Document XRwRra9yL5vZGZ7w1z10w7LQd

allowed to degrade more than 0.077 kg/iw-hr (0.0S Ibs/HBtu) from such original design or acceptance performance test conditions: or. b) The source was in.full compliance with the . terms and conditions of a variance granted by the Pollution Control Board (Board) sufficient to achieve an hourly emission rate less than 0.31 kg/MWrhr (0.20 Ibs/HBtu). and . construction has comnenced on equipment or -Modifications prescribed under that program:'., and emission control of. such source is not allowed to degrade more than 01.077 kg/ttf-hr (0.05 Ibs/HBtu). from original design or - equipment performance test Conditions, whichever Is stricter. c) The emission source had ah. hourly rate based on original design or equipment, performance test conditions, whichever is Stricter, which was less than .0.31 kg/HM-hr (0.20 Ibs/HBtu) of actual heat Input, and the emission control of such source-is not allowed to degrade more than 6.077 kg/HW-hr (0.0S Ibs/HBtu) from that rate demonstrated by the most recent stack test, submitted to and accepted by the Agency prior to April l. - 1985. provided, that: 1) Owners and operators of sources subject to this subsection shall.apply for a new operating'permtt within 180 days of the effective date of this section; and 2) The application for a new operating permit shall iqqludea demonstration that the proposed emission rate, if greater than the emission rate allowed by subsections (a) or (b) of this section, will not under any foreseeable operating conditions and potential meteorological conditions cause' or contribute to a violation of any applicable primary or secondary ambient air quality standard for particulate matter, or violate any applicable prevention of significant deterioration (PS0) Increment, or violate 35 111. Adm. Code 201.141. (Source: Amended at 10 111. Reg. 12637. effective July 9. 1986.) . Section 212.205 Existing Coal-fired Industrial-Boilers Equipped with Flue Oav Oesulfurization Systems ' : Notwithstanding Sections 212.201 through - 2)2.204.. no person shall cause or allow the - emission of particulate matter into the atmosphere from existing coal-fired industrial - boilers equipped with flue gas desulfurization systems to exceed q.39 kg of particulate matter pef HV-hr of actual heat' input In any one-hour | period (0.25 Ibs/umbtu). Nothing in this rule shall be.constcued to.prevent compliance with . . applicable regulations In 35 111. Ada. Code 230. ` ` %. * (Source: Amended at S 111. Keg. 11590. . , effective October 19. 1981) Section 212.20$ Sources Using Liquid fuel .Exclusively. .No person shall cause or allow the emission of tparticulate matter into the atmosphere In any .;one hour period to exceed 0.15 kg of particulate, matter per HW-hr of actual heat input from any fuel combusttoo.enUsioa-soucce.using. 1 iquVa. fuel exclusively (0.10 Ibs/mmbtu). Section 7T7.707 Sources using fibre Th'an'Ohe " ' Type of Fuel 1 .. ' * a) No person, while .simultaneously burning more ...J- than one type of fuel in-a fuel combustion =.' emission source, shall cause-or. allow the. emlsstonof particulate' mitterrintir the .. atmosphere' in any one hour period in excess of the following equation:' . C = AS BE b)'Symbols In the equation mean the following: . = Allowable emission rate: A = Solid fuel particulate emission standard wfrrcB fs apprieaerer 8 = Constant determined from the table in . subsection (c); S s-Actual heat input- troia solid.fuel;.. . *i = Actual heat input, from liquid fuel. Section 212.204 New Sources Using Solid Fuel Exclusively c) the metric and English units to be used in Che equation of subsection (a) are as follows: No person shall cause or allow the emission of particulate matter into the atmosphere from any new fuel combustion.emission source using solid fuel exclusively to exceed 6.15 kg of particulate matter per HW-hr of actual heat Input (0:1 Ibs/HBtu) in' any one hour period. (Source: Amended at 10 111. Reg. 12637. effective July 9. 1986) Parameter E' A 8 s'. i: Hetrtc kg/hr kg/Hf-hr r.TSS HW HW EogiisJl- lbs/hr Ibs/mmbtu m<r mmbtu/hr mnbtu/hr