{"data":{"id":"us/46-cfr-table-1-to-part-153","jurisdiction":"us","citation":"46 CFR Table 1 to Part 153","heading":"Table 1 to Part 153—Summary of Minimum Requirements","body":"Cargo name IMO Annex II Pollution Category Haz. Cargo containment system Vent height Vent Gauge Fire protection system Special requirements in 46 CFR Part 153 Electrical hazard class and group\na. b. c. d. e. f. g. h. i. j.\nAcetic acid D S III 4m PV Restr A .238(a), .409, .527, .554, .933 I-D\nAcetic anhydride D S II 4m PV Restr A .238(a), .409, .526, .527, .554, .933 I-D\nAcetochlor A P II NR Open Open A .409 NA\nAcetone cyanohydrin A S/P II B/3 PV Closed A .238(a), .316, .336, .408, .525, .526, .527, .912(a)(2), .933, .1002, .1004, .1020, .1035 I-D\nAcetonitrile III S II B/3 PV Restr A .409, .525, .526, .1020 I-D\nAcrylamide solution (50% or less) D S II NR Open Closed NSR .409, .525(a), (c), (d), (e), .912(a)(1), .1002(a), .1004, .1020 NA\nAcrylic acid D S III 4m PV Restr A .238(a), .409, .526, .912(a)(1), .933, .1002(a), .1004 I-D\nAcrylonitrile B S/P II B/3 PV Closed A .236(a), (c), (d), .316, .408, .525, .526, .527, .912(a)(1), .1004, .1020 I-D\nAdiponitrile D S III 4m PV Restr A .526 I-D\nAlachlor B S/P III NR Open Open A, C .238(a), .409, .440, .488, .908(a), (b) NA\nAlcohol (C6-C17) (secondary) poly(3-6)ethoxylates A P II NR Open Open A .409 NA\nAlcohol (C6-C17) (secondary) poly(7-12)ethoxylates B P III NR Open Open A .409, .440, .908(a), (b) NA\nAlcohol(C9-C11) poly(2.5-9) ethoxylate B P III NR Open Open A .409, .440, .908(a) NA\nAlcohol(C12-C15) poly(...)ethoxylates, see Alcohol(C12-C16) poly(...)ethoxylates\nAlcohol(C12-C16) poly(1-6)ethoxylates A P II NR Open Open A .409 NA\nAlcohol(C12-C16) poly(7-19)ethoxylates B P III NR Open Open A .409, .440, .908(a) NA\nAlcohol(C12-C16) poly(20 + )ethoxylates C P III NR Open Open A None NA\nAlkanes(C6-C9) (all isomers) C P III 4m PV Restr A .409 I-D\nAlkane(C14-C17) sulfonic acid, sodium salt solution (65% or less) B P III NR Open Open NSR .440, .908(a) NA\nAlkaryl polyether (C9-C20) B P III NR Open Open A, B .409; (.440, .908(a)) 1 NA\nAlkenyl(C16-C20) succinic anhydride D S III B/3 PV Closed NSR .316, .408, .525, .526, .1020 NA\nAlkyl acrylate-Vinyl pyridine copolymer in Toluene C P III 4m PV Restr A .409 NA\nAlkylaryl phosphate mixtures (more than 40% Diphenyl tolyl phosphate, less than 0.02% ortho- isomer) A S/P I B/3 PV Closed A, B, C .316, .408, .525, .526, .1020 NA\nAlkyl(C3-C4)benzenes (all isomers) A P III 4m PV Restr A .409 I-D\nAlkyl(C5-C8)benzenes (all isomers) A P II NR Open Open A .409 I-D\nAlkylbenzene, Alkylindane, Alkylindene mixture (each C12-C17) A P II NR Open Open A .409 NA\nAlkylbenzenesulfonic acid (greater than 4%) C S/P III NR Open Open A, B .440, .908(a) NA\nAlkylbenzenesulfonic acid, sodium salt solution C P III NR Open Open NSR .440, .903, .908(a), (b) NA\nAlkyl(C7-C9) nitrates B S/P II NR Open Open A, B .409, .560, .1002 NA\nAlkyl (C7-C11) phenol poly(4-12) ethoxylate B P III NR Open Open A .409, .440, .488 1, .908(a), (b) I-D\nAlkyl(C8-C9) phenylamine in aromatic solvent A P III 4m PV Restr A .409 NA\nAlkyl(C10-C20, saturated and unsaturated) phosphite C P III NR Open Open A None NA\nAlkyl(C8-C10) polyglucoside solution (65% or less) C P III NR Open Open NSR .440, .908(a), (b) NA\nAlkyl(C12-C14) polyglucoside solution (55% or less) B P III NR Open Open NSR .409, .440, .908(a), (b) NA\nAlkyl(C8-C10)/(C12-C14): (40% or less/60% or more) polyglucoside solution (55% or less) B P III NR Open Open NSR .409, .440, .908(a), (b) NA\nAlkyl(C8-C10)/(C12-C14): (50/50%) polyglucoside solution (55% or less) C P III NR Open Open NSR .440, .908(a), (b) NA\nAlkyl(C8-C10)/(C12-C14): (60% or more/40% or less) polyglucoside solution (55% or less) C P III NR Open Open NSR .440, .908(a), (b) NA\nAllyl alcohol B S/P II B/3 PV Closed A .316, .408, .525, .526, .527, .933, .1020 I-C\nAllyl chloride B S/P II B/3 PV Closed A .316, .408, .525, .526, .527, .1020 I-D\nAluminum chloride (30% or less), Hydrochloric acid (20% or less) solution D S III 4m PV Restr NSR .252, .526, .527, .554, .557, .933, .1045, .1052 I-B\n2-(2-Aminoethoxy) ethanol D S III NR Open Open A, C, D .236(b), (c), .409 NA\nAminoethylethanolamine D S III NR Open Open A .236(a), (b), (c), (g) NA\nN-Aminoethylpiperazine D S III 4m PV Restr A .236(b), (c), .409, .526 I-C\n2-Amino-2-methyl-1-propanol (90% or less) D S III NR Open Open A .236(a), (b), (c), (g) I-D\nAmmonia aqueous (28% or less), see Ammonium hydroxide (28% or less NH3)\nAmmonium bisulfite solution (70% or less) D S III 4m PV Restr No .238(e), .526, .933, .1002 NA\nAmmonium hydroxide (28% or less NH3) C S/P III 4m PV Restr A, B, C .236(b), (c), (f), .526, .527 I-D\nAmmonium nitrate solution (greater than 45% and less than 93%) D S II NR Open Open NSR .238(d), .252, .336, .409, .554(a), (b) NA\nAmmonium sulfide solution (45% or less) B S/P II B/3 PV Closed A, C .236(a), (b), (c), (g), .316, .408, .525, .526, .527, .933, .1002, .1020 I-D\nAmmonium thiocyanate (25% or less), Ammonium thiosulfate (20% or less) solution C P III NR Open Open NSR None NA\nAmmonium thiosulfate solution (60% or less) C P III NR Open Open NSR .440, .908(b) NA\nAmyl acetate (all isomers) C P III 4m PV Restr A .409 I-D\ntert-Amyl methyl ether C P III 4m PV Restr A .409 NA\nAniline C S/P II B/3 PV Closed A .316, .408, .525, .526, .933, .1020 I-D\nAnthracene oil (Coal tar fraction), see Coal tar\nAviation alkylates (C8 paraffins and iso-paraffins, b. pt. 95-120 deg. C) C P III 4m PV Restr B .409 I-C\nBarium long chain (C11-C50) alkaryl sulfonate B S/P II NR Open Open A, D .408, .440, .525(a), (c), (e), (d), .908(a), .1020 NA\nBarium long chain alkyl (C8-C14) phenate sulfide [A] P II NR Open Open A .409 NA\nBenzene hydrocarbon mixtures 2 (having 10% Benzene or more) C 2 S/P III B/3 PV Closed A, B .316, .409, .440, .526, .908(b), .933, .1060 I-D\nBenzenesulfonyl chloride D S III 4m PV Restr A, B, D .236(a), (b), (c), (g), .409, .526 I-D\nBenzene, Toluene, Xylene mixtures 2 (having 10% Benzene or more) @C 2 S/P III B/3 PV Closed B .316, .409, .440, .526, .908(b), .1060 I-D\nBenzyl acetate C P III NR Open Open A None I-D\nBenzyl alcohol C P III NR Open Open A None I-D\nBenzyl chloride B S/P II B/3 PV Closed A, B .316, .408, .525, .526, .527, .912(a)(2), .1004, .1020 I-D\nBromochloromethane D S III 4m PV Restr NSR .236(a), (b), (d), .526, .933 NA\nButene oligomer B P III NR Open Open A .409 NA\nButyl acetate (all isomers) C P III 4m PV Restr A .409 I-D\nButyl acrylate (all isomers) B S/P II 4m PV Restr A .409, .526, .912(a)(1), .1002(a), (b), .1004 I-D\nButylamine (all isomers) C S/P II B/3 PV Restr A .236(b), (c), .316, .408, .525, .526, .527, .1020 I-D\nButylbenzene (all isomers), see Alkyl(C3-C4)benzenes (all isomers) A P III 4m PV Restr A .409 I-D\nButyl benzyl phthalate A P II NR Open Open A .409 I-D\nn-Butyl butyrate, see Butyl butyrate (all isomers)\nButyl butyrate (all isomers) B P III 4m PV Restr A .409 I-D\n1,2-Butylene oxide C S/P III 4m PV Restr A, C .372, .409, .440, .500, .526, .530(a), (c), (e)-(g), (m)-(o), .1010, .1011 I-B\nn-Butyl ether C S/P III B/3 PV Restr A, D .409, .500, .525, .526, .1020 I-C\nButyl heptyl ketone [C] P III NR Open Open A None NA\niso-Butyl isobutyrate, see Butyl butyrate (all isomers)\nButyl methacrylate D S III 4m PV Restr A, D .409, .526, .912(a)(1), .1002(a), (b), .1004 I-D\nButyl methacrylate, Decyl methacrylate, Cetyl-Eicosyl methacrylate mixture D S III 4m PV Restr A, C, D .912(a)(1), .1002(a), (b), .1004 I-D\nn-Butyl propionate C P III 4m PV Restr A .409 I-D\nButyl toluene @A P II NR Open Open A .409 I-D\nButyraldehyde (all isomers) C S/P III 4m PV Restr A .409, .526 I-C\nButyric acid D S III 4m PV Restr A .238(a), .554 I-D\nCalcium alkyl(C9)phenol sulfide, polyolefin phosphorosulfide mixture A P II NR Open Open A, B .409 NA\nCalcium bromide, Zinc bromide solution, see Drilling brine (containing Zinc salts)\nCalcium hypochlorite solution (15% or less) C S/P III 4m PV Restr NSR .236(a), (b) NA\nCalcium hypochlorite solution (more than 15%) B S/P III 4m PV Restr NSR .236(a), (b), .409 NA\nCalcium long chain alkyl(C5-C10) phenate C P III NR Open Open A None NA\nCalcium long chain alkyl salicylate (C13 + ) C P III NR Open Open A, B (.440, .903, .908(a)) 1 NA\nCamphor oil B S/P II 4m PV Restr A, B .409 I-D\nCarbolic oil A S/P II B/3 PV Closed A .408, .440, .525, .526, .908(b), .933, .1020 NA\nCarbon disulfide B S/P II B/3 PV Closed C .236(c), .252, .408, .500, .515, .520, .525, .526, .527, .1020, .1040 I-A\nCarbon tetrachloride B S/P III B/3 PV Closed NSR .316, .409, .525, .526, .527, .1020 NA\nCashew nut shell oil (untreated) D S III 4m PV Restr A, B .526, .933 NA\nCaustic potash solution C S/P III NR Open Open NSR .236(a), (c), (g), .933 NA\nCaustic soda solution D S III NR Open Open NSR .236(a), (c), (g), .933 NA\nCetyl-Eicosyl methacrylate mixture III S III NR Open Open A, C, D .912(a)(1), .1002(a), (b), .1004 NA\nChlorinated paraffins (C10-C13) A P I NR Open Open A .408 NA\nChloroacetic acid (80% or less) C S/P II B/3 PV Closed NSR .238(e), .408, .440, .554, .908(b) I-D\nChlorobenzene B S/P III 4m PV Restr A, B .409, .526 I-D\nChloroform B S/P III B/3 PV Restr NSR .409, .525, .526, .527, .1020 NA\n(crude) Chlorohydrins D S II B/3 PV Closed A .408, .525, .526, .1020 I-D\n4-Chloro-2-methylphenoxyacetic acid, dimethylamine salt solution C P III NR Open Open NSR .236(a), (b), (c), (g) NA\no-Chloronitrobenzene B S/P II B/3 PV Closed A, B, C, D .316, .336, .408, .440, .525, .526, .908(a), (b), .933, .1020 NA\n1-(4-Chlorophenyl)-4,4-dimethyl pentan-3-one B P III NR Open Open A, B, D .409, .440, .488, .908(a), (b) NA\n2- or 3-Chloropropionic acid C S/P III NR Open Open A .238(a), (b), .440, .554, .908(a), (b) NA\nChlorosulfonic acid C S/P I B/3 PV Closed NSR .408, .525, .526, .527, .554, .555, .602, .933, .1000, .1020, .1045 I-B\no-Chlorotoluene A S/P III 4m PV Restr A, B, C .409, .526 I-D\nm-Chlorotoluene B S/P III 4m PV Restr A, B, C .409, .526 I-D\np-Chlorotoluene B S/P II 4m PV Restr A, B, C .409, .440, .526, .908(b) I-D\nChlorotoluenes (mixed isomers) A S/P II 4m PV Restr A, B, C .409, .526 I-D\nCoal tar A S/P II 4m PV Restr B, D .409, .933, .1060 I-D\nCoal tar naphtha solvent B S/P III 4m PV Restr A, D .409, .526, .933, .1060 I-D\nCoal tar pitch (molten) D S III 4m PV Restr B, D .252, .409, .933, .1060 I-D\nCobalt naphthenate in solvent naphtha A S/P II 4m PV Restr A, D .409, .526 I-D\nCoconut oil, fatty acid C P III NR Open Open A .440, .903, .908(a), (b) NA\nCottonseed oil, fatty acid [C] P III NR Open Open A .440, .903, .908(a) NA\nCreosote (coal tar) A S/P II NR Open Open A, B, D .409 I-D\nCreosote (wood) A S/P II NR Open Open A, B, D .409 NA\nCresols (all isomers) A S/P II NR Open Open A, B .409, .440, .908(b) I-D\nCresols with less than 5% Phenol, see Cresols (all isomers)\nCresols with 5% or more Phenol, see Phenol\nCresylate spent caustic (mixtures of Cresols and Caustic soda solutions) A S/P II NR Open Open NSR .236(a), (c), .409, .933 NA\nCresylic acid, dephenolized A S/P II NR Open Open A, B .409 NA\nCresylic acid, sodium salt solution, see Cresylate spent caustic\nCrotonaldehyde A S/P II B/3 PV Restr A .316, .409, .525, .526, .527, .1020 I-C\nCumene (isopropylbenzene), see Propylbenzene (all isomers)\n1,5,9-Cyclododecatriene A S/P I 4m PV Restr A .236(b), (c), .408, .526, .912(a)(1), .1002(a), (b), .1004 I-D\nCycloheptane C P III 4m PV Restr A .409 I-D\nCyclohexane C P III 4m PV Restr A .409, .440, .908(b) I-D\nCyclohexanone D S III 4m PV Restr A .236(a), (b), .409, .526 I-D\nCyclohexanone, Cyclohexanol mixture D S III 4m PV Restr A .236(a), (b), .526 I-D\nCyclohexyl acetate B P III 4m PV Restr A .409 I-D\nCyclohexylamine C S/P III 4m PV Restr A, C, D .236(a), (b), (c), (g), .409, .526 I-D\n1,3-Cyclopentadiene dimer (molten) B P II 4m PV Restr A .409, .440, .488, .908(a), (b) I-C\nCyclopentane C P III 4m PV Restr A .409 I-D\nCyclopentene B P III 4m PV Restr A .409 I-D\np-Cymene C P III 4m PV Restr A .409 I-D\niso-Decaldehyde @C P III NR Open Open A None I-C\nn-Decaldehyde @B P III NR Open Open A None I-C\nDecanoic acid C P III NR Open Open A .440, .903, .908(a), (b) NA\nDecene B P III 4m PV Restr A .409 I-D\nDecyl acetate B P III NR Open Open A .409 NA\n(iso-, n-) Decyl acrylate A S/P II NR Open Open A, C, D .236(a), (b), (c), .409, .912(a)(1), .1002(a), (b), .1004 I-D\nDecyl alcohol (all isomers) B P III NR Open Open A .409, .440, .908(b) I-D\nDecyloxytetrahydro-thiophene dioxide A S/P II B/3 PV Restr A .409, .526 NA\nDibromomethane C S/P II 4m PV Restr NSR .236(a), (b), (d), .408, .525(a), (c), (d), (e), .526, .933, .1020 NA\nDibutylamine C S/P III 4m PV Restr A, B, C, D .236(b), (c), .409, .526 I-C\nDibutyl hydrogen phosphonate B P III NR Open Open A .409, .440, .908(a) NA\northo-Dibutyl phthalate A P II NR Open Open A .409 I-D\nDichlorobenzene (all isomers) 1 B S/P II 4m PV Restr A, B, D .236(a), (b), .409, .440, .488 1, .526, .908(a), (b) 1 I-D\n3,4-Dichloro-1-butene B S/P III B/3 PV Closed A, B, C .316, .409, .525(a), (c), (d), (e), .526, .527, .933, .1020 I-D\n1,1-Dichloroethane D S III 4m PV Restr A, B .409, .526, .527 I-D\n2,2′-Dichloroethyl ether B S/P II 4m PV Restr A .236(a), (b), .409, .526 I-C\n1,6-Dichlorohexane B S/P II 4m PV Restr A, B .409, .526 NA\n2,2′-Dichloroisopropyl ether C S/P II B/3 PV Restr A, B, C, D .236(a), (b), .316, .408(a), .440, .525, .526, .1020 I-D\nDichloromethane D S III 4m PV Restr NSR .526 I-D\n2,4-Dichlorophenol 4 A S/P II 4m PV Restr A, B, C, D .236(a), (b), (c), (g), .409, .440, .500, .501, .526, .908(b), .933 I-D\n2,4-Dichlorophenoxyacetic acid, diethanolamine salt solution A S/P III NR Open Open NSR .236(a), (b), (c), (g), .409 NA\n2,4-Dichlorophenoxyacetic acid, dimethylamine salt solution A S/P III NR Open Open NSR .236(a), (b), (c), (g), .409 NA\n2,4-Dichlorophenoxyacetic acid, triisopropanolamine salt solution A S/P III NR Open Open NSR .236(a), (b), (c), (g), .409 NA\n1,1-Dichloropropane C S/P II B/3 PV Restr A, B .409, .525, .526, .1020 I-D\n1,2-Dichloropropane C S/P II B/3 PV Restr A, B .409, .525, .526, .1020 I-D\n1,3-Dichloropropane D S II B/3 PV Restr A, B .409, .525, .526, .1020 I-D\n1,3-Dichloropropene B S/P II B/3 PV Closed A, B .316, .336, .408, .525, .526, .527, .1020 I-D\nDichloropropene, Dichloropropane mixtures B S/P II B/3 PV Closed A, B, C, D .316, .336, .408, .526, .527 I-D\n2,2-Dichloropropionic acid D S III 4m PV Restr A .238(e), .266, .500, .501, .554, .933 NA\nDiethanolamine D S III NR Open Open A .236(b), (c) NA\nDiethylamine C S/P III B/3 PV Restr A .236(a), (b), (c), (g), .409, .525, .526, .527, .1020 I-C\nDiethylaminoethanol, see Diethylethanolamine\n2,6-Diethylaniline C S/P III NR Open Open B, C, D .236(b), .409, .440, .908(b) NA\nDiethylbenzene A P III 4m PV Restr A .409 I-D\nDiethylenetriamine D S III NR Open Open A .236(b), (c) NA\nDiethylethanolamine C S/P III 4m PV Restr A, C .236(a), (b), (c), (g), .409, .526 I-C\nDiethyl ether, see Ethyl ether\nDi-(2-ethylhexyl) phosphoric acid C S/P III NR Open Open A, B, C, D .236(b), (c) I-D\nDiethyl phthalate C P III NR Open Open A None I-D\nDiethyl sulfate B S/P II 4m PV Closed A, D .236(a), (c), (d), .409, .526, .933 I-D\nDiglycidyl ether of Bisphenol A B P III NR Open Open A .409, .440, .908(a) NA\nDiglycidyl ether of Bisphenol F B P III NR Open Open A .409, .440, .908(a) NA\nDi-n-hexyl adipate B P III NR Open Open A .409 NA\nDiisobutylamine C S/P II 4m PV Restr A, B, C, D .236(a), (b), (c), (g), .409, .525(a), (c), (d), (e), .526, .1020 I-C\nDiisobutylcarbinol @C P III NR Open Open A None I-D\nDiisobutylene B P III 4m PV Restr A .409 I-D\nDiisobutyl phthalate B P III NR Open Open A .409, .440, .908(a) I-D\nDiisopropanolamine C S/P III NR Open Open A .236(b), (c), .440, .908(a), (b) I-D\nDiisopropylamine C S/P II B/3 PV Closed A .236(b), (c), .408, .525, .526, .527, .1020 I-C\nDiisopropylbenzene (all isomers) A P II NR Open Open A .409 I-D\nN,N-Dimethylacetamide D S III B/3 PV Restr B .236(b), .316, .525, .526, .527, .1020 I-D\nN,N-Dimethylacetamide solution (40% or less) D S III B/3 PV Restr B .236(b), .316, .526 I-D\nDimethyl adipate B P III NR Open Open A .409, .440, .908(b) NA\nDimethylamine solution (45% or less) C S/P III B/3 PV Restr A, C, D .236(a), (b), (c), (g), .409, .525, .526, .527, .1020 I-C\nDimethylamine solution (over 45% but not over 55%) C S/P II B/3 PV Closed A, C, D .236(a), (b), (c), (g), .316, .408, .525, .526, .527, .1020 I-C\nDimethylamine solution (over 55% but not over 65%) C S/P II B/3 PV Closed A, C, D .236(a), (b), (c), (g), .316, .372, .408, .525, .526, .527, .1020 I-C\n2,6-Dimethylaniline [C] S/P III NR Open Open B, C, D .236(b), .409, .440, .908(b) I-D\nN,N-Dimethylcyclohexylamine C S/P II B/3 PV Restr A, C .236(a), (b), (c), (g), .316, .409, .525, .526, .527, .1020 NA\nN,N-Dimethyldodecylamine A S/P I NR Open Open B .236(b), .408 NA\nDimethylethanolamine D S III 4m PV Restr A, D .236(b), (c), .409, .526 I-C\nDimethylformamide D S III 4m PV Restr A, D .236(b), .409, .526 I-D\nDimethyl glutarate C P III NR Open Open A None NA\nDimethyl hydrogen phosphite B S/P III 4m PV Restr A, D .526 NA\nDimethyl naphthalene sulfonic acid, sodium salt solution [A] P III NR Open Open NSR .409 NA\nDimethyloctanoic acid C P III NR Open Open A .440, .903, .908(b) I-D\nDimethyl phthalate C P III NR Open Open A None I-D\nDimethyl succinate C P III NR Open Open A .440, .908(b) NA\nDinitrotoluene (molten) A S/P II B/3 PV Closed A .316, .408, .525, .526, .527, .1003, .1020 I-C\n1,4-Dioxane D S II B/3 PV Closed A .408, .525, .526, .1020 I-C\nDipentene C P III 4m PV Restr A .409 I-D\nDiphenyl A P I NR Open Open B .408 I-D\nDiphenylamine (molten) B P III NR Open Open B, D .236(b), .409, .440, .488, .908(b) NA\nDiphenylamines, alkylated A P II NR Open Open A .409 NA\nDiphenylamine, reaction product with 2,2,4-Trimethylpentene A S/P I NR Open Open A .408 NA\nDiphenyl, Diphenyl ether mixtures A P I NR Open Open B .408 I-D\nDiphenyl ether A P III NR Open Open A .409 I-D\nDiphenyl ether, Biphenyl phenyl ether mixture A P III NR Open Open A, B .409 NA\nDiphenylmethane diisocyanate 6 B S/P II B/3 PV Closed A, B, C 6, D .236(a), (b), .316, .409, .440, .500, .501, .525, .526, .602, .908(a), .1000, .1020 NA\nDiphenylol propane-epichlorohydrin resins B P III NR Open Open A, B .409, .440, .908(a) NA\nDi-n-propylamine C S/P III 4m PV Restr A .236(b), (c), .409, .525, .526, .1020 I-C\nDithiocarbamate ester (C7-C35) A P II NR Open Open A, D .409 NA\nDodecanol B P III NR Open Open A .409, .440, .488, .908(a), (b) I-D\nDodecene (all isomers) B P III NR Open Open A .409 I-D\nDodecyl alcohol, see Dodecanol\nDodecylamine, Tetradecylamine mixture A S/P II 4m PV Restr A, D .236(b), (c), .409, .526 NA\nDodecyldimethylamine, Tetradecyldimethylamine mixture A S/P II NR Open Open B, C, D .236(b), .409 NA\nDodecyl diphenyl ether disulfonate solution A S/P II NR Open Open NSR .409 NA\nDodecyl hydroxypropyl sulfide A P I NR Open Open A .408 NA\nDodecyl methacrylate III S III NR Open Open A, C .236(b), (c), .912(a)(1), .1004 I-D\nDodecyl-Octadecyl methacrylate mixture D S III NR Open Restr A, D .236(b), .912(a)(1), .1002(a), (b), .1004 NA\nDodecyl-Pentadecyl methacrylate mixture III S III NR Open Open A, C, D .912(a)(1), .1002(a), (b), .1004 NA\nDodecyl phenol A P I NR Open Open A .408 I-D\nDrilling brine (containing Zinc salts) B P III NR Open Open NSR .409 NA\nEpichlorohydrin A S/P II B/3 PV Closed A .316, .408, .525, .526, .527, .1020 I-C\nEthanolamine D S III NR Open Open A .236(b), (c), .526 I-D\n2-Ethoxyethyl acetate C P III 4m PV Restr A .409 I-C\nEthyl acrylate A S/P II 4m PV Restr A .409, .526, .527, .912(a)(1), .1002(a), (b), .1004 I-D\nEthylamine C S/P II B/3 PV Closed C, D .236(b), (c), .252, .372, .409, .525, .526, .527, .1020 I-D\nEthylamine solution (72% or less) C S/P II B/3 PV Closed A, C .236(a), (b), (c), (g), .372, .408, .525(a), (c), (d), (e), .526, .527, .1020 I-D\nEthyl amyl ketone C P III 4m PV Restr A .409 I-D\nEthylbenzene B P III 4m PV Restr A .409 I-D\nN-Ethylbutylamine C S/P III 4m PV Restr A .236(a), (b), (c), (g), .409, .525(a), (c), (d), (e), .526, .1020 I-C\nEthyl tert-butyl ether C P III 4m PV Restr A .409 I-C\nEthyl butyrate C P III 4m PV Restr A .409 I-D\nEthylcyclohexane C P III 4m PV Restr A .409 I-D\nN-Ethylcyclohexylamine D S III 4m PV Restr A, C .236(a), (b), (c), (g), .409, .526 I-C\nS-Ethyl dipropylthiocarbamate C P III NR Open Open A None NA\nEthylene chlorohydrin C S/P II B/3 PV Closed A, D .316, .408, .525, .526, .527, .933, .1020 I-D\nEthylene cyanohydrin D S III NR Open Open A None NA\nEthylenediamine C S/P II 4m PV Restr A .236(b), (c), .409, .440, .526, .908(b) I-D\nEthylene dibromide B S/P II B/3 PV Closed NSR .408, .440, .525, .526, .527, .908(b), .1020 NA\nEthylene dichloride B S/P II 4m PV Restr A, B .236(b), .408, .526 I-D\nEthylene glycol butyl ether acetate C P III NR Open Open A None I-C\nEthylene glycol diacetate C P III NR Open Open A None I-D\nEthylene glycol ethyl ether acetate, see 2-Ethoxyethyl acetate\nEthylene glycol methyl ether acetate C P III NR Open Open A None I-C\nEthylene glycol monoalkyl ether D S III 4m PV Restr A .409 I-C\nIncluding:\n2-Ethoxyethanol\nEthylene glycol butyl ether\nEthylene glycol tert-butyl ether\nEthylene glycol ethyl ether\nEthylene glycol hexyl ether\nEthylene glycol methyl ether\nEthylene glycol n-propyl ether\nEthylene glycol isopropyl ether\nEthylene oxide (30% or less), Propylene oxide mixture C S/P II B/3 PV Closed A, C .252, .372, .408, .440, .500, .525, .526, .530, .1010, .1011, .1020 I-B\nEthyl ether III S II 4m PV Closed A .236(g), .252, .372, .408, .440, .500, .515, .526, .527 I-C\nEthyl-3-ethoxypropionate C P III 4m PV Restr A .409 NA\n2-Ethylhexanol @C P III NR Open Open A None I-D\n2-Ethylhexyl acrylate B S/P III NR Open Open A .409, .912(a)(1), .1002(a), (b), .1004 I-D\n2-Ethylhexylamine B S/P II B/3 PV Restr A .236(b), (c), .409, .525, .526, .1020 I-D\nEthyl hexyl phthalate C P III NR Open Open A None NA\nEthylidene norbornene B S/P III B/3 PV Restr A, B, C, D .236(b), .409, .526 NA\nEthyl methacrylate D S III 4m PV Restr A, B, D .409, .526, .912(a)(1), .1002(a), (b), .1004 I-D\nEthylphenol A S/P III NR Open Open B .409 I-D\n2-Ethyl-3-propylacrolein A S/P III 4m PV Restr A .409, .526 I-C\nEthyl toluene B P III 4m PV Restr A .409 I-D\nFerric chloride solutions C S/P III NR Open Open NSR .409, .440, .554, .555, .908(b), .1045 I-B\nFerric nitrate, Nitric acid solution C S/P II 4m PV Restr NSR .408, .526, .527, .554, .555, .559, .933, .1045 I-B\nFluorosilicic acid (30% or less) C S/P III B/3 PV Restr NSR .252, .526, .527, .554, .555, .933, .1045 I-B\nFormaldehyde (50% or more), Methanol mixtures # S/P III 4m PV Closed A .409, .526, .527 I-B\nFormaldehyde solution (37% to 50%) C S/P III 4m PV Restr A .409, .440, .526, .527, .908(b) I-B\nFormic acid D S III 4m PV Restr A .238(b), (c), .409, .526, .527, .554, .933 I-D\nFumaric adduct of rosin, water dispersion B P III NR Open Open NSR .409, .440, .908(a) NA\nFurfural C S/P III 4m PV Restr A .409, .526 I-C\nFurfuryl alcohol C P III NR Open Open A None I-C\nGlutaraldehyde solution (50% or less) D S III NR Open Open NSR None NA\nGlycidyl ester of C10 Trialkyl acetic acid, see Glycidyl ester of Tridecyl acetic acid\nGlycidyl ester of Tridecyl acetic acid B P III NR Open Open A .409 NA\nGlyoxylic acid solution (50% or less) D S III NR Open Open A, C, D .238(e), .554(a), (b), (c), .933, .1002 NA\nHeptane (all isomers), see Alkanes(C6-C9) (all isomers) C P III 4m PV Restr A .409 I-D\nHeptanol (all isomers) C P III 4m PV Restr A .409 I-D\nHeptene (all isomers) C P III 4m PV Restr A .409 I-D\nHeptyl acetate B P III NR Open Open A .409 NA\nHexamethylenediamine (molten) C S/P II B/3 PV Closed C .236(a), (b), (c), (g), .316, .336, .409, .440, .525, .526, .527, .908(a), (b), .933, .1020 NA\nHexamethylenediamine solution C S/P III 4m PV Restr A .236(b), (c), .409, .440, .526, .908(b) I-D\nHexamethylene diisocyanate. 6 B S/P II B/3 PV Closed A, C 6, D .238(d), .252, .316, .336, .408, .500, .501, .525, .526, .527, .602, .1000, .1020 NA\nHexamethyleneimine C S/P II 4m PV Restr A, C .236(a), (b), (c), (g), .409, .526 I-C\nHexane (all isomers), see Alkanes(C6-C9) C P III 4m PV Restr A .409 I-D\nHexene (all isomers) C P III 4m PV Restr A .409 I-D\nHexyl acetate B P III 4m PV Restr A .409 I-D\nHydrochloric acid D S III 4m PV Restr NSR .252, .526, .527, .554, .557, .933, .1045, .1052 I-B\nHydrogen peroxide solutions (over 8% but not over 60%) C S/P III B/3 PV Closed NSR .238(a), (c), .355, .409, .440(a)(1)\u0026(2), .500, .933, .1004(a)(2), .1500 NA\nHydrogen peroxide solutions (over 60% but not over 70%) C S/P II B/3 PV Closed NSR .238(a), (c), .355, .409, .440(a)(1)\u0026(2), .500, .933, .1004(a)(2), .1500 NA\n2-Hydroxyethyl acrylate B S/P II B/3 PV Closed A .408, .525, .526, .912(a)(1), .933, .1002(a), (b), .1004, .1020 NA\nN,N-bis(2-Hydroxyethyl) oleamide B P II 4m PV Restr A .409, .440, .488, .908(a), (b) NA\n2-Hydroxy-4-(methylthio)butanoic acid C P III NR Open Open A .440, .903, .908(a) NA\nalpha-hydro-omega-Hydroxytetradeca(oxytetra methylene), see Poly(tetramethylene ether) glycols (mw 950-1050)\nIcosa (oxypropane-2,3-diyl)s B P III NR Open Open A .409, .440, .908(a) NA\nIsophorone diamine D S III 4m PV Restr A .236(b), (c), .526 NA\nIsophorone diisocyanate 6 B S/P II B/3 PV Closed A, B, C 6, D .236(a), (b), .316, .409, .500, .501, .525, .526, .602, .1000, .1020 NA\nIsoprene C S/P III 4m PV Restr B .372, .409, .440, .912(a)(1), .1002(a), (b), .1004 I-D\nIsopropylbenzene, see Propylbenzene (all isomers)\nLactonitrile solution (80% or less) B S/P II B/3 PV Closed A, C, D .238(d), .252, .316, .336, .408, .440, .525, .526, .527, .908(a), .912(a)(2), .1002, .1004, .1020, .1035 I-D\nLauric acid B P III NR Open Open A .409, .440, .488, .908(a), (b) NA\nLauryl polyglucose (50% or less), see Alkyl(C12-C14) polyglucoside solution (55% or less)\nLong chain alkaryl polyether (C11-C20) C P III NR Open Open A, B (.440, .903, .908(a)) 1 NA\nLong chain polyetheramine in alkyl(C2-C4)benzenes C P III 4m PV Restr A .409, .440, .903, .908(a) I-D\nMagnesium long chain alkyl salicylate (C11 + ) C P III NR Open Open A, B (.440, .903, .908(a)) 1 NA\nMaleic anhydride 7 D S III 4m PV Restr 7 A, C None I-D\nMercaptobenzothiazol, sodium salt solution, see Sodium-2-mercaptobenzothiazol solution\nMesityl oxide D S III 4m PV Restr A .236(b), (c), .409, .526 I-D\nMetam sodium solution A S/P II NR Open Open NSR .236(a), (b), (c), (g), .409 NA\nMethacrylic acid D S III 4m PV Restr A .238(a), .526, .912(a)(1), .1002(a), .1004 NA\nMethacrylic resin in Ethylene dichloride B S/P II 4m PV Restr A, B .236(b), .408, .440, .526, .908(a) I-D\nMethacrylonitrile D S II B/3 PV Closed A .236(b), .316, .408, .525, .526, .527, .912(a)(1), .1002(a), .1004, .1020 NA\nN-(2-Methoxy-1-methyl ethyl)-2-ethyl-6-methyl chloroacetanilide, see Metolachlor\nMethyl acrylate B S/P II 4m PV Restr A, B .409, .526, .527, .912(a)(1), .1002(a), (b), .1004 I-D\nMethylamine solution (42% or less) C S/P II B/3 PV Closed A, C, D .236(a), (b), (c), (g), .316, .408, .525, .526, .527, .1020 I-D\nMethylamyl acetate C P III 4m PV Restr A .409 I-D\nMethylamyl alcohol C P III 4m PV Restr A .409 I-D\nMethyl butyrate C P III 4m PV Restr A .409 I-D\nMethylcyclohexane C P III 4m PV Restr A .409 I-D\nMethylcyclopentadiene dimer B P III 4m PV Restr B .409 I-B\nMethyl diethanolamine D S III NR Open Open A .236(b), (c) I-C\nMethylene chloride, see Dichloromethane\n2-Methyl-6-ethylaniline C S/P III NR Open Open A, B, C, D None NA\n2-Methyl-5-ethylpyridine B S/P III NR Open Open A, D .236(b), .409 I-D\nMethyl formate D S II B/3 PV Restr A .372, .408, .440, .525, .526, .527, .1020 I-D\nMethyl heptyl ketone B P III 4m PV Restr A .409 I-D\n2-Methyl-2-hydroxy-3-butyne III S III 4m PV Restr A, B, C, D .236(b), (d), (f), (g), .409, .526 I-D\nMethyl methacrylate D S II 4m PV Restr A, B .409, .526, .912(a)(1), .1002(a), (b), .1004 I-D\nMethyl naphthalene (molten) A S/P II 4m PV Restr A, D .409 I-D\n2-Methyl-1-pentene (Hexene (all isomers)), see Alkanes(C6-C9)\n4-Methyl-1-pentene (Hexene (all isomers)), see Alkanes(C6-C9)\nMethyl tert-pentyl ether, see tert-Amyl methyl ether\n2-Methylpyridine D S II B/3 PV Closed A, C .236(b), .408, .525(a), (c), (d), (e), .1020 I-D\n3-Methylpyridine C S/P II B/3 PV Closed A, C .236(b), .408, .525(a), (c), (d), (e), .1020 I-D\n4-Methylpyridine D S II B/3 PV Closed A, C, D .236(b), .408, .440, .525(a), (c), (d), (e), .526, .908(b), .1020 I-D\nMethyl salicylate B P III NR Open Open A .409 I-D\nalpha-Methylstyrene A S/P III 4m PV Restr A, D .409, .526, .912(a)(1), .1002(a), (b), .1004 I-D\n3-(Methylthio) propionaldehyde B S/P III B/3 PV Closed B, C .238(e), .316, .408, .525, .526, .527, .1020 NA\nMetolachlor B P III NR Open Open A .409 NA\nMorpholine D S III 4m PV Restr A .236(b), (c), .409 I-C\nMotor fuel anti-knock compounds (containing lead alkyls) A S/P I B/3 PV Closed A, B, C .252, .316, .336, .408, .525, .526, .527, .933, .1020, .1025 I-D\nNaphthalene (molten) A S/P II 4m PV Restr A, D .409, .440, .908(b) I-D\nNaphthalene sulfonic acid, sodium salt solution (40% or less) [A] P III NR Open Open NSR .409 NA\nNaphthenic acid A P II NR Open Open A .409 NA\nNaphthenic acid, sodium salt solution [A] P II NR Open Open NSR .409 NA\nNeodecanoic acid C P III NR Open Open A None NA\nNitrating acid (mixture of sulfuric and nitric acids) C S/P II B/3 PV Closed NSR .316, .408, .526, .527, .554, .555, .556, .559, .602, .933, .1000, .1045 I-B\nNitric acid (70% or less) C S/P II 4m PV Restr NSR .408, .526, .527, .554, .555, .559, .933, .1045 I-B\nNitrobenzene B S/P II B/3 PV Closed A, D .316, .336, .408, .440, .525, .526, .908(b), .933, .1020 I-D\nNitroethane 7 D S III 4m PV Restr 7 A, C .236(b), .409, .526, .1002(a), (b), .1003 I-C\nNitroethane, 1-Nitropropane (each 15% or more) mixture 7 D S III 4m PV Restr 7 A .236(b), .409, .526, .1002 I-C\no-Nitrophenol (molten) B S/P II B/3 PV Closed A, C, D .409, .440, .525, .526, .908(a), (b), .1020 NA\n1- or 2-Nitropropane 7 D S III 4m PV Restr 7 A, C .409, .526 I-C\nNitropropane (60%), Nitroethane (40%) mixture 7 D S III 4m PV Restr 7 A, C .236(b), .409, .526 I-C\nNitropropane (20%), Nitroethane (80%) mixture 7 D S III 4m PV Restr 7 A, C .236(b), .409, .526, .1002(a), (b), .1003 I-C\n(o-, p-) Nitrotoluene B S/P II B/3 PV Closed A, B .316, .408, .440, .525, .526, .908(b), .1020 I-D\nNonane (all isomers), see Alkanes(C6-C9) C P III 4m PV Restr B, C .409 I-D\nNonene (all isomers) B P III 4m PV Restr A .409 I-D\nNonyl acetate C P III NR Open Open A .409 I-D\nNonyl alcohol (all isomers) C P III NR Open Open A None I-D\nNonyl phenol A P II NR Open Open A .409 I-D\nNonyl phenol poly(4 + )ethoxylates B P III NR Open Open A .409, .440, .488 1, .908(a), (b) I-D\nNoxious liquid, N.F., (1) n.o.s. (“trade name” contains “principal components”) ST 1, Cat A A P I NR Open Open A .408 NA\nNoxious liquid, F., (2) n.o.s. (“trade name” contains “principal components”) ST 1, Cat A A P I 4m PV Restr A .408 NA\nNoxious liquid, N.F., (3) n.o.s. (“trade name” contains “principal components”) ST 2, Cat A A P II NR Open Open A .409 NA\nNoxious liquid, F., (4) n.o.s. (“trade name” contains “principal components”) ST 2, Cat A A P II 4m PV Restr A .409 NA\nNoxious liquid, N.F., (5) n.o.s. (“trade name” contains “principal components”) ST 2, Cat B B P II NR Open Open A .409; (.440, .908) 1 NA\nNoxious liquid, N.F., (6) n.o.s. (“trade name” contains “principal components”) ST 2, Cat B, mp. equal to or greater than 15 deg. C B P II NR Open Open A .409, .440, .488, .908(b); (.908(a)) 1 NA\nNoxious liquid, F., (7) n.o.s. (“trade name” contains “principal components”) ST 2, Cat B B P II 4m PV Restr A .409; (.440, .908) 1 NA\nNoxious liquid, F., (8) n.o.s. (“trade name” contains “principal components”) ST 2, Cat B, mp. equal to or greater than 15 deg. C B P II 4m PV Restr A .409, .440, .488, .908(b); (.908(a)) 1 NA\nNoxious liquid, N.F., (9) n.o.s. (“trade name” contains “principal components”) ST 3, Cat A A P III NR Open Open A .409 NA\nNoxious liquid, F., (10) n.o.s. (“trade name” contains “principal components”) ST 3, Cat A A P III 4m PV Restr A .409 NA\nNoxious liquid, N.F., (11) n.o.s. (“trade name” contains “principal components”) ST 3, Cat B B P III NR Open Open A (.409, .440, .908) 1 NA\nNoxious liquid, N.F., (12) n.o.s. (“trade name” contains “principal components”) ST 3, Cat B, mp. equal to or greater than 15 deg. C B P III NR Open Open A .409, .440, .488, .908(b); (.908(a)) 1 NA\nNoxious liquid, F., (13) n.o.s. (“trade name” contains “principal components”) ST 3, Cat B B P III 4m PV Restr A .409; (.440, .908) 1 NA\nNoxious liquid, F., (14) n.o.s. (“trade name” contains “principal components”) ST 3, Cat B, mp. equal to or greater than 15 deg. C B P III 4m PV Restr A .409, .440, .488, .908(b); (.908(a)) 1 NA\nNoxious liquid, N.F., (15) n.o.s. (“trade name” contains “principal components”) ST 3, Cat C C P III NR Open Open A (.440, .903, .908) 1 NA\nNoxious liquid, F., (16) n.o.s. (“trade name” contains “principal components”) ST 3, Cat C C P III 4m PV Restr A (.440, .903, .908) 1 NA\nOctane (all isomers), see Alkanes(C6-C9) C P III 4m PV Restr A .409 I-D\nOctanol (all isomers) C P III NR Open Open A None I-D\nOctene (all isomers) B P III 4m PV Restr A .409 I-D\nOctyl acetate C P III NR Open Open A None I-D\nOctyl aldehydes B P III 4m PV Restr A .409, .440, .908(b) I-C\nOctyl nitrates (all isomers), see Alkyl(C7-C9) nitrates\nOlefin mixtures (C5-C7) C P III 4m PV Restr A .409 I-D\nOlefin mixtures (C5-C15) B P III 4m PV Restr A .409 I-D\nalpha-Olefins (C6-C18) mixtures B P III 4m PV Restr A .409, .440, .908(a), (b) I-D\nOleum C S/P II B/3 PV Closed NSR .316, .408, .440, .526, .527, .554, .555, .556, .602, .908(a), .933, .1000, .1045, .1052 I-B\nOleylamine A S/P II 4m PV Restr A .409, .526 NA\nPalm kernel acid oil C P III NR Open Open A, B .440, .903, .908(a), (b) NA\nParaldehyde C S/P III 4m PV Restr A .409, .440, .908(b) I-C\nParaldehyde-ammonia reaction product C S/P II B/3 PV Closed A .236 (a), (b), (c), (g), .525(a), (c), (e), .408, .526, .1020 NA\nPentachloroethane B S/P II B/3 PV Restr NSR .316, .409, .525, .526, .1020 NA\n1,3-Pentadiene C S/P III 4m PV Restr A, B .409, .526, .912(a)(1), .1002, .1004 I-D\nPentane (all isomers) C P III 4m PV Restr A .372, .409 I-D\nn-Pentanoic acid (64%), 2-Methyl butyric acid (36%) mixture D S II B/3 Open Closed A, D .238(a), .408, .525(a), (c), (e), .554, .933, .1020 I-D\nPentene (all isomers) C P III 4m PV Restr A .409 I-D\nn-Pentyl propionate C P III 4m PV Restr A .409 I-D\nPerchloroethylene B S/P III B/3 PV Restr NSR .409, .526 NA\nPhenol (or solutions with 5% or more Phenol) C S/P II B/3 PV Closed A .408, .440, .488, .525, .526, .908(a), (b), .933, .1020 I-D\n1-Phenyl-l-xylyl ethane C P III NR Open Open A, B None NA\nPhosphate esters, alkyl(C12-C14)amine B P III 4m PV Restr A .409 NA\nPhosphoric acid D S III NR Open Open NSR .554, .555, .558, .1045, .1052, .933 I-B\nPhthalic anhydride (molten) C S/P III 4m PV Restr A, D .440, .908(a), (b) I-D\nPinene, see the alpha- or beta- isomers\nalpha-Pinene A P III 4m PV Restr A .409 I-D\nbeta-Pinene B P III 4m PV Restr A .409 I-D\nPine oil C P III NR Open Open A .440, .908(a) I-D\nPolyalkyl(C18-C22) acrylate in Xylene C P III 4m PV Restr A .409, .440, .903, .908(a) NA\nPolyalkylene oxide polyol C P III NR Open Open A .440, .903, .908(a) NA\nPoly(2 + )cyclic aromatics A P II 4m PV Restr A, D .409 I-D\nPolyethylene polyamines C S/P III NR Open Open A .236(b), (c), .400, .440, .908(b) NA\nPolyferric sulfate solution C S/P III NR Open Open NSR .238(d) NA\nPolyisobutenamine in aliphatic (C10-C14) solvent C P III NR Open Open A .903 NA\nPolymethylene polyphenyl isocyanate 6 D S II B/3 PV Closed A, C 6, D .236(a), (b), .409, .500, .501, .525, .526, .602, .1000, .1020 NA\nPolyolefinamine (C28-C250) C P III NR Open Open A None NA\nPolyolefinamine in alkyl(C2-C4)benzenes C P III 4m PV Restr A .409, .440, .903, .908(a) I-D\nPolyolefin phosphorosulfide, barium derivative (C28-C250) C P III NR Open Open A, B (.440, .903, .908(a)) 1 NA\nPoly(tetramethylene ether) glycols (mw 950-1050) B P III NR Open Open A, D .409, .440, .488, .908(a), (b) NA\nPotassium hydroxide solution, see Caustic potash solution\nPotassium oleate C P III NR Open Open A .409 NA\nPotassium thiosulfate (50% or less) C P III NR Open Open NSR None NA\niso-Propanolamine C S/P III NR Open Open A .236(b), (c), .440, .526, .903, .908(b) I-D\nn-Propanolamine C S/P III NR Open Open A, D .236(b), (c), .440, .526, .908(b) NA\nPropionaldehyde C S/P III 4m PV Restr A .316, .409, .526, .527 I-C\nPropionic acid D S III 4m PV Restr A .238(a), .409, .527, .554, .933 I-D\nPropionic anhydride C S/P III 4m PV Restr A .238(a), .526 I-D\nPropionitrile C S/P II B/3 PV Closed A, D .252, .316, .336, .408, .525, .526, .527, .1020 I-D\niso-Propylamine C S/P II B/3 PV Closed C, D .236(b), (c), .372, .408, .440, .525, .526, .527, .1020 I-D\niso-Propylamine solution (70% or less) C S/P II B/3 PV Closed C, D .236(a), (b), (c), (g), .408, .440, .525, .526, .527, .1020 I-D\nn-Propylamine C S/P II B/3 PV Closed A, C, D .236(b), (c), .408, .500, .525, .526, .527, .1020 I-D\nn-Propylbenzene, see Propylbenzene (all isomers)\nPropylbenzene (all isomers) A P III 4m PV Restr A .409 I-D\nn-Propyl chloride D S III 4m PV Restr A, B .409 I-D\niso-Propylcyclohexane C P III 4m PV Restr A .409, .440, .903, .908(a) I-D\nPropylene dimer C P III 4m PV Restr A .409 NA\nPropylene oxide C S/P II B/3 PV Closed A, C .372, .408, .440, .500, .526, .530, .1010, .1011 I-B\nPropylene tetramer B P III 4m PV Restr A .409 I-D\nPropylene trimer B P III 4m PV Restr A .409 I-D\niso-Propyl ether D S III 4m PV Restr A .409, .500, .515, .912(a)(1) I-D\nPyridine D S III 4m PV Restr A .236(b), .409 I-D\nRosin, see Rosin oil\nRosin oil B P III NR Open Open A .409, .440, .488, .908(a), (b) I-D\nRosin soap (disproportionated) solution B P III NR Open Open A .409 NA\nSodium alkyl (C14-C17) sulfonates 60-65% solution, see Alkane (C14-C17) sulfonic acid, sodium salt solution\nSodium aluminate solution D S III NR Open Open NSR .236(a), (b), (c), (g), .933 NA\nSodium borohydride (15% or less), Sodium hydroxide solution C S/P III NR Open Open NSR .236(a), (b), (c), (g), .440, .908(a), .933 NA\nSodium chlorate solution (50% or less) III S III NR Open Open NSR .409, .933, .1065 NA\nSodium dichromate solution (70% or less) C S/P II B/3 Open Closed NSR .236(b), (c), .408, .525, .933, .1020 NA\nSodium dimethyl naphthalene sulfonate solution, see Dimethyl naphthalene sulfonic acid, sodium salt solution\nSodium hydrogen sulfide (6% or less), Sodium carbonate (3% or less) solution B P III NR Open Open NSR .409 NA\nSodium hydrogen sulfite solution (45% or less) D S III NR Open Open NSR None NA\nSodium hydrosulfide solution (45% or less) B S/P III 4m PV Restr NSR .409, .440, .526, .908(b), .933 NA\nSodium hydrosulfide, Ammonium sulfide solution B S/P II B/3 PV Closed A, C .236(a), (b), (c), (g), .316, .372, .408, .525, .526, .527, .933, .1002, .1020 NA\nSodium hydroxide solution, see Caustic soda solution\nSodium hypochlorite solution (15% or less) C S/P III 4m PV Restr NSR .236(a), (b), .933 NA\nSodium long chain alkyl salicylate (C13 + ) [C] P III NR Open Open A (.440, .903, .908(a)) 1 NA\nSodium-2-mercaptobenzothiazol solution B S/P III NR Open Open NSR .236(a), (b), (c), (g), .409, .440, .908(b), .933 NA\nSodium N-methyldithiocarbamate solution, see Metam sodium solution\nSodium naphthalene sulfonate solution (40% or less), see Naphthalene sulfonic acid, sodium salt solution (40% or less)\nSodium naphthenate solution, see Naphthenic acid, sodium salt solution\nSodium nitrite solution B S/P II NR Open Open NSR .408, .525(a), (c), (d), (e), .1020 NA\nSodium petroleum sulfonate B S/P II NR Open Open A .409, .440, .908(a) NA\nSodium silicate solution C P III NR Open Open A None NA\nSodium sulfide solution (15% or less) B S/P III B/3 PV Closed NSR .236(a), (b), .409, .440, .526, .908(b) NA\nSodium sulfite solution (25% or less) C P III NR Open Open NSR .409, .440, .908(b) NA\nSodium tartrates, Sodium succinates solution D S III NR Open Open A, B .238(e) NA\nSodium thiocyanate solution (56% or less) B P III NR Open Open NSR .238(a), .409 NA\nStyrene monomer B S/P III 4m PV Restr A, B .236(b), .409, .912(a)(1), .1002(a), (b), .1004 I-D\nSulfohydrocarbon, long chain (C18 + ) alkylamine mixture B P III NR Open Open A, B .409; (.440, .908(a)) 1 NA\nSulfur (molten) III S III NR Open Open NSR .252, .440, .526, .545 I-C\nSulfuric acid C S/P III NR Open Open NSR .440, .554, .555, .556, .602, .908(a), (b), .933, .1000, .1045, .1046, .1052 I-B\nTall oil (crude and distilled) B P III NR Open Open A .409, .440, .488, .908(a), (b) NA\nTall oil, fatty acid (resin acids less than 20%) C P III NR Open Open A .440, .908(a), (b) NA\nTall oil fatty acid, barium salt B S/P III NR Open Open A .409, .440, .908(a) NA\nTall oil soap (disproportionated) solution B P III NR Open Open A .409, .440, .908(a), (b) NA\n1,1,2,2-Tetrachloroethane B S/P III B/3 PV Restr NSR .316, .409, .525, .526, .1020 NA\nTetraethylenepentamine 3 D S III NR Open Open A .236(b), (c), (g) I-C\nTetrahydrofuran D S III 4m PV Restr A, D .409, .526, .912(a)(2), .1004 I-C\nTetrahydronaphthalene C P III NR Open Open A None I-D\nTetramethylbenzene (all isomers) A P III NR Open Open A None I-D\nToluene C P III 4m PV Restr A .409 I-D\nToluenediamine C S/P II B/3 PV Closed A, B, C, D .236(a), (b), (c), (g), .316, .408, .440, .525, .526, .527, .908(a), (b), .933, .1020 NA\nToluene diisocyanate 6 C S/P II 4m PV Closed A, C 6, D .236(b), .316, .408, .440, .500, .501, .525, .526, .527, .602, .908(b), .1000, .1020 I-D\no-Toluidine C S/P II B/3 PV Closed A, C .316, .408, .525, .526, .933, .1020 I-D\nTributyl phosphate B P III NR Open Open A .409 I-D\n1,2,3-Trichlorobenzene (molten) A S/P I B/3 PV Closed A, C, D .316, .408, .440, .526, .908(b), .933 I-D\n1,2,4-Trichlorobenzene B S/P II 4m PV Restr A, B,C, .409, .440, .526, .908(b), I-D\n1,1,1-Trichloroethane C P III NR Open Open A .409 I-D\n1,1,2-Trichloroethane C S/P III B/3 PV Restr NSR .409, .525, .526, .933, .1020 I-D\nTrichloroethylene C S/P III B/3 PV Restr NSR .316, .409, .525, .526, .1020 I-D\n1,2,3-Trichloropropane C S/P II B/3 PV Closed A, B, C, D .316, .408, .525, .526, .933, .1020 I-D\n1,1,2-Trichloro-1,2,2-trifluoroethane C P III NR Open Open NSR None NA\nTricresyl phosphate (less than 1% of the ortho isomer) A P II NR Open Open A .409 I-D\nTricresyl phosphate (1% or more of the ortho isomer) A S/P I 4m PV Closed A, B .408, .525(a), (c), (d), (e), .1020 I-D\nTridecanoic acid B P III NR Open Open A .409, .440, .488, .908(a), (b) NA\nTriethanolamine D S III NR Open Open A .236(a), (b), (c), (g) I-C\nTriethylamine C S/P II B/3 PV Restr A, B, C .236(b), (c), .409, .525, .526, .527, .1020 I-C\nTriethylbenzene A P II NR Open Open A .409 I-D\nTriethylene glycol di-(2-ethylbutyrate) [C] P III NR Open Open A None I-C\nTriethylenetetramine D S III NR Open Open A .236(a), (b), (c) I-C\nTriethyl phosphite B S/P III B/3 PV Restr A, B, D .409, .526 NA\nTriisopropylated phenyl phosphates A P II NR Open Open A .409 NA\nTrimethylacetic acid D S III 4m PV Restr A, C .238(a), .266, .554 I-D\nTrimethylamine solution (30% or less) C S/P II B/3 PV Closed A, C .236(a), (b), (c), (g), .372, .408, .440, .525, .526, .527, .908(b), .1020 I-C\nTrimethylbenzene (all isomers) A P III 4m PV Restr A .409 I-D\nTrimethylhexamethylenediamine (2,2,4- and 2,4,4- isomers) D S III NR Open Open A, C .236(a), (b), (c), (g), .409 NA\nTrimethylhexamethylene diisocyanate (2,2,4- and 2,4,4- isomers) 6 B S/P II B/3 PV Closed A, C 6 .316, .409, .500, .501, .525, .526, .602, .1000, .1020 NA\n2,2,4-Trimethyl-1,3-pentanediol-1-isobutyrate C P III NR Open Open A None I-D\nTrimethyl phosphite # S III 4m PV Restr A, D .409, .526, .602, .1000 I-D\n1,3,5-Trioxane D S III 4m PV Restr A, D .409 I-C\nTrixylenyl phosphate A P I NR Open Open A .408 NA\nTrixylyl phosphate, see Trixylenyl phosphate\nTurpentine B P III 4m PV Restr A .409 I-D\nUndecanoic acid B P III NR Open Open A .440, .908(a), (b) NA\n1-Undecene B P III NR Open Open A .409 I-D\n1- Undecyl alcohol B P III NR Open Open A .409, .440, .908(b) I-D\nUrea, Ammonium nitrate solution (containing more than 2% NH3) C S/P III 4m PV Restr A .236(b), .526 I-D\nValeraldehyde (all isomers) C S/P III 4m PV Restr A .409, .500, .526 I-C\nVinyl acetate C S/P III 4m PV Restr A .409, .912(a)(1), .1002(a), (b), .1004 I-D\nVinyl ethyl ether C S/P II 4m PV Closed A .236(b), (d), (f), (g), .252, .372, .408, .440, .500, .515, .526, .527, .912(a)(1), .1002(a), (b), .1004 I-C\nVinylidene chloride D S II 4m PV Restr B .236(a), (b), .372, .409, .440, .500, .526, .527, .912(a)(1), .1002(a), (b), .1004 I-D\nVinyl neodecanate B S/P III NR Open Open A, B .409, .912(a)(1), .1002(a), (b), .1004 NA\nVinyltoluene A S/P III 4m PV Restr A, B, D .236(a), (b), (c), (g), .409, .912(a)(1), .1002(a), (b), .1004 I-D\nWhite spirit (low (15-20%) aromatic) B P II 4m PV Restr A .409 NA\nXylenes 8 (ortho-, meta-, para-) C P III 4m PV Restr A .409, .440, .908(b) 8 I-D\nXylenes, Ethylbenzene (10% or more) mixture B P III 4m PV Restr A .409 NA\nXylenol B S/P III NR Open Open A, B .409, .440, .908(a), (b) NA\nZinc alkaryl dithiophosphate (C7-C16) C P III NR Open Open A, B (.440, .903, .908(a)) 1 NA\nZinc alkyl dithiophosphate (C3-C14) B P III NR Open Open A, B .409; (.440, .908(a)) 1 NA\nColumn Heading Footnotes:\na. The cargo name must be as it appears in this column (see 153.900, 153.907). Words in italics are not part of the cargo name but may be used in addition to the cargo name. When one entry references another entry by use of the word “see”, and both names are in roman type, either name may be used as the cargo name (e.g., Diethyl ether, see Ethyl ether). However, the referenced entry is preferred.\nThe provisions contained in 46 CFR part 197, subpart C, apply to liquid cargoes containing 0.5% or more benzene by volume.\nb. This column lists the IMO Annex II Pollution Category.\nA, B, C, D—NLS Category of Annex II of MARPOL 73/78.\nIII—Appendix III of Annex II (non-NLS cargoes) of MARPOL 73/78.\n#—No determination of NLS status. For shipping on an oceangoing vessel, see 46 CFR 153.900(c).\n[ ]—A NLS category in brackets indicates that the product is provisionally categorized and that further data are necessary to complete the evaluation of its pollution hazards. Until the hazard evaluation is completed, the pollution category assigned is used.\n@—The NLS category has been assigned by the U.S. Coast Guard, in absence of one assigned by the IMO. The category is based upon a GESAMP Hazard Profile or by analogy to a closely related product having an NLS assigned.\nc. This column lists the hazard(s) of the commodity:\nS—The commodity is included because of its safety hazards.\nP—The commodity is included because of its pollution hazards.\nS/P—The commodity is included because of both its safety and pollution hazards.\nd. This column lists the type of containment system the cargo must have (see 153.230 through 153.232).\ne. This column lists the height of any vent riser required (see 153.350 and 153.351).\nf. This column lists any vent control valve required (see 153.355).\ng. This column lists the type of gauging system required (see 153.400 through 153.406).\nh. This column lists the type of fire protection system required. Where more than one system is listed, any listed system may be used. A dry chemical system may not be substituted for either type of foam system unless the dry chemical system is listed as an alternative or the substitution is approved by Commandant (CG-ENG) (telephone number 202-372-1420) (see 153.460). The types are as follows:\nA is a foam system for water soluble cargoes (polar solvent foam).\nB is a foam system for water insoluble cargoes (non-polar solvent foam).\nC is a water spray system.\nD is a dry chemical system.\nNSR means there is no special requirement applying to fire protection systems.\ni. This column lists sections that apply to the cargo in addition to the general requirements of this part. The 153 Part number is omitted.\nj. This column lists the electrical hazard class and group used for the cargo when determining requirements for electrical equipment under Subchapter J (Electrical Engineering) of this chapter.\nA number of electrical hazard class and group assignments are based upon that which appears in “Classification of Gases, Liquids and Volatile Solids Relative to Explosion-Proof Electrical Equipment”, Publication NMAB 353-5, National Academy Press, 1982, when not appearing in NFPA 497M, “Manual for Classification of Gases, Vapors and Dusts for Electrical Equipment in Hazardous (Classified) Locations.”\nThe I-B electrical hazard does not apply to weather deck locations (see 46 CFR Part 111) for inorganic acids: Chlorosulfonic acid; Hydrochloric acid; Nitrating acid; Nitric acid (70% or less); Oleum; Phosphoric acid; Sulfuric acid.\nAbbreviations used in the Table:\nNR—No requirement.\nNA—Not applicable.\nAbbreviations for Noxious Liquid cargoes:\nN.F.—non-flammable (flash point greater than 60 deg C (140 deg F) closed cup (cc)).\nF.—flammable (flash point less than or equal to 60 deg C (140 deg F) closed cup (cc)).\nn.o.s.—not otherwise specified.\nST—Ship type.\nCat—Pollution category.\nFootnotes for Specific Cargoes:\n1. Special applicability:\n153.440 and .908(a) apply to the chemical, and mixtures containing the chemical, with a viscosity of 25 mPa.s at 20 deg C (68 deg F).\n153.440 and .908(b) apply to the chemical, and mixtures containing the chemical, with a melting point of 0 deg C (32 deg F) and above.\n153.488 applies to the chemical, and mixtures containing the chemical, with a melting point of 15 deg C (59 deg F) and above.\n2. Benzene containing cargoes.\nApplies to mixtures containing no other components with safety hazards and where the pollution category is C or less.\n3. Diammonium salt of Zinc ethylenediaminetetraacetic acid solution; Tetraethylenepentamine.\nAluminum is a questionable material of construction with this cargo since pitting and corrosion has been reported. The IMO Chemical Code prohibits aluminum as a material of construction for this cargo.\n4. 2,4-Dichlorophenol.\nSome tank pitting has been reported when this cargo is contaminated with water, including moisture in the air. The IMO Chemical Code requires that the vapor space over this cargo be kept dry.\n5. Reserved.\n6. Diphenylmethane diisocyanate; Hexamethylene diisocyanate; Isophorone diisocyanate; Polymethylene polyphenyl isocyanate; Toluene diisocyanate; Trimethylhexamethylene diisocyanate (2,2,4- and 2,4,4- isomers).\nWater is effective in extinguishing open air fires but will generate hazardous quantities of gas if put on the cargo in enclosed spaces.\n7. Maleic anhydride; Nitroethane; Nitroethane, 1-Nitropropane mixtures; 1- or 2-Nitropropane; Nitropropane, Nitroethane mixtures.\nDry chemical extinguishers should not be used on fires involving these cargoes since some dry chemicals may react with the cargo and cause an explosion.\n8. Xylenes.\nSpecial requirement .908(b) only applies to the para- (p-) isomer, and mixtures containing the para-isomer having a melting point of 0 deg C (32 deg F) or more.","path":["Title 46—Shipping","CHAPTER I—COAST GUARD, DEPARTMENT OF HOMELAND SECURITY","SUBCHAPTER O—CERTAIN BULK DANGEROUS CARGOES","PART 153—SHIPS CARRYING BULK LIQUID, LIQUEFIED GAS, OR COMPRESSED GAS HAZARDOUS MATERIALS"],"source_url":"https://www.ecfr.gov/api/versioner/v1/full/2026-08-25/title-46.xml","current_through":"2026-08-25","vintage":"","retrieved_at":"2026-08-27T02:26:22Z","sha256":"8bec523feb09e565f13924e4421768fd010d6c89841c6f5dc56447f1ee6160a2","source_id":"us-cfr","stale":true,"prev":"us/46-cfr-153.1608","next":"us/46-cfr-table-2-to-part-153"},"notice":"GroundRules: Original legal text. Not legal advice."}