2.5.2)

1 Description of unit ______________

2 Underflow temperature (

C) ______________

3 Total water added at the unit ( l/ s) ______________

4 Distance to trap liquid surface ( cm) ______________

5 Radius of drop pipe ( cm) ______________

6 Drop length to conduit ( cm) ______________

7 Open surface = 1 ______________

8 Subsurface entrance = 1 ______________

9 Subsurface exit = 1 ______________

10 Radius of underflow conduit ( cm) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

13 Depth of water level ( cm) ______________

14 Displacement in oscillation ( cm) ______________

17 Municipal waste in conduit = 1 ______________

18 Assume equilibrium in unit, = 1 ______________

19 Waste 1 added to system at unit number ______________

20 Waste 2 added to system at unit number ______________

21 Waste 3 added to system at unit number ______________ STAFF DRAFT  09/ 30/ 2005 FORM 11 OF APPENDIX J THE DESCRIPTION OF SEALED COLLECTION ELEMENTS ( use with Section 2.5.2)

1 Description of unit ______________

2 Underflow temperature (

C) ______________

3 Total water added at the unit ( l/ s) ______________

4 Area of openings at unit ( cm2) ______________

5 Radius of drop pipe ( cm) ______________

6 Drop length to conduit ( cm) ______________

7 Open surface = 1 ______________

8 Subsurface entrance = 1 ______________

9 Subsurface exit = 1 ______________

10 Radius of underflow conduit ( cm) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

17 Municipal waste in conduit = 1 ______________

18 Assume equilibrium in unit, = 1 ______________

19 Waste 1 added to system at unit number ______________

20 Waste 2 added to system at unit number ______________

21 Waste 3 added to system at unit number ______________ STAFF DRAFT  09/ 30/ 2005 FORM 12 OF APPENDIX J THE DESCRIPTION OF WEIRS AND WATERFALLS ( use with Section 2.5.2)

1 Description of unit ______________

2 Underflow temperature (

C) ______________

3 Total water added at the unit ( l/ s) ______________

4 Waterfall width at surface ( m) ______________

5 Waterfall drop height ( cm) ______________

6 Tailwater depth ( m) ______________

7 Open surface = 1 ______________

8 Subsurface entrance = 1 ______________

9 Subsurface exit = 1 ______________

10 Radius of underflow conduit ( cm) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

19 Waste 1 added to system at unit number ______________

20 Waste 2 added to system at unit number ______________

21 Waste 3 added to system at unit number ______________ STAFF DRAFT  09/ 30/ 2005 FORM 13 OF APPENDIX J THE DESCRIPTION OF LIFT STATIONS ( use with Section 2.5.2)

1 Description of unit ______________

2 Underflow temperature (

C) ______________

3 Total water added at the unit ( l/ s) ______________

4 Area of openings at unit ( cm2) ______________

5 Radius of drop pipe ( cm) ______________

6 Drop length to conduit ( cm) ______________

7 Open surface = 1 ______________

8 Subsurface entrance = 1 ______________

9 Subsurface exit = 1 ______________

10 Radius of underflow conduit ( cm) ______________

11 Distance to next unit ( cm) ______________

12 Slope of underflow conduit ______________

13 Fractional approach to equilibrium ______________

14 If covered, then enter 1 ______________

19 Waste 1 added to system at unit number ______________

20 Waste 2 added to system at unit number ______________

21 Waste 3 added to system at unit number ______________ STAFF DRAFT  09/ 30/ 2005 DEFINITIONS OF TERMS ( Used in Froms 6 13)

area of openings at unit ( cm2) The area that can vent headspace gas or permit outside air to enter the collection system. This area is generally less than or equal to the area of the drop pipe opening.

area of surface ( cm2)( sump) The area of the surface exposed to the wind or to the headspace in a sump. This area generally corresponds to the physical area of the sump exposed surface horizontal cross section.

assume equilibrium in unit, = 1 If conditions are present in the unit such that equilibrium is expected ( agitated surface,

sealed waterfall, splash loading, low gas and liquid flow, or other factors), enter 1 as a computer flag.

cover An enclosure that prevents the exchange of ambient air and the headspace air. If there are openings in the cover, then air may be exchanged with the headspace air. The openings in the cover are specified as area of openings at unit.

covered, then enter 1. This input value is a computer program flag that specifies that the unit is sealed and outside wind will not blow across the surface of the liquid in the unit.

If the unit is covered, this does not indicate that the surface of the liquid is not exposed to headspace gas. STAFF DRAFT  09/ 30/ 2005 depth of liquid in sump ( cm). The depth in centimeters from the top of the liquid surface in the sump to the base of the sump. The depth is always positive.

depth of water level ( cm) ( J trap). The depth in centimeters from the top of the liquid surface in the water seal to the base of the water seal. This depth is always positive and would correspond to the wet distance on a dip stick. This variable may be used for periodically active hubs.

description of unit. This is a general description that identifies the unit that is being specified. Examples can include " Tank A45", " Drain E 17", " Sewer WW4", or other description. This description will appear on some of the reports.

displacement in oscillation ( cm) ( J trap). Distance of surface level fluctuation in the J trap. The value of the displacement is used in an air emission model to estimate air exchange.

distance to next unit ( cm). The distance of the run of the underflow conduit that connects the unit to the next unit downstream.

distance to trap liquid surface ( cm) ( J trap). The depth in centimeters from the top of the open hub top to the liquid surface within the J trap. The depth is always positive and would correspond to the dry distance on a dip stick. STAFF DRAFT  09/ 30/ 2005 drop length to conduit ( cm). The length in centimeters from the top of the hub in the drop pipe to the typical liquid surface in the underflow conduit. The length is always positive.

drop length to conduit ( cm)( J trap). The length in centimeters from the water seal in the J trap to the typical liquid surface in the underflow conduit. The length is always positive.

flow entrance depth under surface ( cm). The length between the surface of the liquid in the sump and the base of the inlet conduit. This length is always positive and represents the effective depth of flow for the mass transfer model.

fractional approach to equilibrium. The fraction of equilibrium between the liquid and the headspace in the lift station unit. The lift station model uses this value as an input parameter because analysis of laboratory data indicated that the vent gas in an enclosed unit with a waterfall was approximately 50 percent of the equilibrium value. For water falling in a more open unit, consider using the waterfall unit instead of the lift station model.

headspace. The headspace is the air over the wastewater in the enclosed underflow conduit.

municipal waste in conduit = 1. This input value is a computer program flag that identifies which mass transfer model is used for the calculations. A value of zero is the default STAFF DRAFT  09/ 30/ 2005 value and the mass transfer is calculated using the trench model correlation derived from Owens. A value of 1 would calculate mass transfer through the Parkhurst Pomeroy correlation for municipal sewers. Additional options for mass transfer options may be added in the future.

open surface = 1. This input value is a computer program flag which indicates that the surface of the unit receiving the waste is open to the atmosphere. Zero is the default value ( closed unit). Many of the collection system units have this option for flexibility. This flag does not refer to the underflow conduit, only to the units. The flow of headspace in the drop pipe will be of less importance if the drop pipe connects to a unit that is open.

open surface = 1 ( J trap). This input value is a computer program flag which indicates that the surface of the unit receiving the waste is open to the atmosphere. Zero is the default value, and it is considered very unusual to use an open J trap for discharge into a unit with an exposed surface.

open surface = 1 ( sump). This input value is a computer program flag which indicates that the surface of the unit receiving the waste is open to the atmosphere. Zero is the default value, and a value of 1 indicates that there are potential air emissions from wind blowing across the surface. STAFF DRAFT  09/ 30/ 2005 Grates and perforated covers are considered characteristic of an open surface.

oscillation cycle time ( min). The cycle time or period of the water level rise and drop in an open water trap. Variations in the internal headspace pressure will cause water level oscillations.

radius of drop pipe ( cm). The radius in centimeters of the drop pipe that connects the hub to the unit. There is no water seal on the drop pipe ( see J trap).

radius of drop pipe ( cm) ( J trap). The radius in centimeters of the drop pipe forming a water seal in the J trap.

The drop pipe connects the hub to the water seal in the J trap.

radius of underflow conduit ( cm). One half the diameter of a circular exiting pipe that connects the unit to the next unit downstream. This pipe is considered closed and not exposed to leaks and air exchange with the environment during the run of the pipe. If the conduit is not closed, consider the trench model.

rise. The difference in elevation in an underflow conduit that connects collection system units.

run. The path in an underflow conduit that connects collection system units.

slope of underflow conduit. The ratio of the rise to the run in the underflow conduit. The slope is always positive and is measured from downstream to upstream in each run. STAFF DRAFT  09/ 30/ 2005 speed of air at opening ( ft/ min). The speed of flow into the unit at the specified unit openings ( see area of openings at unit). This value is only used if a special flag is set. ( See Form 6 general specifications 22. specified line vent rates, = 1)

subsurface entrance = 1. This input value is a computer program flag which indicates that the headspace is blocked from flowing into or out of the upstream underflow conduits. A value of zero indicates that there is no headspace blockage.

subsurface exit = 1. This input value is a computer program flag which indicates that the headspace is blocked from flowing into or out of the underflow conduit downstream. A value of zero indicates that there is no headspace blockage.

total water added at the unit ( l/ s). This is an optional specification of the total amount of water added to the collection system at the unit. This specification is only used if water is added to the specified wastewater streams at the unit. This optional specification could be used if the total wastewater flow at the unit differed from the sum of the flows of the wastes upstream of the unit.

underflow conduit. The exiting pipe or trench that connects the unit to the next unit downstream. This conduit may be ( 1)

closed and not exposed to leaks and air exchange with the environment during the run of the pipe, or ( 2) exposed to leaks and air exchange with the environment. STAFF DRAFT  09/ 30/ 2005 underflow temperature ( C). The entrance temperature of the liquid into the unit. The temperature of the waste stream is specified separately.

waste added to system at unit number. The input information of waste streams into the collection system units is accomplished by specifying the waste number. The waste number refers to a data base element that includes the drop distance into the hub,

the flow rate, the temperature, concentrations, the oil content,

and other information.

waterfall drop height ( cm). The distance from the top of the waterfall to the tailwater surface level ( unit liquid underflow level). This value is always positive.

waterfall: open surface = 1. The input value is a computer program flag which indicates that the waterfall is open to the atmosphere. Zero is the default value ( waterfall is enclosed).

waterfall: tailwater depth ( m). The depth of flow in the underflow conduit under the waterfall.

waterfall width at surface ( m). The width of the waterfall across the surface at the upper liquid level. The flow rate is used with the width to estimate the thickness of the falling water film.


[Federal Register Volume 86, Number 45 (Wednesday, March 10, 2021)]
[Rules and Regulations]
[Pages 13642-13644]
[FR Doc No: 2021-04851]

-----------------------------------------------------------------------

DEPARTMENT OF TRANSPORTATION

Federal Aviation Administration

14 CFR Part 71

[Docket No. FAA-2020-0923; Airspace Docket No. 20-AEA-18]
RIN 2120-AA66

Amendment, Establishment, and Revocation of Multiple Air Traffic
Service (ATS) Routes in the Vicinity of Henderson, WV

AGENCY: Federal Aviation Administration (FAA), DOT.

ACTION: Final rule.

-----------------------------------------------------------------------

SUMMARY: This action amends Jet Route J-134, Area Navigation (RNAV)
route Q-67, and VHF Omnidirectional Range (VOR) Federal airways V-45
and V-119; establishes RNAV route Q-176; and removes Jet Route J-91 and
VOR Federal airway V-174 in the vicinity of Henderson, WV. The Air
Traffic Service (ATS) route modifications are necessary due to the
planned decommissioning of the VOR portion of the Henderson, WV, VOR/
Tactical Air Navigation (VORTAC) navigation aid (NAVAID). The Henderson
VORTAC provides navigation guidance for portions of the affected air
traffic service (ATS) routes and the VOR portion is being
decommissioned as part of the FAA's VOR Minimum Operational Network
(MON) program.

DATES: Effective date 0901 UTC, June 17, 2021. The Director of the
Federal Register approves this incorporation by reference action under
1 CFR part 51, subject to the annual revision of FAA Order 7400.11 and
publication of conforming amendments.

ADDRESSES: FAA Order 7400.11E, Airspace Designations and Reporting
Points, and subsequent amendments can be viewed online at https://www.faa.gov/air_traffic/publications/. For further information, you can
contact the Rules and Regulations Group, Federal Aviation
Administration, 800 Independence Avenue SW, Washington, DC 20591;
telephone:<PHONE_NUMBER>. The Order is also available for inspection
at the National Archives and Records Administration (NARA). For
information on the availability of FAA Order 7400.11E at NARA, email:
<EMAIL_ADDRESS>or go to https://www.archives.gov/federal-register/cfr/ibr-locations.html.

FOR FURTHER INFORMATION CONTACT: Colby Abbott, Rules and Regulations
Group, Office of Policy, Federal Aviation Administration, 800
Independence Avenue SW, Washington, DC 20591; telephone: (202) 267-
8783.

SUPPLEMENTARY INFORMATION:

Authority for This Rulemaking

    The FAA's authority to issue rules regarding aviation safety is
found in Title 49 of the United States Code. Subtitle I, Section 106
describes the authority of the FAA Administrator. Subtitle VII,
Aviation Programs, describes in more detail the scope of the agency's
authority. This rulemaking is promulgated under the authority described
in Subtitle VII, Part A, Subpart I, Section 40103. Under that section,
the FAA is charged with prescribing regulations to assign the use of
the airspace necessary to ensure the safety of aircraft and the
efficient use of airspace. This regulation is within the scope of that
authority as it modifies the route structure as necessary to preserve
the safe and efficient flow of air traffic within the National Airspace
System.

History

    The FAA published a notice of proposed rulemaking (NPRM) for Docket
No. FAA-2020-0923 in the Federal Register (85 FR 70093; November 4,
2020), to amend Jet Route J-134, RNAV route Q-67, and VOR Federal
airways V-45 and V-119; establish RNAV route Q-176; and remove Jet
Route J-91 and VOR Federal airway V-174 in the vicinity of Henderson,
WV. The proposed amendment, establishment, and revocation actions were
due to the planned decommissioning of the VOR portion of the Henderson,
WV, VORTAC NAVAID. Interested parties were invited to participate in
this rulemaking effort by submitting written comments on the proposal.
No comments were received.
    Subsequent to the NPRM, the Office of the Federal Register
published a NPRM correction for Docket No. FAA-2020-0923 in the Federal
Register (85 FR 71293; November 9, 2020), correcting the RNAV route
formatting for the Q-67 and Q-176 descriptions in the regulatory text
and also adding the missing ``Paragraph 6010(a) Domestic VOR Federal
Airways'' heading between the RNAV route Q-176 and VOR Federal airway
V-45 descriptions in the regulatory text. The correct RNAV route
formatting and Domestic VOR Federal Airways heading are included in the
regulatory text in this rule.
    Additionally, subsequent to the NPRM, the FAA published a rule for
Docket No. FAA-2020-0709 in the Federal Register (85 FR 79117; December
9, 2020), amending VOR Federal airway V-119 by removing the airway
segment overlying the Clarion, PA, VOR/Distance Measuring Equipment
(VOR/DME) between the Indian Head, PA, VORTAC and the Clarion, PA, VOR/
DME. That airway amendment, effective February 25, 2021, is included in
this rule.
    Lastly, the state reference for the Henderson, WV, VORTAC was
incorrectly listed as Kentucky (KY) in the Proposal section of the NPRM
for Jet Routes J-91 and J-134. The correct state is WV and this action
corrects those errors.
    Jet Routes are published in paragraph 2004, United States RNAV Q-
routes are published in paragraph 2006, and VOR Federal airways are
published in paragraph 6010(a) of FAA Order 7400.11E, dated July 21,
2020, and effective September 15, 2020, which is incorporated by
reference in 14 CFR 71.1. The ATS routes listed in this document will
be published subsequently in the Order.

Availability and Summary of Documents for Incorporation by Reference

    This document amends FAA Order 7400.11E, Airspace Designations and
Reporting Points, dated July 21, 2020, and effective September 15,
2020. FAA Order 7400.11E is publicly available as listed in the
ADDRESSES section of this document. FAA Order 7400.11E lists Class A,
B, C, D, and E airspace areas, air traffic service routes, and
reporting points.

The Rule

    The FAA is amending 14 CFR part 71 by modifying Jet Route J-134,
RNAV route Q-67, and VOR Federal airways V-45 and V-119; establishing
RNAV route Q-176; and removing Jet Route J-91 and VOR Federal airway V-
174. The planned decommissioning of the VOR portion of the Henderson,
WV, VORTAC has made this action necessary.
    The Jet Route changes are outlined below.
    J-91: J-91 extends between the Volunteer, TN, VORTAC and the
Henderson, WV, VORTAC. The route is removed in its entirety.
    J-134: J-134 extends between the Los Angeles, CA, VORTAC and the
Linden, VA, VORTAC. The airway segment overlying the Henderson, WV,
VORTAC between the Falmouth, KY, VOR/DME and the Linden, VA, VORTAC is
removed. The unaffected portions of the existing route remain as
charted.
    The RNAV route changes are outlined below.
    Q-67: Q-67 extends between the SMTTH, TN, waypoint (WP) and the
DARYN, WV, WP. The route end point is changed from the DARYN, WV, WP to
the Henderson, WV, DME (located approximately 1 nautical mile southwest
of the DARYN WP), and the number of route points listed in the
description are reduced while retaining the route as charted.
Additionally, the TONIO, KY, fix, which is being retained in the route
description, is changed to reflect the fix as a WP. The route will
continue to provide RNAV routing capability from the Knoxville, TN,
area northeastward to the Henderson, WV, area.
    Q-176: Q-176 is a new route that extends between the Cimarron, NM,
VORTAC and the OTTTO, VA, WP. This RNAV route mitigates the loss of the
J-134 route segment between the Falmouth, KY, VOR/DME and the Linden,
VA, VORTAC and is a direct overlay of the existing J-134. Additionally,
it provides RNAV routing capability from the Cimarron, NM, area
eastward to the Front Royal, VA, area.
    The VOR Federal airway changes are outlined below.
    V-45: V-45 extends between the New Bern, NC, VOR/DME and the
Appleton, OH, VORTAC; and between the Saginaw, MI, VOR/DME and the
Sault Ste. Marie, MI, VOR/DME. The airway segment overlying the
Henderson, WV, VORTAC between the Charleston, WV, VOR/DME and the
Appleton, OH, VORTAC is removed. The unaffected portions of the
existing airway remain as charted.
    V-119: V-119 extends between the Henderson, WV, VORTAC and the
Indian Head, PA, VORTAC. The airway segment overlying the Henderson,
WV, VORTAC between the Henderson, WV, VORTAC and the Parkersburg, WV,
VOR/DME is removed. The unaffected portions of the existing airway
remain as charted.
    V-174: V-174 extends between the York, KY, VORTAC and the Elkins,
WV, VORTAC. The airway is removed in its entirety.
    All NAVAID radials in the VOR Federal airway descriptions below are
unchanged and stated in True degrees.
    FAA Order 7400.11, Airspace Designations and Reporting Points, is
published yearly and effective on September 15.

Regulatory Notices and Analyses

    The FAA has determined that this regulation only involves an
established body of technical regulations for which frequent and
routine amendments are necessary to keep them operationally current.
It, therefore: (1) Is not a ``significant regulatory action'' under
Executive Order 12866; (2) is not a ``significant rule'' under
Department of Transportation (DOT) Regulatory Policies and Procedures
(44 FR 11034; February 26, 1979); and (3) does not warrant preparation
of a regulatory evaluation as the anticipated impact is so minimal.
Since this is a routine matter that will only affect air traffic
procedures and air navigation, it is certified that this rule, when
promulgated, will not have a significant economic impact on a
substantial number of small entities under the criteria of the
Regulatory Flexibility Act.

Environmental Review

    The FAA has determined that this action of modifying Jet Route J-
134, RNAV route Q-67, and VOR Federal airways V-45 and V-119;
establishing RNAV route Q-176; and removing Jet Route J-91 and VOR
Federal airway V-174, due to the planned decommissioning of the VOR
portion of the Henderson, WV, VORTAC NAVAID, qualifies for categorical
exclusion under the National Environmental Policy Act (42 U.S.C. 4321et
seq) and its implementing regulations at 40 CFR part 1500, and in
accordance with FAA Order 1050.1F, Environmental Impacts: Policies and
Procedures, paragraph 5-6.5a, which categorically excludes from further
environmental impact review rulemaking actions that designate or modify
classes of airspace areas, airways, routes, and reporting points (see
14 CFR part 71, Designation of Class A, B, C, D, and E Airspace Areas;
Air Traffic Service Routes; and Reporting Points). As such, this action
is not expected to result in any potentially significant environmental
impacts. In accordance with FAA Order 1050.1F, paragraph 5-2 regarding
Extraordinary Circumstances, the FAA has reviewed this action for
factors and circumstances in which a normally categorically excluded
action may have a significant environmental impact requiring further
analysis. The FAA has determined that no extraordinary circumstances
exist that warrant preparation of an environmental assessment or
environmental impact study.

List of Subjects in 14 CFR Part 71

    Airspace, Incorporation by reference, Navigation (air).

The Amendment

    In consideration of the foregoing, the Federal Aviation
Administration amends 14 CFR part 71 as follows:

PART 71--DESIGNATION OF CLASS A, B, C, D, AND E AIRSPACE AREAS; AIR
TRAFFIC SERVICE ROUTES; AND REPORTING POINTS

0
1. The authority citation for part 71 continues to read as follows:

    Authority:  49 U.S.C. 106(f), 106(g); 40103, 40113, 40120; E.O.
10854, 24 FR 9565, 3 CFR, 1959-1963 Comp., p. 389.

Sec.  71.1   [Amended]

0
2. The incorporation by reference in 14 CFR 71.1 of FAA Order 7400.11E,
Airspace Designations and Reporting Points, dated July 21, 2020, and
effective September 15, 2020, is amended as follows:

Paragraph 2004 Jet Routes.

* * * * *

J-91 [Removed]

* * * * *

J-134 [Amended]

    From Los Angeles, CA; Seal Beach, CA; Thermal, CA; Parker, CA;
Drake, AZ; Gallup, NM; Cimarron, NM; Liberal, KS; Wichita, KS;
Butler, MO; St Louis, MO; to Falmouth, KY.
* * * * *

Paragraph 2006 United States Area Navigation Routes.

* * * * *

Q-67 SMTTH, TN to Henderson, WV (HNN) [Amended]

SMTTH, TN                       WP                 (Lat. 35[deg]54'41.57'' N, long. 084[deg]00'19.74'' W)
TONIO, KY                       WP                 (Lat. 37[deg]15'15.20'' N, long. 083[deg]01'47.53'' W)
Henderson, WV (HNN)             DME                (Lat. 38[deg]45'14.85'' N, long. 082[deg]01'34.20'' W)

                                                  * * * * * * *
Q-176 Cimarron, NM (CIM) to OTTTO, VA [New]

Cimarron, NM (CIM)              VORTAC             (Lat. 36[deg]29'29.03'' N, long. 104[deg]52'19.20'' W)
KENTO, NM                       WP                 (Lat. 36[deg]44'19.10'' N, long. 103[deg]05'57.13'' W)
Liberal, KS (LBL)               VORTAC             (Lat. 37[deg]02'39.82'' N, long. 100[deg]58'16.31'' W)
Wichita, KS (ICT)               VORTAC             (Lat. 37[deg]44'42.92'' N, long. 097[deg]35'01.79'' W)
Butler, MO (BUM)                VORTAC             (Lat. 38[deg]16'19.49'' N, long. 094[deg]29'17.74'' W)
St Louis, MO (STL)              VORTAC             (Lat. 38[deg]51'38.48'' N, long. 090[deg]28'56.52'' W)
GBEES, IN                       FIX                (Lat. 38[deg]41'54.72'' N, long. 085[deg]10'13.03'' W)
BICKS, KY                       WP                 (Lat. 38[deg]38'29.92'' N, long. 084[deg]25'20.82'' W)
Henderson, WV (HNN)             DME                (Lat. 38[deg]45'14.85'' N, long. 082[deg]01'34.20'' W)
OTTTO, VA                       WP                 (Lat. 38[deg]51'15.81'' N, long. 078[deg]12'20.01'' W)

* * * * *

Paragraph 6010(a) Domestic VOR Federal Airways.

* * * * *

V-45 [Amended]

    From New Bern, NC; Kinston, NC; Raleigh-Durham, NC; INT Raleigh-
Durham 275[deg] and Greensboro, NC, 105[deg] radials; Greensboro;
INT Greensboro 334[deg] and Pulaski, VA, 147[deg] radials; Pulaski;
Bluefield, WV; to Charleston, WV. From Saginaw, MI; Alpena, MI; to
Sault Ste Marie, MI.
* * * * *

V-119 [Amended]

    From Parkersburg, WV; INT Parkersburg 067[deg] and Indian Head,
PA, 254[deg] radials; to Indian Head.
* * * * *

V-174 [Removed]

* * * * *

    Issued in Washington, DC, on March 4, 2021.
George Gonzalez,
Acting Manager, Rules and Regulations Group.
[FR Doc. 2021-04851 Filed 3-9-21; 8:45 am]
BILLING CODE 4910-13-P