Document G79Qvpk7EzQRzGangd2NyMgn

1) Subparts B through I: fuel congestion emission sources m4 Incinerators: 2) Subparts K through N: Process emission sources. b) These rules hove been grouped for the '' convenience or the public: the scope of each Is determined by Hs language and history. Roles placed In this Subpart Include those which appear to be primarily directed at the 'following major Industry groups: 1) primary metal Industries (Including primary and secondary production of ferrous and nonferrous metals); 3) fabricated metal products. (Source: Added and codified at 7 111 Reg. 13S97) Section 214.421 Combination of Fuels at Steel Hills In Metropolitan Areas a) Section 214.142 notwithstanding. no person . shall cause or allow the- emission of sulfur dioxide. Into the atmosphere In any one hour . '.period from any existing fuel combustion emission source at a steel mill located In the Chicago or St. Louis (Illinois) major metropolitan area burning any solid, liquid . or gaseous fuel', or any combination thereof, to exceed the allowable emission rate determined by the following equation: c aw t ex or bz b) Symbols In the equation mean the following: - { = allowable sulfur dioxide emission rate: A w solid fuel sulfur dioxide emission .standard which Is applicable; 8 s distillate oil sulfur dioxide emission . standard determined from the table In subsection (d): C = residual oil sulfur dioxide emission standard which is applicable; 0 s maximum by-product gas sulfur dioxide emissions which would result If the applicable by-product 9as which was burned had been burned alone at any time during the 12 months preceding the latest operation, on or before March 28. 1983. of an emission source using any by-product gas; H s actual heat Input from solid fuel: X 3 actual heat Input from distillate fuel oil: . Y s actual heat Input from residual fuel oil; Z 3 actual heat Input from by-product gases, such as those produced from a blast furnace. c) That portion of the actual heal Input that Is derived: 1) From the burning of gaseous\ fuels proceed by the gasification of solid -fuels shall be Included In w; 2) .Front the burning of gaseous fuels produced by the gasification of 'distillate fuel oil shall be Included'In x; 3) from the burning of' gaseous fuels produceOy the gasification or residual fuel oil shall be included In Y; and 4)- Promtheburning of 'gaseous fuels produced by the gasIftqitton of any other liquldfwe-1-shall be Included In 2. d) Metric dr English units may be used In the equation of subsection (a) is follows: taostfK t&lclc English e A.t.6 8 V.X.Y.2 kg/hr Ibs/hr UoT/H4M6*ugW.K. r.'- I0b.s3/.taibbsL/mtl.nbtu Ht ' mfetu/hr (Source: Adopted-at 7MV; Reg^A21.- effect Ire March 28. 1983) . "Section' 214.422 Secondary lead Smelting-In' ' Metropolitan Areas . Section 214.301 shall not apply tit- secondary . lead smelt tog-process* emission- sources In the- ~ Chicago or St. Louis (Illinois) major . metropolitan areas. (Source: Adopted at 7 111. Reg. 4219, effective March 28. 1983) ^Section 214:423 Slab Reheat Furnaces In St. ; ' touts Area.' Section 214.304 notwithstanding, slab'reheat furnaces- Uv-lhe. SLL.Louls..(Xtltaalsl. major., metropolitan area with fuel burntng.capacities In excess of 6SO mmbtu/bf and. burning any restdual-FiN^-shal l-not-be-subject-to-tho-- applicable Subparts 8 through F so long as the - total Sulfur dioxide emissions resulting from the burning of residual fuel oil In all such furnaces at any one steel mill do .not exceed 730 . lbs/hr. * I . IjoUrcc: "Adopted at 7 111. Reg. 4219. effective March 28. 1983) SUBPART V: ELECTRIC POWER PUNTS f ',, Section 214.S2I wtimelka- Power Plant Notwithstanding Sections 214.101 and.214.141, the Village of'WtMeUtA-ElecUlc-UttUXy- tlaat-... shgll not cause or allow the emission o( sulfur dioxide Into the atmosphere in any one hour period, from Its existing fuel combustion, sources, burning solid fuel exclusively, to exc-eed 9:'7"poundS 'oP"SU>Pcr- dtorlde-perrombtu- of~ actual heat Input (8.8 kg/MW-hour). Compliance with this limitation shall -be demonstrated on the-basis'of a dally average. 82