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($ (    ) M << deUUXX&EXXa X`LXXc{sXXbQ{sdXX~KXX]~R5c :func{E}`=`func{csubs`Qsub{sd}}overfunc{K`Rsubc} 8func{ERsub{TOC}~=~Ksub5``Esub{TOC}over{Psubp}}XXSmXXXXIn6i6)61XXQXX>/miXXVi Yfunc{Ssubm}`=`SUMfromfunc{i=1}tofunc{n}`func{{Q}/sub{mi}}thetasubfunc{i} XX ERTOCXXL XX K5FX.3XXMEfTOCXX}P8p func{CIsub95~=~{sumfrom{i=1}tonXsubi}overn``+``2`sqrt{{n`sumfrom{i=1}ton{Xsubi}^2````left(sumfrom{i=1}tonXsubiright)^2}over{n(n1)}}}HP LaserJet 4MHPPCL5MS,,,,,,0nL XXCI95XX; XXXIYn 3iY331XX0XiXXJnXXHXX2X,XXzTXXzvSXXz9SXXzSXXzSXXzSXXzESXXzSXXzSXXzR%XJXXinXXIGn3iG331XX X i 2XXg XX @hXX jXX jXX iXXn @oXXn qXXn qXXn pXX I nz 3i 3 31XX X i 2XXj JnXX J(XXZ JnXX JXXJ J1XX J) func{sumfrom{l=1}ton}XX"Ihn6lh661  X  X XX"Ihn6ih661 func{sumfrom{i=1}ton}Table_ETable_F  H  Tfunc{Esub{unc}~=~Ksub2``(sumfrom{j=1}tonCsubj`Msubj)`Q```times```8,600} XXEuncXXXXK2XX(XXI`n8j`881XX7CjXXMjXX)XXuQXX/'XX8XXa ,XX 600<4 9Z .Courier New Regular Kfunc{HsubT~=~Ksub3``left(sumfrom{j=1}tonCsubjJsubjright)} dTable_A&0 d d dTable_B     H      H    SC(cU#'3 Ha`$2Line Printer 16.67cpiTable_CK KdTable_D7:3|DE2 Ha`$"Letter GothicX&d H@7X@<6X9`(CouriericXx6X@7X@3 Ha`$2Line Printer 16.67cpiH H@;@( U$   XXHTXX9XX K3XXEhXXjXXjXXiXX-EoXX-qXX-qXX-pXXvInl8j8 81XXCjXX`Jj<4 9Z .Courier New Regular <D=D>D?@DAUBUCDDDEDL'.Courier New Regular 4func{E}`=`func{csubs`Qsub{sd}}overfunc{K`S} XX#EXXa X]XX|xc3sXX_xQ3sdXXJKXXJS<4 9Z .Courier New Regular Ufunc{Ssubv}`=`SUMfromfunc{i=1}tofunc{n}`func{Qsub{vi}overthetasubi} XX SvXX XXInjij%j1X3XXQwfviXX'}8i<4 9Z .Courier New Regular 8func{HsubT~=~K```sumfrom{i=1}tonCsubi``Hsubi} XXHTXX9XX KXXIn8i8c81XXCgiXXH`i<4 9Z .Courier New Regular *func{SsubW~=~{SsubV`SsubP`D}overK} XXSWXX9 X'XXFxS3VXX)xS3PXX xDXX)JK<4 9Z .Courier New Regular func{R~=~{K_2S}OVERX} XXRXXnXXXxKi32XXxSXXUJX<4 9Z .Courier New Regular EU!   _7XSXXXdd7    XRXXX ?T)?c *?T +?c,?T-?c ` Forthereasonsstatedinthepreamble,The N EnvironmentalProtectionAgencyamendstitle40,chapterIoftheCodeofFederalRegulationsasfollows: Part60StandardsofPerformanceforNewStationary   Sources     ` 1.TheauthoritycitationforPart60continuestoreadasfollows:Authority:42U.S.C.7401,7411,7413,7414,7416,7601,and7602.  n  60.11[Amended]  ` 2.Amend60.11by:   ` a.Inparagraphs(b)and(e)(1),byrevisingthewords"ReferenceMethod9"toread"Method9"wherevertheyoccur; ` b.Inparagraph(e)(5),revisethewords"todetermineopacitycompliance"inthelastsentencetoread"todeterminecompliancewiththeopacitystandard."SubpartAGeneralProvisions 60.13[Amended]  !"  ` 3.Amend60.13by: ` a.RevisingthelasttwosentencesinParagraph(d)(1),revisingparagraph(g),andrevisingthefirstsentenceinparagraph(j)(2). ` b.Revisingthewords"Datarecorder"toread"Data recorded"inthefourthsentenceofparagraph(h). ~+0%.  ` c.Revisingthewords"_ng_/Jofpollutant"toread"_ng_ofpollutantperJofheatinput"inthesixthsentenceofparagraph(h).  ` d.Revisingthewords"withtheeffluentgases"toread"intheeffluentgases"inparagraph(_i_)(1). ` e.Revisingthewords"effluentfromtwoormorefacilitiesarereleased"toread"effluentfromtwoormorefacilitiesisreleased"inparagraph(_i_)(9). ` f.Revisingthewords"relativeaccuracytest"toread"relativeaccuracy(RA)test"inparagraph(j). ` g.Revisingthewords"relativeaccuracy"toread"RA"inparagraphs(j)(1)and(2). ` h.Revisingthesectionreferences"section7"and"section10"toread"Section8.4"and"Section16.0,"respectively,inparagraphs(j)(1)and(2). ` Therevisionsreadasfollows:60.13Monitoringrequirements .  N  ***** ` (d)*** ` (1)***Forcontinuousmonitoringsystemsmeasuringopacityofemissionsnotusingautomaticzeroadjustments,theopticalsurfacesexposedtotheeffluentgasesshallbecleanedpriortoperformingthezeroandspandrift adjustments.Forsystemsusingautomaticzeroadjustments, ,%0 theopticalsurfacesshallbecleanedwhenthecumulativeautomaticzerocompensationexceeds4percentopacity ***** ` (g)(1)Whenmorethanonecontinuousmonitoringsystemisusedtomeasuretheemissionsfromonlyoneaffectedfacility(e.g.,multiple_breechings_,multipleoutlets),theowneroroperatorshallreporttheresultsasrequiredfromeachcontinuousmonitoringsystem.Whentheeffluentfromoneaffectedfacilityisreleasedtotheatmospherethroughmorethanonepoint,theowneroroperatorshallinstallanapplicablecontinuousmonitoringsystemoneachseparateeffluentunlessinstallationoffewersystemsisapprovedbytheAdministrator. ` (2)Whentheeffluentsfromtwoormoreaffectedfacilitiessubjecttothesameopacitystandardarecombinedbeforebeingreleasedtotheatmosphere,theowneroroperatormayeitherinstallacontinuousopacitymonitoringsystematalocationmonitoringthecombinedeffluentor_installanopacity_combiner_Ԁsystemcomprisedofopacityandflowmonitoringsystemsoneachstream,andshallreportasper60.7(c)onthecombinedeffluent.Whentheaffectedfacilitiesarenotsubjecttothesameopacitystandard,theowneroroperatorshallreporttheresultsasper60.7onthecombinedeffluentagainstthemoststringentopacitystandardapplicable,exceptfordocumentedperiodsof shutdownoftheaffectedfacility,subjecttothemost ^-'2 stringentopacitystandard.Duringsuchtimes,thenextmoststringentopacitystandardshallapply.  ` (3)Whentheeffluentsfromtwoormoreaffectedfacilitiessubjecttothesameemissionsstandard,otherthanopacity,arecombinedbeforebeingreleasedtotheatmosphere,theowneroroperatormayinstallapplicablecontinuousemissionmonitoringsystemsoneacheffluentoronthecombinedeffluent.Theowneroroperatormayreporttheresultsasrequiredforeachaffectedfacilityorforthecombinedeffluent.Whentheaffectedfacilitiesarenotsubjecttothesameemissionsstandard,separatecontinuousemissionmonitoringsystemsshallbeinstalledoneacheffluentandtheowneroroperatorshallreportasrequiredforeachaffectedfacility.***** ` (j)*** ` (2)Thewaiverofa_CEMS_ԀRAtestwillbereviewedandmayberescindedatsuchtime,followingsuccessfulcompletionofthealternativeRAprocedure,thatthe_CEMS_dataindicatethatthesourceemissionsareapproachingthelevel.******** 60.14[Amended]  (`",  ` 4.In60.14,paragraph(b)(1)isamendedbyrevisingthewords"utilizationofemissionfactorsdemonstrate"toread"utilizationofemissionfactorsdemonstrates." -`'2  60.17[Amended]  N  ` 5.Amend60.17by: ` a.Revisingparagraphs(a),(_i_),and(j). ` b.Inparagraph(b)(1),revisethewords"60.204(d)(2),60.214(d)(2),60.224(d)(2),60.234(d)(2)"toread"60.204(b)(3),60.214(b)(3),60.224(b)(3),60.234(b)(3)." ` c.Inparagraph(d),byrevisingthewords"_IBR_approvedJanuary27,1983for60.285(d)(4)"toread"_IBR_approvedJanuary27,1983for60.285(d)(3)." ` Therevisionsreadasfollows:60.17Incorporationbyreference .   *** ` (a)Thefollowingmaterialsareavailableforpurchasefromatleastoneofthefollowingaddresses:AmericanSocietyforTestingandMaterials(ASTM),1916RaceStreet,Philadelphia,PA19103;orUniversityMicrofilmsInternational,300North_Zeeb_ԀRoad,AnnArbor,MI48106. ` (1)ASTMA9976,82(_Reapproved_Ԁ1987),StandardSpecificationfor_Ferromanganese_,incorporationbyreference(_IBR_)approvedJanuary27,1983for60.261. ` (2)ASTMA10069,74,93,StandardSpecificationfor_Ferrosilicon_,_IBR_ԀapprovedJanuary27,1983for60.261. ` (3)ASTMA10173,93,StandardSpecificationfor _Ferrochromium_,_IBR_ԀapprovedJanuary27,1983for60.261. n, &0  ` (4)ASTMA48276,93,StandardSpecificationfor _Ferrochromesilicon_,_IBR_ԀapprovedJanuary27,1983for60.261. ` (5)ASTMA48364,74(_Reapproved_Ԁ1988),StandardSpecificationfor_Silicomanganese_,_IBR_ԀapprovedJanuary27,1983for60.261. ` (6)ASTMA49576,94,StandardSpecificationforCalciumSiliconandCalciumManganeseSilicon,_IBR_ԀapprovedJanuary27,1983for60.261. ` (7)ASTMD8678,82,90,93,95,96,DistillationofPetroleumProducts,_IBR_Ԁapprovedfor60.5622(d),60.593(d),and60.633(h). ` (8)ASTMD12964,78,95,StandardTestMethodforSulfurinPetroleumProducts(GeneralBombMethod),_IBR_approvedforAppendixA:Method19,Section12.5.2.2.3;and60.106(j)(2). ` (9)ASTMD24076,92,StandardTestMethodforHeatofCombustionofLiquidHydrocarbonFuelsbyBombCalorimeter,_IBR_ԀapprovedJanuary27,1983for60.46(c),60.296(b),andAppendixA:Method19,Section12.5.2.2.3. ` (10)ASTMD27065,75,StandardMethodofSamplingPetroleumandPetroleumProducts,_IBR_ԀapprovedJanuary27,1983forAppendixA:Method19,Section12.5.2.2.1. ` (11)ASTMD32382,94,TestMethodforVaporPressureofPetroleumProducts(ReidMethod),_IBR_ԀapprovedApril8,1987for60.111(l),60.111a(g),60.111b(g),and60.116b(f)(2)(ii). .(4  ` (12)ASTMD38877,90,91,95,98,98a,StandardSpecificationforClassificationofCoalsbyRank,_IBR_approvedfor60.41(f),60.45(f)(4)(_i_),60.45(f)(4)(ii),60.45(f)(4)(vi),60.41a,60.41b,and60.251(b)and(c). ` (13)ASTMD39678,89,90,92,95,96,97,98,StandardSpecificationforFuelOils,_IBR_Ԁapprovedfor60.41b,60.41c,60.111(b),and60.111a(b). ` (14)ASTMD97578,96,98,98a,StandardSpecificationforDieselFuelOils,_IBR_ԀapprovedJanuary27,1983for60.111(b)and60.111a(b). ` (15)ASTMD107280,90(_Reapproved_Ԁ1994),StandardMethodforTotalSulfurinFuelGases,_IBR_ԀapprovedJuly31,1984for60.335(d). ` (16)ASTMD113753,75,StandardMethodforAnalysisofNaturalGasesandRelatedTypesofGaseousMixturesbytheMassSpectrometer,_IBR_ԀapprovedJanuary27,1983for60.45(f)(5)(_i_)._ ` (17)ASTMD119377,91,StandardSpecificationforReagentWater,IBRapprovedforAppendixA:Method5,Section7.1.3;Method5E,Section7.2.1;Method5F,Section7.2.1;Method6,Section7.1.1;Method7,Section7.1.1;Method7C,Section7.1.1;Method7D,Section7.1.1;Method10A,Section7.1.1;Method11,Section7.1.3;Method12,Section7.1.3;Method13A,Section7.1.2;Method26,Section7.1.2;Method26A,Section7.1.2;andMethod29,Section 7.2.2. ^-'2  ` (18)ASTMD126687,91,98,StandardTestMethodfor SulfurinPetroleumProducts(LampMethod),IBRapprovedAugust17,1989for60.106(j)(2). ` (19)ASTMD147560,80,90,StandardTestMethodforDensityofPaint,VarnishLacquer,andRelatedProducts,IBRapprovedJanuary27,1983for60.435(d)(1),AppendixA:Method24,Section6.1;andMethod24A,Sections6.5and7.1. ` (20)ASTMD155283,95,StandardTestMethodforSulfurinPetroleumProducts(HighTemperatureMethod),IBRapprovedforAppendixA:Method19,Section12.5.2.2.3;and60.106(j)(2). ` (21)ASTMD182677,94,StandardTestMethodforCalorificValueofGasesinNaturalGasRangebyContinuousRecordingCalorimeter,IBRapprovedJanuary27,1983for60.45(f)(5)(ii),60.46(c)(2),60.296(b)(3),andAppendixA:Method19,Section12.3.2.4. ` (22)ASTMD183582,86,87,91,97,StandardSpecificationforLiquefiedPetroleum(LP)Gases,approvedfor60.41band60.41c. ` (23)ASTMD194564,76,91,96,StandardMethodforAnalysisofNaturalGasbyGasChromatography,IBRapprovedJanuary27,1983for60.45(f)(5)(i).?T H   ` (24)ASTMD194677,90(Reapproved1994),StandardMethodforAnalysisofReformedGasbyGasChromatography,IBRapprovedfor60.45(f)(5)(i),60.18(f)(3),60.614(e)(2)(ii),60.614(e)(4),60.664(e)(2)(ii), .(4 ?T H  60.664(e)(4),60.564(f)(1),60.704(d)(2)(ii),and60.704(d)(4). ` (25)ASTMD201372,86,StandardMethodofPreparingCoalSamplesforAnalysis,IBRapprovedJanuary27,1983,forAppendixA:Method19,Section12.5.2.1.3. ` (26)ASTMD201577(Reapproved1978),96,StandardTestMethodforGrossCalorificValueofSolidFuelbytheAdiabaticBombCalorimeter,IBRapprovedJanuary27,1983for60.45(f)(5)(ii),60.46(c)(2),andAppendixA:Method19,Section12.5.2.1.3. ` (27)ASTMD201674,83,StandardTestMethodsforMoistureContentofWood,IBRapprovedforAppendixA:Method28,Section16.1.1. ` (28)ASTMD223476,96,97a,97b,98,StandardMethodsforCollectionofaGrossSampleofCoal,IBRapprovedJanuary27,1983forAppendixA:Method19,Section12.5.2.1.1. ` (29)ASTMD236981,87,90,92,93,95,StandardTestMethodforVolatileContentofCoatings,IBRapprovedJanuary27,1983forAppendixA:Method24,Section6.2. ` (30)ASTMD238276,88,HeatofCombustionofHydrocarbonFuelsbyBombCalorimeter(HighPrecision)?c H  Method),IBRapprovedfor60.18(f)(3),60.485(g)(6),60.614(e)(4),60.664(e)(4),60.564(f)(3),and60.704(d)(4). ` (31)ASTMD250467,77,88(Reapproved1993),NoncondensableGasesinC3andLighterHydrocarbonProducts ^-'2 byGasChromatography,IBRapprovedfor60.485(g)(5). .(4 )?c H   ` (32)ASTMD258468(Reapproved1985),94,StandardTestMethodforIgnitionLossofCuredReinforcedResins,IBRapprovedFebruary25,1985for60.685(c)(3)(i). ` (33)ASTMD262287,94,98,StandardTestMethodforSulfurinPetroleumProductsbyXRaySpectrometry,IBRapprovedAugust17,1989for60.106(j)(2). ` (34)ASTMD287983,96,97,TestMethodforVaporPressureTemperatureRelationshipandInitialDecompositionTemperatureofLiquidsbyIsoteniscope,IBRapprovedApril8,1987for60.485(e)(1),60.111b(f)(3),60.116b(e)(3)(ii),and60.116b(f)(2)(i). ` (35)ASTMD288078,96,StandardSpecificationforGasTurbineFuelOils,IBRapprovedJanuary27,1983for60.111(b),60.111a(b),and60.335(d). ` (36)ASTMD290874,91,StandardPracticeforMeasuringVolatileOrganicMatterinWaterbyAqueousInjectionGasChromatography,IBRapprovedfor60.564(j).o[X` hp x (#%'0*,.8135@8:<H?AXo ` (37)ASTMD298671,78,95a,StandardMethodforEvaluationofAir,AssayMediabytheMonodisperseDOP(DioctylPhthalate)SmokeTest,IBRapprovedJanuary27,1983forAppendixA:Method5,Section7.1.1;Method12,Section7.1.1;andMethod13A,Section7.1.1.2.*?T H   ` (38)ASTMD303181,StandardTestMethodforTotalSulfurinNaturalGasbyHydrogenation,IBRapprovedJuly31,1984for60.335(d). ` (39)ASTMD317373,87,StandardTestMethodforMoistureintheAnalysisSampleofCoalandCoke,IBR .(4 *?T H  approvedJanuary27,1983forAppendixA:Method19,Section12.5.2.1.3. ` (40)ASTMD317674,89,StandardMethodforUltimateAnalysisofCoalandCoke,IBRapprovedJanuary27,1983for60.45(f)(5)(i)andAppendixA:Method19,Section12.3.2.3. ` (41)ASTMD317775,89,StandardTestMethodforTotalSulfurintheAnalysisSampleofCoalandCoke,IBR_approvedJanuary27,1983forAppendixA:Method19,Section12.5.2.1.3. ` (42)ASTMD317873(_Reapproved_Ԁ1979),89,StandardTestMethodsforCarbonandHydrogenintheAnalysisSampleofCoalandCoke,_IBR_ԀapprovedJanuary27,1983for60.45(f)(5)(_i_). ` (43)ASTMD324681,92,96,StandardMethodforSulfurinPetroleumGasbyOxidative_Microcoulometry_,_IBR_ԀapprovedJuly31,1984for60.335(d). ` (44)ASTMD327073T,80,91,95,StandardTestMethodsforAnalysisforFluorideContentoftheAtmosphereandPlantTissues(_Semiautomated_ԀMethod),_IBR_ԀapprovedforAppendixA:Method13A,Section16.1. ` (45)ASTMD328685,96,StandardTestMethodforGrossCalorificValueofCoalandCokebythe_Isoperibol_ԀBombCalorimeter,_IBR_ԀapprovedforAppendixA:Method19,Section12.5.2.1.3. ` (46)ASTMD337076,95a,StandardPracticesforSamplingWater,_IBR_Ԁapprovedfor60.564(j). .(4  ` (47)ASTMD379279,91,StandardMethodforWaterContentofWaterReduciblePaintsbyDirectInjectionintoaGas_Chromatograph_,_IBR_ԀapprovedJanuary27,1983forAppendixA:Method24,Section6.3. ` (48)ASTMD401781,90,96a,StandardTestMethodforWaterinPaintsandPaintMaterialsbytheKarlFischerTitrationMethod,_IBR_ԀapprovedJanuary27,1983forAppendixA:Method24,Section6.4. ` (49)ASTMD405781,95,StandardPracticeforManualSamplingofPetroleumandPetroleumProducts,_IBR_ԀapprovedforAppendixA:Method19,Section12.5.2.2.3. ` (50)ASTMD408482,94,StandardMethodforAnalysisofHydrogenSulfideinGaseousFuels(LeadAcetateReactionRateMethod),_IBR_ԀapprovedJuly31,1984for60.335(d). ` (51)ASTMD417795,StandardPracticeforAutomaticSamplingofPetroleumandPetroleumProducts,_IBR_ԀapprovedforAppendixA:Method19,12.5.2.2.1. ` (52)ASTMD423985,94,97,StandardTestMethodsforSulfurintheAnalysisSampleofCoalandCokeUsingHighTemperatureTubeFurnaceCombustionMethods,_IBR_ԀapprovedforAppendixA:Method19,Section12.5.2.1.3. ` (53)ASTMD444284,92,StandardTestMethodsfordirectMoistureContentMeasurementinWoodandWoodbaseMaterials,_IBR_ԀapprovedforAppendixA:Method28,Section 16.1.1. +%0  ` (54)ASTMD444492,StandardTestMethodsforUseandCalibrationofHandHeldMoistureMeters,_IBR_ԀapprovedforAppendixA:Method28,Section16.1.1.  ` (55)ASTMD445785(_Reapproved_Ԁ1991),TestMethodforDeterminationof_Dichloromethane_Ԁand1,1,1_Trichloroethane_inPaintsandCoatingsbyDirectInjectionintoaGas_Chromatograph_,_IBR_ԀapprovedforAppendixA:Method24,Section6.5. ` (56)ASTMD480995,StandardTestMethodforHeatofCombustionofLiquidHydrocarbonFuelsbyBombCalorimeter(PrecisionMethod),_IBR_Ԁapprovedfor60.18(f)(3),60.485(g)(6),60.564(f)(3),60.614(d)(4),60.664(e)(4),and60.704(d)(4). ` (57)ASTMD540393,StandardTestMethodsforVolatileContentofRadiationCurableMaterials._IBR_ԀapprovedSeptember11,1995forAppendixA:Method24,Section6.6. ` (58)ASTMD586598,StandardTestMethodforGrossCalorificValueofCoalandCoke._IBR_Ԁapprovedfor60.45(f)(5)(ii),60.46(c)(2),andAppendixA:Method19,Section12.5.2.1.3. ` (59)ASTME16867,77,92,GeneralTechniquesofInfraredQuantitativeAnalysis,_IBR_Ԁapprovedfor60.593(b)(2)and60.632(f). ` (60)ASTME16963,77,93,GeneralTechniquesofUltravioletQuantitativeAnalysis,_IBR_Ԁapprovedfor 60.593(b)(2)and60.632(f). ^-'2  ` (61)ASTME26073,91,96,GeneralGasChromatography Procedures,_IBR_Ԁapprovedfor60.593(b)(2)and60.632(f).***** ` (_i_)TestMethodsforEvaluatingSolidWaste,Physical/ChemicalMethods,EPAPublicationSW846ThirdEdition(November1986),asamendedbyUpdatesI(July1992),II(September1994),_IIA_Ԁ(August,1993),_IIB_Ԁ(January1995),andIII(December1996).ThisdocumentmaybeobtainedfromtheU.S.EPA,OfficeofSolidWasteandEmergencyResponse,WasteCharacterizationBranch,Washington,DC20460,andisincorporatedbyreferenceforAppendixAtoPart60,Method29,Sections7.5.34;9.2.1;9.2.3;10.2;10.3;11.1.1;11.1.3;13.2.1;13.2.2;13.3.1;andTable293. ` (j) StandardMethodsfortheExaminationofWaterandWastewater,16thedition,1985.Method303F: DeterminationofMercurybytheColdVaporTechnique.ThisdocumentmaybeobtainedfromtheAmericanPublicHealthAssociation,101518thStreet,NW.,Washington,DC̀20036,andisincorporatedbyreferenceforAppendixAtoPart60,Method29,Sections9.2.3;10.3;and11.1.3.***** 60.18[Amended]  (`",  ` 6.Amend60.18asfollows: ` a.Inparagraph(f)(1),thefirstsentenceisamendedbyrevising"ReferenceMethod22"toread"Method22ofAppendixAtothispart." >/(4  ` b.Inparagraph(f)(3),thedefinitionof"Ci"is N amendedbyrevising"ASTMD194677"toread"ASTMD194677or90(_Reapproved_Ԁ1994)."  ^-'2  ` c.Inparagraph(f)(3),thedefinitionof"Hi"is N  amendedbyrevising"ASTMD238276"toread"ASTMD238276or88orD480995." 60.41[Amended]    _ ` 7.In60.41,paragraph(f)isamendedbyrevisingthewords"theAmericanSocietyandTestingandMaterials,DesignationD38877"toread"ASTMD38877,90,91,95,or98a." 60.42[Amended]     ` 8.In60.42,paragraphs(b)(1)and(b)(2),areamendedbyrevisingthesymbol"%"withtheword"percent"whereveritappears. 60.45[Amended]  `  ` 9.Amend60.45asfollows: ` a.Inparagraph(b)(2)byremovingthewords"underparagraph(d)ofthissection." ` b.Inparagraphs(f)(4)(i),(f)(4)(ii),and(f)(4)(vi)byrevisingthewords"ASTMD38877"toread"ASTMD38877,90,91,95,or98a." ` c.Inparagraph(f)(5)(i)byrevisingthewords"ASTMmethodD113753,(75),D194564(76),orD194677"toread"ASTMD113753or75,D194564,76,91,or96orD194677or90(Reapproved1994)." ` d.Inparagraph(f)(5)(i)byrevisingthewords"ASTMmethodD317874orD3176"toread"ASTMD317873(Reapproved1979),89,orD317674or89." N.(2  ` e.Inparagraph(f)(5)(ii)byrevisingthewords"ASTMD182677"toread"ASTMD182677or94." ` f.Inparagraph(f)(5)(ii)byrevisingthewords"ASTMD201577"toread"ASTMD201577(Reapproved1978),96,orD586598." 60.46[Amended]     ` 10.Amend60.46asfollows: ` a.Inparagraph(b)(2)(i),thesecondsentenceisamendedbyrevisingthewords inthesamplingtrainmaybesettoprovideagastemperaturenogreaterthantoread inthesamplingtrainshallbesettoprovideanaveragegastemperatureof. ` b.Inparagraph(b)(2)(ii),thethirdsentenceisamendedbyrevisingthewords thearithmeticmeanofalltheindividualO2sampleconcentrationsateachtraverse ~0 pointtoread thearithmeticmeanofthesampleO2  concentrationsatalltraversepoints. ` c.Inparagraph(c)(2)byrevisingthewords"D201577"toread"D201577(Reapproved1978),96,orD586598". ` d.Inparagraph(c)(2)byrevisingthewords"D24076"toread"D24076or92."  %(   ` e.Inparagraph(c)(2)byrevisingthewords"D1826 n' !* 77"toread"D182677or94." 60.41a[Amended]  *@$.  +?cH   ` 11.Amend60.41aasfollows: n, &0 +?cH   ` a.Inthedefinitionsfor"subbituminouscoal"and "lignite,"byrevising"D38877"toread"D38877,90,91,95,or98a." ` b.Inparagraph(a)(2)ofthedefinitionof"potentialcombustionconcentration"byrevising"75ng/J"toread"73ng/J." 60.43a[Amended]  `   ` 12.In60.43a,paragraph(d)(2),revisingthewords"resourcerecoveryfacility"toread"resourcerecoveryunit." 60.47a[Amended]  >  ` 13.Amend60.47aasfollows: ` a.Inparagraph(b)(3)byremovingthewords"(appendixA)." ` b.Inthefirstsentenceofparagraph(g)byrevisingthewords"lbs/millionBtu"toread"lb/millionBtu." ` c.Inthesecondsentenceofparagraph(h)(3)byrevisingthewords"309minutesineachhour"toread"30minutesineachhour." ` d.Inparagraph(i)(1)byrevisingthewords"6,7,and3B,asapplicable,shallbeusedtodetermineO2, .&( SO2,andNOxconcentrations"toread"3B,6,and7shallbe 'p!* usedtodetermineO2,SO2,andNOxconcentrations, N)#, respectively." 60.48a[Amended]  n, &0 ,?TH   ` 14.Amend60.48aasfollows: N.(2 ,?TH   ` a.Inparagraph(b)(2)(ii),inthefourthsentencebyrevisingthewords"thearithmeticmeanofalltheindividualO2concentrationsateachtraversepoint n  toread"thearithmeticmeanofthesampleO2concentrations   atalltraversepoints." ` b.Inparagraph(c)(3),inthefirstsentencebyaddingaclosingparenthesisaftertheabbreviation"(%Rg" `  sothatitnowreads(%Rg). >   ` c.Inparagraph(f),inthefirstandsecondsentencesbyremovingthewords"(appendixA)." 60.40b[Amended]    ` 15.60.40bisamendedbyaddingparagraph(h)as  follows:  60.40bApplicabilityanddelegationofauthority.  ***** ` (h)Anyaffectedfacilitymeetingtheapplicabilityrequirementsunderparagraph(a)ofthissectionandcommencingconstruction,modification,orreconstructionafterJune19,1986isnotsubjecttoSubpartD(StandardsofPerformanceforFossilFuelFiredSteamGenerators,60.40).***** 60.41b[Amended] N)#,  ` 16.Amend60.41basfollows: .+$. -?cH   ` a.Inthedefinitionfor"coal"byrevising"ASTMD38877"toread"ASTMD38877,90,91,95,or98a."  N.(2 -?cH   ` b.Inthedefinitionfor"distillateoil"byrevising N "ASTMD39678"toread"ASTMD39678,89,90,92,96,or98."  n    ` c.Inthedefinitionsfor"coal"and"lignite"by   revising"ASTMD38877"toread"ASTMD38877,90,91,95,or98a."      ` d.Inthedefinitionfor"naturalgas"byrevising `  "ASTMD183582"toread"ASTMD183582,86,87,91,or97."  >  60.42b[Amended]     ` 17.In60.42b,paragraph(d),thesecondsentenceisamendedbyrevisingthewords"facilitiesunderthisparagraph"toread"facilitiesunderparagraphs(d)(1),(2),or(3)." 60.43b[Amended]    ` 18.In60.43b,paragraph(a)(1)isamendedbyrevisingthewords"22ng/J(0.05lb/millionBtu)"toread"22ng/J(0.051lb/millionBtu)." 60.46b[Amended]  ~!0"  ` 19.Amend60.46basfollows: ` a.Inparagraph(d)(4)byrevisingthewords"160$C $& (320$F)"toread"16014$C(32025$F)." ~&0 (  ` b.Inparagraph(d)(6)(iii)byremovingthewords"(appendixA)." 60.41c[Amended] .+$.   ` 20.Amend60.41casfollows: -&0  ` a.Inthedefinitionfor"naturalgas"byrevising "D183686"toread"D183586,87,91,or97."     ` b.Inthedefinitionsfor"distillateoil"and n  "residualoil"byrevising"D39678"toread"D39678,89,90,92,96,or98." 60.42c[Amended]     ` 21.Amend60.42casfollows: ` a.Inparagraph(a),inthefirstsentencebyrevisingthewords"theownertheoperator"toread"theowneroroperator." ` b.Inparagraph(c),inthesecondsentencebyrevisingthewords"facilitiesunderthisparagraph"toread"facilitiesunderparagraphs(c)(1),(2),(3),or(4)." 60.43c[Amended]    ` 22.In60.43c,paragraph(a)(1)isamendedbyrevisingthewords"22ng/J(0.05lb/millionBtu)"toread"22ng/J(0.051lb/millionBtu)." 60.44c[Amended]  ~!0"  ` 23.In60.44c,paragraph(i),thethirdsentenceisamendedbyrevisingthewords"24houraveraged"toread"24houraverage." 60.45c[Amended]  (!*  ` 24.Amend60.45casfollows: ` a.Redesignateparagraphs(a)(5)through(a)(7)as paragraphs(a)(6)through(a)(8),respectively. -&0  ` b.Reviseparagraphs(a)(1)through(a)(4)andadd paragraph(a)(5). ` Theredesignation,revisionsandadditionreadasfollows:60.45cComplianceandperformancetestmethodsand  @ proceduresforparticulatematter.    ` (a)*** ` (1)Method1shallbeusedtoselectthesamplingsiteandthenumberoftraversesamplingpoints. ` (2)Method3shallbeusedforgasanalysiswhenapplyingMethod5,Method5B,orMethod17. ` (3)Method5,Method5B,orMethod17shallbeusedtomeasuretheconcentrationofPMasfollows: ` (i)Method5maybeusedonlyataffectedfacilitieswithoutwetscrubbersystems. ` (ii)Method17maybeusedataffectedfacilitieswithorwithoutwetscrubbersystemsprovidedthestackgastemperaturedoesnotexceedatemperatureof160$C(320  " $F).TheproceduresofSections8.1and11.1ofMethod5B n" $ maybeusedinMethod17onlyifMethod17isusedinconjunctionwithawetscrubbersystem.Method17shallnotbeusedinconjunctionwithawetscrubbersystemiftheeffluentissaturatedorladenwithwaterdroplets. ` (iii)Method5Bmaybeusedinconjunctionwithawetscrubbersystem. ` (4)Thesamplingtimeforeachrunshallbeatleast120minutesandtheminimumsamplingvolumeshallbe1.7dry .(4 standardcubicmeters(dscm)[60drystandardcubicfeet(dscf)]exceptthatsmallersamplingtimesorvolumesmaybeapprovedbytheAdministratorwhennecessitatedbyprocessvariablesorotherfactors. ` (5)ForMethod5orMethod5B,thetemperatureofthesamplegasintheprobeandfilterholdershallbemonitoredandmaintainedat16014$C(32025$F). `  *****  >  60.46c[Amended]     ` 25.In60.46c,paragraphs(b)and(d)areamendedbyrevisingtheabbreviation"CEM"toread"CEMS"whereveritappears. 60.47c[Amended]  ^  ` 26.In60.47c,paragraphs(a)and(b)areamendedbyrevisingtheabbreviation"CEMS"toread"COMS"whereveritappears. 60.48c_[Amended]     ` 27.In60.48c,paragraph(b)isamendedbyreplacingtheabbreviation"_CEMS_"withthewords"_CEMS_Ԁand/or_COMS_." 60.52[Amended]  $&  ` 28.In60.52,paragraph(a)isamendedbyrevisingthewords"theperformancetestrequiredtobeconductedby60.8iscompleted"toread"theinitialperformancetestiscompletedorrequiredtobecompletedunder60.8ofthispart,whicheverdatecomesfirst." 60.54[Amended]  .P(2  ` 29.Amend60.54asfollows: ` a.Inparagraph(b)(1)byrevisingthewords"Theemissionrate(c12)"toread"Theconcentration(c12)." n   ` b.Inparagraph(b)(3)(_i_),inthethirdsentencebyrevisingthewords"thearithmeticmeanofalltheindividualCO2sampleconcentrationsateachtraversepoint"   toread"thearithmeticmeanofthesampleCO2 `  concentrationsatalltraversepoints." 60.51a[Amended]     ` 30.Section60.51aisamendedbyaddinganew_difinition_Ԁinalphabeticalordertoreadasfollows:  60.51aDefinitions.  ***** ` Continuousmonitoringsystemmeansthetotalequipment > usedtosampleandcondition(ifapplicable),toanalyze,andtoprovideapermanentrecordofemissionsorprocessparameters.***** 60.58a[Amended]  ^#$  ` 31.Amend60.58aasfollows: ` a.Inparagraph(b)(3),inthefirstsentencebyrevisingthewords"particulatematteremissionstandard"toread"particulatematteremissionlimit." ` b.Inparagraph(b)(3),inthethirdsentencebyrevisingthewords"agastemperaturenogreaterthan"toread"agastemperatureof." .P(2  ` c.Inparagraph(b)(8)byrevisingthewords"operatea_CEMS_Ԁformeasuringopacity"toread"operateacontinuousopacitymonitoringsystem(_COMS_)." ` d.Inparagraph(e)(10)byrevisingtheword"Section"toread"section." ` e.Inparagraph(e)(14)byrevisingthewords"outletto"toread"outletof." ` f.Inparagraph(f)(2)byrevisingthewords"Method26"toread"Method26or26A." 60.58b[Amended]  ^  ` 3236.Amend60.58basfollows: ` a.Inparagraph(b)(1)byrevisingthewords"(orcarbondioxide)"toread"(or20percentcarbondioxide)."_ ` b.Inparagraph(f)(1),inthesecondsentencebydeletingthewords"forMethod26A." ` c.Inparagraph(f)(2)byremovingthewords"Method26A." 60.56c[Amended]  .!"  ` 37.Amend60.56casfollows: ` a.Inparagraph(b)(4),thefirstandsecondsentencesareamendedbyrevisingthewords"Method3or3A"toread"Method3,3A,or3B." ` b.Inparagraph(b)(10),thefirstsentenceisamendedbyrevisingthewords"Method26"toread"Method26or26A." 60.64[Amended]  -'2  ` 38.Amend60.64(b)(1)asfollows:0 ` a.0 ` (#` (#Inthedefinitionoftheterm"cs","(g/dscf)"is  revisedtoread"(gr/dscf)."  (# (# 0 ` b.0 ` (#` (#Inthedefinitionoftheterm"K","(453.6g/lb)"   isrevisedtoread"(7000gr/lb)."  (# (#  60.84[Amended]     ` 39.Amend60.84asfollows: ` a.Inparagraph(d),inthethirdsentencebyrevisingthewords"monitoringof"toread"monitoringsystemsformeasuring." ` b.Inparagraph(d),inthefourthsentencebyrevisingthewords"thisSO2"toread"the_SO2."   60.102[Amended]  ^  ` 40.In60.102,paragraph(a)(1)isamendedbyrevisingthewords"1.0kg/1000kg(1.0lb/1000lb)"toread"1.0kg/Mg(2.0lb/ton). 60.104[Amended]  ~!0"  ` 41.In60.104,paragraph(b)(2)isamendedbyrevisingthewords"9.8kg/1,000kg"toread"9.8kg/Mg(20lb/ton)." 60.105[Amended]  (!*  ` 42.Amend60.105by: ` a.Inparagraphs(a)(3)(iii)and(a)(5)(ii),thewords"Methods6and3"inthesecondsentencearerevisedtoread"Methods6or6Cand3or3A." .P(2  ` b.Inparagraph(a)(4)(iii),thewords"Method11shallbeusedforconductingtherelativeaccuracyevaluations"arerevisedtoread"Method11,15,15A,or16shallbeusedforconductingtherelativeaccuracyevaluations." ` c.Inparagraphs(a)(3)(_i_),(a)(5)(_i_),(a)(6)(_i_),and(a)(7)(_i_),"10"isrevisedtoread"25." ` d.Inparagraph(a)(6)(ii),thefirstsentenceandparagraphs(a)(8),(a)(9),and(a)(12)arerevised. ` e.Inparagraph(a)(10),theabbreviation"_vppm_"isrevisedtoread"_ppmv_". ` f.Inparagraph(c),"(thousandsofkilogramsperhour)"isrevisedtoread"[Mg(tons)perhour]." ` g.Inparagraph(d),thewords"(liters/hrorkg/hr)"areremoved. ` Therevisionsreadasfollows:60.105Monitoringofemissionsandoperations. N   ` (a)*** ` (6)*** ` (ii)Theperformanceevaluationsforthisreducedsulfur(andO2)monitorunder60.13_(c)_Ԁshalluse %@( PerformanceSpecification5ofAppendixBofthisPart(andPerformanceSpecification3ofAppendixBofthisPartfortheO2analyzer).*** >*#. ***** ` (8)AninstrumentforcontinuouslymonitoringandrecordingconcentrationsofSO2inthegasesatboththe .(4 inletandoutletoftheSO2controldevicefromanyfluid N catalyticcrackingunitcatalystregeneratorforwhichtheowneroroperatorseekstocomplywith60.104(b)(1). ` (_i_)Thespanvalueoftheinletmonitorshallbeset125percentofthemaximumestimatedhourlypotentialSO2  @ emissionconcentrationenteringthecontroldevice,andthespanvalueoftheoutletmonitorshallbesetat50percentofthemaximumestimatedhourlypotentialsulfurdioxideemissionconcentrationenteringthecontroldevice. ` (ii)TheperformanceevaluationsfortheseSO2 ^ monitorsunder60.13_(c)_ԀshallusePerformanceSpecification2.Methods6or6Cand3or3Ashallbeusedforconductingtherelativeaccuracyevaluations. ` (9)AninstrumentforcontinuouslymonitoringandrecordingconcentrationsofSO2inthegasesdischargedinto . theatmospherefromanyfluidcatalyticcrackingunitcatalystregeneratorforwhichtheowneroroperatorseekstocomplyspecificallywiththe50_ppmv_Ԁemissionlimitunder60.104(b)(1). ` (_i_)Thespanvalueofthemonitorshallbesetat50percentofthemaximumhourlypotentialSO2emission %@( concentrationofthecontroldevice. ` (ii)TheperformanceevaluationsforthisSO2monitor (`", under60.13_(c)_ԀshallusePerformanceSpecification2.Methods6or6Cand3or3Ashallbeusedforconductingtherelativeaccuracyevaluations.***** .(4 -HX XXX- ` (12)Theowneroroperatorshallusethefollowingprocedurestoevaluatethecontinuousmonitoringsystemsunderparagraphs(a)(8),(a)(9),and(a)(10)ofthissection. ` (_i_)Method3or3AandMethod6or6Cfortherelativeaccuracyevaluationsunderthe60.13(e)performanceevaluation. ` (ii)AppendixF,Procedure1,includingquarterlyaccuracydeterminationsanddailycalibrationdrifttests.***** .(4 Ї 60.106[Amended]  N  ` 43.Amend60.106by: ` a.Inparagraphs(b)(1),(b)(3),(c)(1),(_i_)(9)revisingtheequationsanddefinitions. ` b.Inparagraph(b)(3)(ii)byrevisingthewords"Method3"toread"Method3B." p  n    ` c.Revisingparagraph(e). ` d.Revisingparagraph(f)(1). ` e.Inparagraph(f)(3)byrevisingthewords"Method3"toread"Method3or3A"andbyrevising"(h)(3)"toread"(h)(6)." ` d.Inparagraph(g),inthefirstsentencebyrevisingthewords"theapplicabletestmethodsandproceduresspecifiedinthissection"toread"Method6or6CandMethod3or3A." ` e.Inparagraphs(h)(1),(h)(3),and(h)(4)byrevisingtheabbreviation"_vppm_"toread"_ppmv_"whereveritoccurs. ` f.Inparagraph(_i_)(2)(_i_)byrevisingthewords"fortheconcentrationofsulfuroxidescalculatedassulfurdioxideandmoisturecontent"toread"formoisturecontentandfortheconcentrationofsulfuroxidescalculatedassulfurdioxide."  ` g.Revisingparagraph_(i_)(10). *@$.  ` h.Inparagraph(_i_)(11)byrevisingthewords"per1,000kgofcokeburnoff"toread"perMg(ton)ofcokeburnoff."  ` i.Inparagraph(j)(2)byrevisingthewords"ASTMD12964(_Reapproved_Ԁ1978)"toread"ASTMD12964,78,or95."     ` _j_.Inparagraph(j)(2)byrevisingthewords"ASTM `  D155283"toread"ASTMD155283or95."  >   ` k.Inparagraph(j)(2)byrevisingthewords"ASTM   D262287"toread"ASTMD262287,94,or98."  ^  ` l.Inparagraph(j)(2)byrevisingthewords"ASTM  D126687"toread"ASTMD126687,91,or98." ~0 0 ` Therevisionsreadasfollows:` (#` (# 60.106Testmethodsandprocedures. P ***** ` (b)*** ` (1)*** QA=zx 0 @Xdddddddd@E D? d|    (#(#           (#(#  Where:0 ` E0 ` (#` (#=0 (# (#EmissionrateofPM,kg/Mg(lb/ton)ofcoke ' * burnoff. (#(# 0 ` cs0 ` (#` (#=0 (# (#ConcentrationofPM,g/_dscm_Ԁ(gr/_dscf_).>*#.(#(# 0 ` _Qsd_0 ` (#` (#=0 (# (#Volumetricflowrateofeffluentgas,_dscm_/hr +%0 (_dscf_/hr). (#(# 0 ` _Rc_0 ` (#` (#=0 (# (#Cokeburnoffrate,Mg/hr(ton/hr)coke..(4(#(# 0 ` K0 ` (#` (#=0 (# (#Conversionfactor,1,000g/kg(7,000gr/lb).N(#(# ***** ` (3)***_Rc_0 ` = K1Qr(%CO2+%CO)[K2Qa󀄀K3Qr][(%CO/2)+%CO2+%O2)] ` (#` (# Where:0 ` _Rc_0 ` (#` (#=0 (# (#Cokeburnoffrate,Mg/hr(ton/hr). (#(# 0 ` Qr0 ` (#` (#=0 (# (#Volumetricflowrateofexhaustgasfrom `  catalystregeneratorbeforeenteringtheemissioncontrolsystem,_dscm_/min(_dscf_/min). (#(# 0 ` _Qa_0 ` (#` (#=0 (# (#Volumetricflowrateofairto_FCCU_ ^ regenerator,asdeterminedfromthefluidcatalyticcrackingunitcontrolroominstrumentation,_dscm_/min(_dscf_/min). (#(# 0 ` %CO20 ` (#` (#=0 (# (#Carbondioxideconcentration,percentby P volume(drybasis). (#(#  ` %CO0 =0 (# (#Carbonmonoxideconcentration,percentby p volume(drybasis). (#(#  ` %O20 =0 (# (#Oxygenconcentration,percentbyvolume(dry  " basis). (#(#  ` K10 =0 (# (#Materialbalanceandconversionfactor,2.982 #& x104(Mgmin)/(hr_dscm_Ԅ%)[9.31x106(ton %@( min)/(hrdscf%)]. (#(#  ` K20 =0 (# (#Materialbalanceandconversionfactor,2.088 (`", x103(Mgmin)/(hr_dscm_Ԅ%)[6.52x105(ton >*#.  min)/(hr_dscf_Ԅ%)].+%0(#(#  ` K30 =0 (# (#Materialbalanceandconversionfactor,9.94 N x105(Mgmin)/(hr_dscm_Ԅ%)[3.1x106(ton  min)/(hr_dscf_Ԅ%)]. (#(#  ***** ` _(c)_Ԁ*** ` (1)***@HEs=F+A(H/_Rc_) `   ` Where:0 ` Es0 ` (#` (#=0 (# (#EmissionrateofPMallowed,kg/Mg(lb/ton)   ofcokeburnoffincatalystregenerator. (#(#  ` F0 =0 (# (#Emissionstandard,1.0kg/Mg(2.0lb/ton)of  cokeburnoffincatalystregenerator. (#(#  ` A0 =0 (# (#AllowableincrementalrateofPMemissions,  7.5x104kg/millionJ(0.10lb/million P Btu). (#(#  ` H0 =0 (# (#Heatinputratefromsolidorliquidfossil p fuel,millionJ/hr(millionBtu/hr). (#(#  ` _Rc_0 =0 (# (#Cokeburnoffrate,Mgcoke/hr(toncoke/hr). "(#(# ***** ` (e)(1)TheowneroroperatorshalldeterminecompliancewiththeH2Sstandardin60.104(a)(1)as %@( follows:Method11,15,15A,or16shallbeusedtodeterminetheH2Sconcentration.Thegasesenteringthe (`", samplingtrainshouldbeataboutatmosphericpressure.Ifthepressureintherefineryfuelgaslinesisrelativelyhigh,aflowcontrolvalvemaybeusedtoreducethepressure.Ifthelinepressureishighenoughtooperate .(4 thesamplingtrainwithoutavacuumpump,thepumpmaybeeliminatedfromthesamplingtrain.Thesampleshallbedrawnfromapointnearthecentroidofthefuelgasline. ` (_i_)ForMethod11,thesamplingtimeandsamplevolumeshallbeatleast10minutesand0.010_dscm_Ԁ(0.35_dscf_).Twosamplesofequalsamplingtimesshallbetakenatabout1hourintervals.Thearithmeticaverageofthesetwosamplesshallconstitutearun.Formostfuelgases,samplingtimesexceeding20minutesmayresultindepletionofthecollectionsolution,althoughfuelgasescontaininglowconcentrationsofH2Smaynecessitatesamplingfor  longerperiodsoftime. ` (ii)ForMethod15or16,atleastthreeinjectsovera1hourperiodshallconstitutearun. ` (iii)ForMethod15A,a1hoursampleshallconstitutearun. ` (2)Whereemissionsaremonitoredby60.105(a)(3),compliancewith60.105(a)(1)shallbedeterminedusingMethod6or6CandMethod3or3A.A1hoursampleshallconstitutearun.Method6samplesshallbetakenatarate_ofapproximately2liters/min.Theppmcorrectionfactor(Method6)andthesamplinglocationinparagraph(f)(1)ofthissectionapply.Method4shallbeusedtodeterminethemoisturecontentofthegases.ThesamplingpointforMethod4shallbeadjacenttothesamplingpointforMethod6or6C. ` (f)*** .(4  ` (1)Method6shallbeusedtodeterminetheSO2 N concentration.Theconcentrationinmg/dscmobtainedbyMethod6or6Cismultipliedby0.3754toobtaintheconcentrationinppm.Thesamplingpointintheductshallbethecentroidofthecrosssectionifthecrosssectionalareaislessthan5.00m2(53.8ft2)oratapointnocloser   tothewallsthan1.00m(39.4in.)ifthecrosssectionalareais5.00m2ormoreandthecentroidismorethan1m >  fromthewall.Thesamplingtimeandsamplevolumeshallbeatleast10minutesand0.010dscm(0.35dscf)foreachsample.Eightsamplesofequalsamplingtimesshallbetakenatabout30minuteintervals.Thearithmeticaverageoftheseeightsamplesshallconstitutearun.ForMethod6C,arunshallconsistofthearithmeticaverageoffour1hoursamples.Method4shallbeusedtodeterminethemoisturecontentofthegases.ThesamplingpointforMethod4shallbeadjacenttothesamplingpointforMethod6or6C.Thesamplingtimeforeachsampleshallbe_equaltothetimeittakesfortwoMethod6samples.ThemoisturecontentfromthissampleshallbeusedtocorrectthecorrespondingMethod6samplesformoisture.Fordocumentingtheoxidationefficiencyofthecontroldeviceforreducedsulfurcompounds,Method15shallbeusedfollowingtheproceduresofparagraph(f)(2)ofthissection.***** ` (_i_)*** .(4  ` (9)***0 ` @H` (#` (#_ESO_<x=_CSO_<x_Qsd_/K  0 ` Where: ` (#` (# 0 ` _ESO_<:  x0 ` (#` (# : =0 (# (#sulfuroxidesemissionratecalculatedas   sulfurdioxide,kg/hr(lb/hr) (#(# 0 ` _CSO_<Z xZ 0 ` (#` (#=0 (# (#sulfuroxidesemissionconcentration   calculatedassulfurdioxide,g/_dscm_(gr/_dscf_) (#(# 0 ` _Qsd_0 ` (#` (#=0 (# (#dryvolumetricstackgasflowratecorrected   tostandardconditions,_dscm_/hr(_dscf_/hr) (#(# 0 ` K0 ` (#` (#=0 (# (#1,000g/kg(7,000gr/lb)(#(#  ` (10)Sulfuroxidesemissionscalculatedassulfurdioxideshallbedeterminedforeachtestrunbythefollowingequation:0 ` @xxH` (#` (#_RSO_<j.x.j=(_ESO_<j.x/.j_Rc_) . 0 ` Where: ` (#` (# 0 ` _RSO_<"\n" x0 ` (#` (#n" "\=0 (# (#Sulfuroxidesemissionscalculatedaskg n" $ sulfurdioxideperMg(lb/ton)cokeburnoff. (#(# 0 ` _ESO_<%|%@x%@%|0 ` (#` (#=0 (# (#Sulfuroxidesemissionratecalculatedas %@( sulfurdioxide,kg/hr(lb/hr). (#(# 0 ` _Rc_0 ` (#` (#=0 (# (#Cokeburnoffrate,Mg/hr(ton/hr).(`",(#(# ***** 60.107[Amended]  +%0  ` 44.60.107isamendedbyrevisingparagraphs(c)(5) and(c)(6)asfollows:60.107Reportingand_recordkeeping_Ԁrequirements. n  ***** ` _(c)_Ԁ*** ` (5)Ifsubjectto60.104(b)(2),foreachdayinwhichaMethod8sampleresultrequiredby60.106(_i_)wasnotobtained,thedateforwhichandbriefexplanationastowhyaMethod8sampleresultwasnotobtained,forapprovalbytheAdministrator. ` (6)Ifsubjectto60.104(b)(3),foreach8hourperiodinwhichafeedsulfurmeasurementrequiredby60.106(j)wasnotobtained,thedateforwhichandbriefexplanationastowhyafeedsulfurmeasurementwasnotobtained,forapprovalbytheAdministrator.***** 60.111[Amended]  N  _ ` 45.Section60.111isamendedasfollows: ` a.Inparagraph(b)byrevising"ASTMD39678"toread"ASTMD39678,89,90,92,96,or98." ` b.Inparagraph(b)byrevising"ASTMD288078"toread"ASTMD288078or96." ` c.Inparagraph(b)byrevising"ASTMD97578"toread"ASTMD97578,96,or98a." ` d.Inparagraph(l)byrevising"ASTMD32382"toread"ASTMD32382or94."  -`'2 60.111a[Amended]  N  ` 46.Section60.111aisamendedasfollows: ` a.Inparagraph(b)byrevising"ASTMD39678"toread"D39678,89,90,92,96,or98."6HXXHX X6 ` b.Inparagraph(b)byrevising"ASTMD288078"toread"ASTMD288078or96";andbyrevising"ASTMD97578"toread"ASTMD97578,96,or98a." ` c.Inparagraph(g)byrevising"ASTMD32382"toread"ASTMD32382or94." 60.111b[Amended]  `  ` 47.Section60.111bisamendedasfollows: ` a.Inparagraph(f)(3)byrevising"ASTMMethodD287983"toread"ASTMD287983,96,or97." ` b.Inparagraph(g)byrevising"ASTMD32382"toread"ASTMD32382or94." 60.116b[Amended]  ^  ` 48.Section60.116bisamendedasfollows: ` a.Inparagraph(e)(3)(ii)byrevising"ASTMMethodD287983"toread"ASTMD287983,96,or97." ` b.Inparagraph(f)(2)(i)byrevising"ASTMMethodD287983"toread"ASTMD287983,96,or97." ` c.Inparagraph(f)(2)(ii)byrevising"ASTMMethodD32382"toread"ASTMD32382or94." 60.121[Amended]  .+$.  ` 49.In60.121,paragraph(d)isaddedasfollows:60.121Definitions. .P(2 ***** ` (d)Blastfurnacemeansanyfurnaceusedtorecover  metalfromslag.***** 60.133[Amended]     ` 50.In60.133,paragraph(b)(1),thefirstsentenceisamendedbyrevisingthewords"pouringoftheheat"toread"pouringofpartoftheproductioncycle." 60.144Amended]  n   ` 51.In60.144,paragraph(c)isamendedbyrevisingasfollows:60.144Testmethodsandprocedures. n  ***** ` (c)Theowneroroperatorshallusethemonitoringdevicesof60.143(b)(1)and(2)forthedurationoftheparticulatematterruns.Thearithmeticaverageofallmeasurementstakenduringtheserunsshallbeusedtodeterminecompliancewith60.143(c).***** 60.143aAmended]  $&  ` 52.Amend60.143a,paragraph(c)asfollows: ` a.Thewords"allmonitoringdevices"inthefirstsentencearerevisedtoread"allmonitoringdevices requiredbyparagraph(a)ofthissection." ~+0%.  ` b.Thewords"EPAReferenceMethod2"inthefirstsentencearerevisedtoread"Method2ofAppendixAofthispart."  ` c.Thewords"EPAReferenceMethod2"inthesecondsentencearerevisedtoread"Method2." 60.144aAmended]     ` 53.In60.144a,paragraph(d)isamendedbyrevisingasfollows:60.144aTestmethodsandprocedures.   ***** ` (d)Tocomplywith60.143a(d)or(e),theowneroroperatorshallusethemonitoringdeviceof60.143a(a)todeterminetheexhaustventilationratesorlevelsduringtheparticulatematterruns.Eachowneroroperatorshallthenusetheseratesorlevelstodeterminethe3houraveragesrequiredby60.143a(d)and(e).***** 60.145aAmended]  .!"  ` 54.In60.145a,paragraph(f),inthefirstsentencebyrevisingthewords"ReferenceMethod5"toread"Method5." 60.153[Amended]  'p!*  ` 55.Amend60.153asfollows: ` a.Inparagraph(b)(3)byrevisingtheword"thermocouple"toread"temperaturemeasuringdevice"whereveritoccurs. N.(2  ` b.Inparagraph(b)(5),inthesecondsentencebyrevisingthewords"withthemethodspecifiedunder60.154(c)(2)"toread"withthemethodspecifiedunder60.154(b)(5)." 60.154[Amended]   @  ` 56.In60.154,paragraphs(b)(1)and(b)(3)arerevised,andinparagraph(b)(4),theequationsanddefinitionsarerevisedasfollows:60.154Testmethodsandprocedures.   ***** ` (b)*** ` (1)Theemissionrate(E)ofparticulatematterforeachrunshallbecomputedusingthefollowingequation: Y[ZRB>zx p @Xdddddddd@E B dF   (#(#           (#(#   ` Where:0 ` E0 ` (#` (#=0 (# (#Emissionrateofparticulatematter,g/kg .!" (lb/ton)ofdrysludgeinput. (#(#  ` cs0 =0 (# (#Concentrationofparticulatematter,g/dscm N$& (gr/dscf). (#(#  ` Qsd0 =0 (# (#Volumetricflowrateofeffluentgas,dscm/hr n' !* (dscf/hr). (#(#  ` S0 =0 (# (#Chargingrateofdrysludgeduringtherun, *@$. kg/hr(ton/hr). (#(#  ` K0 =0 (# (#Conversionfactor,1.0g/g(7,000gr/lb).-`'2(#(# ***** ` (3)Thedrysludgechargingrate(S)foreachrunshallbecomputedusingeitherofthefollowingequations:@DDKS=SmRdm/   @IS=SvRdv/Kv  @  ` Where:0 ` S0 ` (#` (#=0 (# (#Chargingrateofdrysludge,kg/hr(ton/hr).` (#(#  ` Sm0 =0 (# (#Totalmassofsludgecharge,kg(ton).> (#(#  ` Rdm0 =0 (# (#Averagemassofdrysludgeperunitmassof   sludgecharged,kg/kg(ton/ton). (#(#  ` 0 =0 (# (#Durationofrun,hr.(#(#  ` Sv0 =0 (# (#Totalvolumeofsludgecharged,m3(gal).~0(#(#  ` Rdv0 =0 (# (#Averagemassofdrysludgeperunitvolumeof  sludgecharged,kg/m3(lb/gal).P(#(#  ` Kv0 =0 (# (#Conversionfactor,1g/g(2,000lb/ton)..(#(#  ` (4)***6X` XHXX6 [KGzx *Qx 0 @Xdddddddd@E2 9t d7qN   (#(#           (#(#   _a`\LHzx x p @Xdddddddd@E%  dJMt%   (#(#                (#(#    Where:   Sm0  =0h(#(#totalmassofsludgechargedtothe +%0 incineratorduringthetestrun. h(#h(#    Sv0  =0h(#(#totalvolumeofsludgechargedtothe ^-'2  incineratorduringthetestrun.&.'3h(#h(# 0   Qmi0 (# (#=0h(#(#averagemassflowratecalculatedby N  averagingtheflowratesatthebeginningandendofeachinterval"i,"kg/hr(ton/hr). h(#h(# 0   Qvi0 (# (#=0h(#(#averagevolumeflowratecalculatedby n  averagingtheflowratesatthebeginningandendofeachinterval"i,"m3/hr(gal/hr). xh(#h(# 0   i0 (# (#=0h(#(#durationofinterval"i,"hr. @h(#h(# *****  57.Paragraph(b)(5)(iii)isamendedbyrevisingthewords"mg/liter(lb/ft3)ormg/mg(lb/lb)"toread"kg/m3 >  (lb/gal)orkg/kg(ton/ton)." 60.165[Amended]  ^   58.In60.165,paragraph(d)(2)isamendedbyrevisingthewords"installedunder60.163"toread"installedunderparagraph(b)ofthissection." 60.192[Amended]     59.In60.192,paragraph(a)isamendedbyrevisingthewords"accordingto60.8above"toread"accordingto60.195." 60.195[Amended]  ~!0"   60.Amend60.195asfollows:  a.Inparagraph(b)(1)byrevisingthewords"(mg/dscf)"inthedefinitionoftheterm"cs"toread ~&0 ( "(gr/dscf)";andrevisingthewords"(453,600mg/lb)"inthedefinitionoftheterm"K"toread"(7,000gr/lb)."  b.Inparagraph(b)(2)byrevisingthewords "(mg/dscf)"inthedefinitionofthesymbol"cs"toread ,p&0 "(gr/dscf)";andrevisingthewords"(453,600mg/lb)"inthedefinitionofthesymbol"K"toread"(7,000gr/lb)." 60.201[Amended]  n    61.In60.201byrevisingparagraph(c)toreadasfollows:60.201Definitions. n   *****  (c)EquivalentP2O5feedmeansthequantityof @  phosphorus,expressedasphosphoruspentoxide,fedtotheprocess.***** 60.202[Amended]     62.In60.202,paragraph(a)isamendedbyrevisingthewords"metricton"toread"Mg." 60.203[Amended]     63.In60.203,paragraph(b)isamendedbyrevisingthewords"metricton"toread"Mg." 60.204[Amended]  ""   64.Amend60.204asfollows:  a.Inparagraph(b)(1)byrevisingthewords"metricton"inthedefinitionoftheterm"E"toread"Mg";revisingthewords"(mg/dscf)"inthedefinitionoftheterm"csi"toread"(gr/dscf)";revisingthewords"metricton" >*#, inthedefinitionoftheterm"P"toread"Mg";andrevisingthewords"(453,600mg/lb)"inthedefinitionoftheterm"K"toread"(7,000gr/lb)." .(2   b.Inparagraph(b)(3)byrevisingthewords"metricton"inthedefinitionoftheterm"Mp"toread"Mg."   60.211[Amended]  n    65.In60.211byrevisingparagraph(c)toreadasfollows:60.211Definitions. n   *****0  (c)EquivalentP2O5feedmeansthequantityof @  phosphorus,expressedasphosphoruspentoxide,fedtotheprocess.  (# (# ***** 60.212[Amended]     66.In60.212,paragraph(a)isamendedbyrevisingthewords"metricton"toread"megagram(Mg)." 60.213[Amended]     67.In60.213,paragraph(b)isamendedbyrevisingthewords"metricton"toread"Mg." 60.214[Amended]  ""   68.Amend60.214asfollows:  a.Inparagraph(b)(1)byrevisingthewords"metricton"inthedefinitionoftheterm"E"toread"Mg";revisingthewords"(mg/dscf)"inthedefinitionoftheterm"csi"toread"(gr/dscf)";revisingthewords"metricton" >*#, inthedefinitionoftheterm"P"toread"Mg";andrevisingthewords"(453,600mg/lb)"inthedefinitionoftheterm"K"toread"(7,000gr/lb)." .(2   b.Inparagraph(b)(3)byrevisingthewords"metricton"inthedefinitionoftheterm"Mp"toread"Mg."   60.222[Amended]  n    69.In60.222,paragraph(a)isamendedbyrevisingthewords"metricton"toread"megagram(Mg)." 60.223[Amended]  n     70.Amend60.223asfollows:  a.Inparagraph(b)byrevisingthewords"metricton"toread"Mg."  b.Inparagraph(c),inthefirstsentencebyrevisingtheword"part"toread"subpart." 60.224[Amended]     71.Amend60.224asfollows:  a.Inparagraph(b)(1)byrevisingthewords"metricton"inthedefinitionoftheterm"E"toread"Mg";revisingthewords"(mg/dscf)"inthedefinitionoftheterm"csi"toread"(gr/dscf)";revisingthewords"metricton" >   inthedefinitionoftheterm"P"toread"Mg";andrevisingthewords"(453,600mg/lb)"inthedefinitionoftheterm"K"toread"(7,000gr/lb)."  b.Inparagraph(b)(3)byrevisingthewords"metricton"inthedefinitionoftheterm"Mp"toread"Mg." (!*  60.232[Amended]  )P#,   72.In60.232,paragraph(a)isamendedbyrevisingthewords"metricton"toread"megagram(Mg)." 60.233[Amended]  .P(2   73.In60.233,paragraph(b)isamendedbyrevisingthewords"metricton"toread"Mg." 60.234[Amended]  n    74.Amend60.234asfollows:  a.Inparagraph(b)(1)byrevisingthewords"metricton"inthedefinitionoftheterm"E"toread"Mg";revisingthewords"(mg/dscf)"inthedefinitionoftheterm"csi"toread"(gr/dscf)";revisingthewords"metricton" @  inthedefinitionoftheterm"P"toread"Mg";andrevisingthewords"(453,600mg/lb)"inthedefinitionoftheterm"K"toread"(7,000gr/lb)."  b.Inparagraph(b)(3)byrevisingthewords"metricton"inthedefinitionoftheterm"Mp"toread"Mg." ^  60.241[Amended]     75.In60.241,paragraph(c)isamendedbyitalicizingtheword"stored." 60.242[Amended]      76.In60.242,paragraph(a)isamendedbyrevisingthewords"metricton"toread"megagram(Mg)." 60.243[Amended]  $&   77.In60.243,paragraph(c),thefirstsentenceisamendedbyrevisingthewords"subjecttotheprovisionsofthispart"toread"subjecttotheprovisionsofthissubpart." 60.244[Amended]  -&0   78.Amend60.244asfollows: .(2   a.Inparagraph(c)(1)byrevisingthewords"metricton"inthedefinitionoftheterm"E"toread"Mg";revisingthewords"(mg/dscf)"inthedefinitionoftheterm"csi"toread"(gr/dscf)";revisingthewords"metricton"   inthedefinitionoftheterm"P"toread"Mg";andrevisingthewords"(453,600mg/lb)"inthedefinitionoftheterm"K"toread"(7,000gr/lb)."  b.Inparagraph(b)(3)byrevisingthewords"metricton"inthedefinitionoftheterm"Mp"toread"Mg."    60.250[Amended]  ^   79.In60.250,paragraph(a)isamendedbyrevisingthewords"200tons"toread"181Mg(200tons)." 60.251[Amended]  ^   80.In60.251,paragraphs(b)and(c)areamendedbyrevising"D38877"toread"D38877,90,91,95,or98a."   60.252[Amended]  ^   81.In60.252,paragraph(b)(1)isamendedbyrevisingthewords"0.040g/dscm(0.018gr/dscf)"toread"0.040g/dscm(0.017gr/dscf)." 60.253[Amended]  $&   82.Amend60.253asfollows:  a.Inparagraph(a)(1),thesecondsentenceisamendedbyrevisingthewords"3$Fahrenheit"toread"1.7$C(3 )#, $F)." ~+0%.   b.Inparagraph(a)(2)(i),thesecondsentenceisamendedbyrevisingtheword"gage"toread"gauge." .P(2  60.261[Amended]  N   83.Amend60.261asfollows:  a.Paragraph(n)isamendedbyrevising"ASTMDesignationA9976"toread"ASTMDesignationA9976or82(Reapproved1987)."  b.Paragraphs(s)and(w)areamendedbyrevising"ASTMDesignationA10069(Reapproved1974)"toread"ASTMDesignationA10069,74,or93."  @     c.Paragraph(q)isamendedbyrevising"ASTM   DesignationA10173"toread"ASTMDesignationA10173or93."̀  d.Paragraph(t)isamendedbyrevising"ASTM  DesignationA48276"toread"ASTMDesignationA48276or93."̀  e.Paragraph(o)isamendedbyrevising"ASTM ~0 DesignationA48364(Reapproved1974)"toread"ASTMDesignationA48364or74(Reapproved1988)."  P     f.Paragraph(v)isamendedbyrevising"ASTM .!" DesignationA49576"toread"ASTMDesignationA49576or94."  N$& 60.266[Amended]  %(   84.Amend60.266asfollows:  a.Paragraph(c)(1)isamendedbyrevisingthewords"emissionsisquantified"inthedefinitionoftheterm"n"toread"emissionsarequantified";revisingthewords"(g/dscf)"inthedefinitionoftheterm"csi"toread -'2 "(gr/dscf)";andrevisingthewords"(453.6g/lb)"inthedefinitionoftheterm"K"toread"(7000gr/lb)."  b.Paragraph(c)(2)(ii)isamendedbyrevisingthewords"5.70dscm(200dscf)"toread"5.66dscm(200dscf)." 60.274[Amended]   @   85.Amend60.274asfollows:  a.Paragraph(a)(4)isamendedbyrevisingthewords"underparagraph(e)ofthissection"toread"underparagraph(f)ofthissection."  b.Inparagraph(g),thefirstsentenceisamendedbyrevisingthewords"underparagraph(e)ofthissection"toread"underparagraph(f)ofthissection."  c.In60.274,paragraph(i),thefirstsentenceisamendedbyrevisingthewords"requiredby60.275(c)"toread"requiredby60.276(c)."  d.In60.274,paragraph(i)(4)isamendedbyrevisingasfollows:60.274Monitoringofoperations. .!" *****  (i)***  (4)ContinuousopacitymonitororMethod9_data.***** -`'2 Ї 60.275[Amended]  N   86.Amend60.275asfollows:  a.Paragraph(e)(2)isamendedbyrevisingthewords"morethenonecontrol"toread"morethanonecontrol."  b.Paragraph(e)(4)isamendedbyrevisingthewords"thetestrunsshallbeconductedconcurrently"toread"theMethod9testrunsshallbeconductedconcurrentlywiththeparticulatemattertestruns."  c.Inparagraph(_i_),thefifthsentenceisamendedbyrevisingthewords"Inthecase,ReferenceMethod9"toread"Inthiscase,Method9." 60.276[Amended]     87.Amend60.276by:  a.Paragraphs(a)and(c)(6)(iv)arerevised.  b.Inparagraph(b),thesecondsentenceisamendedbyrevisingthewords"postmarked30daysprior"toread"postmarkedatleast30daysprior."  Therevisionsreadasfollows:60.276_Recordkeeping_Ԁand_reporing_Ԁrequirements. #$   (a)Operationatafurnacestaticpressurethatexceedsthevalueestablishedunder60.274(g)andeither .&( operationofcontrolsystemfanmotoramperesatvaluesexceeding15percentofthevalueestablishedunder N)#, 60.274_(c)_Ԁoroperationatflowrateslowerthanthoseestablishedunder60.274_(c)_Ԁmaybeconsideredbythe n, &0 Administratortobeunacceptableoperationandmaintenance -'2 oftheaffectedfacility.OperationatsuchvaluesshallbereportedtotheAdministratorsemiannually.*****  _(c)_Ԁ***  (6)***  (iv)ContinuousopacitymonitororMethod9data.***** 60.274a[Amended]  >    88.Amend60.274a_by__:_  a.Inparagraph(c),thefirstsentenceisrevised,andparagraph(h)(4)isrevised.  b.Paragraph(f)isamendedbyaddingthefollowingsentenceafterthefirstsentence:"Thepressureshallberecordedas15minuteintegratedaverages."  c.Inparagraph(h),thefirstsentenceisamendedbyrevisingthewords"requiredby60.275a(d)"toread"requiredby60.276a(f)."  Therevisionsreadasfollows:60.274aMonitoringofoperations. "p$ *****  _(c)_ԀWhentheowneroroperatorofan_EAF_Ԁisrequiredtodemonstratecompliancewiththestandardsunder60.272a(a)(3),andatanyothertimethattheAdministratormayrequire(undersection114oftheAct,asamended),eitherthecontrolsystemfanmotoramperesandalldamperpositionsorthevolumetricflowratethrougheach -`'2 separately_ducted_Ԁhoodshallbedeterminedduringallperiodsinwhichahoodisoperatedforthepurposeofcapturingemissionsfromtheaffectedfacilitysubjecttoparagraph(b)(1)or(b)(2)ofthissection.********  (h)***  (4)ContinuousopacitymonitororMethod9data.***** 60.275a[Amended]      89.In60.275a,paragraph(e)(4)isamendedbyrevisingthewords"thetestrunsshallbeconductedconcurrently"toread"theMethod9testrunsshallbeconductedconcurrentlywiththeparticulatemattertestruns." 60.276a[Amended]  ~0   90.Amend60.276aasfollows:  a.Inparagraph(e),thesecondsentenceisamendedbyrevisingthewords"postmarked30daysprior"toread"postmarkedatleast30daysprior."  b.Paragraph(f)(6)(iv)isamendedbyrevisingasfollows:60.276a_Recordkeeping_Ԁandreportingrequirements. 'p!* *****  (f)***  (iv)ContinuousopacitymonitororMethod9data.***** -'2  60.281[Amended]  N _  91.Amend60.281asfollows:  a.Paragraph(c)isamendedbyrevisingthewords"ReferenceMethod16"toread"Method16."  b.Paragraph(d)isamendedbyrevisingthewords"belowtank(s)"toread"blowtank(s)."  c.Paragraph(e)isamendedbyrevisingthewords"digestionsystem"toread"digestersystem." 60.282[Amended]      92.In60.282,paragraph(a)(3)(i)isamendedbyrevisingthewords"0.15g/dscm(0.067gr/dscf)"toread"0.15g/dscm(0.066gr/dscf)." 60.283[Amended]  `   93.Amend60.283asfollows:  a.Inparagraph(a)(1)(iii)byrevisingthewords"1200$F."toread"650$C(1200$F)." `   b.Inparagraph(a)(1)(v),inthesecondsentencebyrevisingthewords"5ppmbyvolumeonadrybasis,correctedtotheactualoxygencontentoftheuntreatedgasstream"toread"5ppmbyvolumeonadrybasis,uncorrectedforoxygen_content."  c.Inparagraph(a)(1)(vi)byrevisingthewords"0.005g/kgADP"toread"0.005g/kgairdriedpulp(ADP)." 60.284[Amended]  .+$.    94.Amend60.284by: -&0   a.Inparagraph(a)(2)(ii)byrevisingthewords"20 percent"toread"25percent".  b.Revisingparagraph_(c)_Ԁintroductorytext.  c.Inparagraph(c)(3)byrevisingthewords"Correctall12houraverageTRSconcentrationsto10volumepercentoxygen,exceptthatall12houraverageTRSconcentrationfromarecoveryfurnaceshallbecorrectedto8volumepercentusingthefollowingequation:"toread"Usingthefollowingequation,correctall12houraverageTRSconcentrationsto10volumepercentoxygen,exceptthatall12houraverageTRSconcentrationsfromarecoveryfurnaceshallbecorrectedto8volumepercentoxygeninsteadof10percent,andall12houraverageTRSconcentrationsfromafacilitytowhichtheprovisionsof60.283(a)(1)(v)applyshallnotbecorrectedforoxygencontent:"  d.Paragraph(d)(3)(ii)isamendedbyrevisingthewords"1200$F"toread"650$C(1200$F)."  "   e.Addingparagraph(f).  Therevisionsandadditionreadasfollows:60.284Monitoringofemissionsandoperations. %@( *****  _(c)_ԀAnyowneroroperatorsubjecttotheprovisionsofthissubpartshall,exceptwheretheprovisionsof60.283(a)(1)(iii)or(iv)apply,performthefollowing: ***** ^-'2   (f)Theproceduresunder60.13shallbefollowedfor installation,evaluation,andoperationofthecontinuousmonitoringsystemsrequiredunderthissection.  (1)AllcontinuousmonitoringsystemsshallbeoperatedinaccordancewiththeapplicableproceduresunderPerformanceSpecifications1,3,and5ofappendixBtothispart.  (2)QuarterlyaccuracydeterminationsanddailycalibrationdrifttestsshallbeperformedinaccordancewithProcedure1ofappendixFtothispart.***** 60.285[Amended]  ~0   95.Amend60.285asfollows:  a.Inparagraph(c)(1)byrevisingthedefinitionoftheterm"cs"toread"cs=Concentrationofparticulate ~0 matter,g/_dscm_Ԁ(lb/_dscf_)."  b.Inparagraph(d)(3)byrevisingtheequationusedtocalculate"_GLS_"asfollows:  _GLS_=100_CNa_<""p2"p"S/(_CNa_<""p2"p"_SCNaOHCNa_<""p2"p"CO<""p3"p") "p$   c.Inparagraph(e)(1)byrevisingthedefinitionof"F"toread"F=conversionfactor,0.001417gH2S/_m3__ppm_ %( (8.846x108lbH2S/ft3_ppm_)." n' !*   d.Inparagraph(f)(1)byrevisingthewords"205$C (", (400$F)"toread"204$C(400$F)." *@$.   e.Revisingparagraph(f)(2)_.  Therevisionsreadasfollows:___ -`'2 60.285Testmethodsandprocedures. N *****  (f)***  (2)InplaceofMethod16,Method16Aor16Bmaybeused.***** 60.290[Amended]  `    96.In60.290,paragraph_(c)_Ԁisamendedbyrevisingthewords"4,550kilograms"toread"4.55Mg(5tons)." 60.291[Amended]  `   97.Amend60.291asfollows:  a.Thesecondsentenceofthedefinitionoftheterm"Glassmeltingfurnace"isamendedbyrevisingtheword ` "_appendaees_"toread"appendages."  b.Thedefinitionoftheterm"leadrecipe"isamended  byrevisingthechemicalformula"Na2M"toread"Na2O."    c.Thesecondsentenceofthedefinitionoftheterm"_rebricking_"isamendedbyrevisingtheword"_replacment_"to "" read"replacement." 60.292[Amended]  %@&   98.In60.292,paragraph(a)(2),thedefinitionoftheterm_STD_isamendedbyrevisingthewords"gof ("* particulate/kg"toread"gofparticulate/kg(lbofparticulate/ton)." 60.293[Amended]  -'0   99.Amend60.293asfollows: .(4 Ї  a.Inparagraph(d)(1)byrevisingthewords"specifiedinparagraph(b)(1)ofthissection"toread"specifiedinparagraph(b)ofthissection."  b.Paragraph(e)is_redesignated_Ԁasparagraph(f).  c.Paragraph(d)(3)introductorytextis_redesignated_asparagraph(e);paragraphs(d)(3)(_i_),(ii),and(iii)are_redesignated_Ԁasparagraphs(e)(1),(2),and(3).  d.Newly_designated_Ԁparagraph(f)isamendedbyrevisingthewords"12014$C"toread"12014$C(24825$F).    60.296[Amended]  ^   100.Amend60.296asfollows:  a.Inparagraph(b)(3)byrevisingthewords"AmericanSocietyofTestingandMaterials(ASTM)MethodD24076"toread"ASTMMethodD24076or92."̀  b.Inparagraph(b)(3)byrevising"D182677"toread ~0 "D182677or94."   60.301[Amended]  P    101.In60.301,thefirstparagraphisamendedbyrevisingthewords"theact"toread"theAct." 60.313[Amended]  $P&   102.Amend60.313asfollows:  ,p&0   a.Paragraph(c)(1)isamendedbyrevisingthewords "ReferenceMethod24"toread"Method24"wherevertheyoccur.  b.In60.313,paragraph(c)(1)(_i_)(B),thethirdsentenceisamendedbyrevisingthewords"othertransferefficienciesotherthan"toread"transferefficienciesotherthan."  c.Paragraph(c)(2)(_i_)isamendedbyrevisingthewords"in(c)(2)(_i_)(A),(B),and(C)"toread"inparagraphs(c)(2)(_i_)(A),(B),and(C)"wherevertheyoccur. 60.315[Amended]     103.In60.315,paragraph(a)(2)isamendedbyrevisingthewords"ReferenceMethod24"toread"Method24." 60.330[Amended]  ~0   104.In60.330,paragraph(a)isamendedbyrevisingthewords"10.7_gigajoules_"toread"10.7_gigajoules_Ԁ(10millionBtu)." 60.331[Amended]  #$   105.In60.331,paragraph(s)isdeleted. 60.332[Amended]  ~&0 (   106.In60.332,paragraph(a)isamendedbyrevisingthewords"thedateoftheperformancetest"toread"thedateonwhichtheperformancetest." 60.334[Amended]  -&0   107.In60.334,paragraph(c)(3),thefirstsentence isamendedbyrevisingthewords"providedin60.332(g)"toread"providedin60.332(f)." 60.335[Amended]      108.Amend60.335by:  a.Paragraph(c)(1)isamendedbyrevisingthewords  n    0  "_NOx_=emissionrateof_NOx_at15percentO2and_ISO_Ԁ @]!  @]!  @!    standardambientconditions,volumepercent.  (# (#   _NOxo_=observed_NOx_concentration,_ppm_Ԁbyvolume."   toread  "_NOx_=emissionrateof_NOx_at15percentO2and_ISO_Ԁ >    standardambientconditions,_ppm_Ԁbyvolume.  _NOx_=observed_NOx_concentration,_ppm_Ԁbyvolumeat15 ^    percentO2."    b.Paragraph(d)isrevised.  c.Inparagraph(f)(1),thefirstsentenceisamendedbyrevisingthewords"inparagraph(b)(1)ofthissection"toread"inparagraph(c)(1)ofthissection."  Therevisionsreadasfollows:60.335Testmethodsandprocedures. %( *****  (d)Theowneroroperatorshalldeterminecompliancewiththesulfurcontentstandardin60.333(b)asfollows:ASTMD288071,78,or96shallbeusedtodeterminethesulfurcontentofliquidfuelsandASTMD107280or90 -`'2 (_Reapproved_Ԁ1994),D303181,D408482or94,orD324681,92,or96shallbeusedforthesulfurcontentofgaseousfuels(incorporatedbyreferencesee60.17).TheapplicablerangesofsomeASTMmethodsmentionedabovearenotadequatetomeasurethelevelsofsulfurinsomefuelgases.Dilutionofsamplesbeforeanalysis(withverificationofthedilutionratio)maybeused,subjecttotheapprovaloftheAdministrator.***** 60.343[Amended]  ^   109.In60.343,paragraph(e),thefirstsentenceisamendedbyrevisingthewords"inwhichthescrubberpressuredropisgreaterthan30percentbelowtherateestablishedduringtheperformancetest"toread"inwhichthescrubberpressuredroporscrubbingliquidsupplypressureisgreaterthan30percentbelowthatestablishedduringtheperformancetest." 60.344[Amended]  .!"   110.Amend60.344asfollows:  a.Inparagraph(b)(1),thedefinitionoftheterm"cs" $P& isamendedbyrevisingthewords"(g/_dscf_)"toread"(gr/_dscf_)."_  b.Inparagraph(b)(1),thedefinitionoftheterm"k" )P#, isamendedbyrevisingthewords"(453.6g/lb)"toread "(7000gr/lb)." -&0   c.Inparagraph(b)(2),thefirstsentenceisamended byrevisingthewords"Method5Dshallbeusedaspositivepressurefabricfilters"toread"Method5Dshallbeusedatpositivepressurefabricfilters." 60.372[Amended]   @   111.Amend60.372asfollows;  a.Paragraph(a)(1)isamendedbyrevisingthewords"0.40milligramofleadperdrystandardcubicmeterofexhaust(0.000176gr/dscf)"toread"0.40milligramofleadperdrystandardcubicmeterofexhaust(0.000175gr/dscf)."  b.Paragraph(a)(2)isamendedbyrevisingthewords"1.00milligramofleadperdrystandardcubicmeterofexhaust(0.00044gr/dscf)"toread"1.00milligramofleadperdrystandardcubicmeterofexhaust(0.000437gr/dscf)."  c.Paragraph(a)(3)isamendedbyrevisingthewords"1.00milligramofleadperdrystandardcubicmeterofexhaust(0.00044gr/dscf)"toread"1.00milligramofleadperdrystandardcubicmeterofexhaust(0.000437gr/dscf)."  d.Paragraph(a)(5)isamendedbyrevisingthewords"4.50milligramsofleadperdrystandardcubicmeterofexhaust(0.00198gr/dscf)"toread"4.50milligramsofleadperdrystandardcubicmeterofexhaust(0.00197gr/dscf)."  e.Paragraph(a)(6)isamendedbyrevisingthewords"1.00milligramperdrystandardcubicmeterofexhaust(0.00044gr/dscf)"toread"1.00milligramofleadperdrystandardcubicmeterofexhaust(0.000437gr/dscf)." -`'2  60.374][Amended]񀀀  N   112.Amend60.374asfollows:  a.Inparagraph(c)(1),inthedefinitionoftheterm"cPb< <N iN  <"isamendedbyrevisingthewords"mg/dscm"toread"mg/dscm N  (gr/dscf)."  b.Inparagraph(c)(1),inthedefinitionoftheterm"k"isamendedbyrevisingthewords"453,600mg/lb"toread"7000 N  gr/lb)." 60.381[Amended]  p    113.In60.381,inthedefinitionoftheterm"storagebin"isamendedbbyrevisingthewords"ormetallicminerals" . toread"ofmetallicminerals." 60.382[Amended]  P   114.In60.382,paragraph(a)(1)isamendedbyrevisingthewords"0.05gramsperdrystandardcubicmeter"toread"0.05gramsperdrystandardcubicmeter(0.02g/dscm)." 60.385[Amended]  "p"   115.In60.385,paragraph(c)isamendedbyrevisingthewords"scrubberpressureloss(orgain)andliquidflowrate"toread"scrubberpressureloss(orgain)orliquidflowrate." 60.386[Amended]    *$,   116.In60.386,paragraph(c)isamendedbyrevisingthewords"60.3284(a)and(b)"toread"60.384(a)and(b)." 60.391[Amended]      117.Amend60.391asfollows:  a.Inparagraph(b),thedefinitionof"E"isamendedbyrevisingthewords"destructionefficiency"toread"destructionorremovalefficiency."  b.Inparagraph(b),theeleventhdefinitionisamendedbyrevisingthewords0  "Lcill=0 (# (#volumeofeachcoating(i)consumedbyeach > applicationmethod(l),asreceivedliters)" (#(# toread0  "Lcil=0 (# (#volumeofeachcoating(i)consumedbyeach N applicationmethod(l),asreceived(liters)." (#(#  60.393[Amended]  H   118.Amend60.393asfollows:  a.InpParagraph(c)(1)(i)isamendedbyrevisingthewords"ReferenceMethod24"toread"Method24"wherevertheyoccur.  b.Paragraph(c)(2)(ii)(A)isamendedbyrevisingtheterm \LHzx .x p @Xdddddddd@E6) 9d dXq,)   (#(#           (#(#  toreadasfollows: -8'1   [KGzx  x 0 @Xdddddddd@E,[ 9d dXq,N   (#(#      (#(#  60.395[Amended]      119.In60.395,paragraph(d)isamendedbyrevisingthewords"ReferenceMethod25"toread"Method25." N.(2 Ї 60.396[Amended]  N   120.In60.396,paragraphs(a)(1),(a)(2),(b),and(c)areamendedbyrevisingthewords"ReferenceMethod"toread"Method." 60.401[Amended]      121.In60.401,paragraph(b)isamendedbyrevisingthewords"unitincluding,moisture"toread"unit,includingmoisture." 60.402[Amended]  n    122.In60.402,paragraph(a)(2)(i)isamendedbyrevisingtheword"Contains"toread"Contain." 60.424[Amended]  n    123.Amend60.424toreadasfollows:  ba.Paragraph(b)(3)isredesignatedasparagraph(b)(4).  aaAb.Inparagraph(b)(3),thefirstsentenceisamendedbyrevisingthewords"scalesorcomputedfrommaterialbalanceshall"arerevisedtoread"scales,ortheresultofcomputationsusingamaterialbalance,shall."  a.Paragraph(b)(3)isredesignatedasparagraph(b)(4).b.Paragraph(b)(3)isredesignatedasparagraph(b)(4). 60.431[Amended]  & (   124.In60.431,paragraph(b),thedefinitionoftheterm"Ldi"isamendedbyaddingthewords"thesubject >*#, facility(orfacilities)"totheendofthedefinition. 60.433[Amended]  ^-'0   125.Amend60.433asfollows:  a.Inparagraph(a)(5),thefirstsentenceisamendedbyrevisingthewords"materialoronatleast"toread"materialonatleast."  b.Paragraph(a)(5)(ii)isamendedbyrevisingthepunctuationattheendoftheparagraph.Thewords"accordingto60.435."arerevisedtoread"accordingto60.435."  c.Paragraphs(b)(1),(b)(2),(b)(3),(b)(5),(c)(2)(ii),and(c)(2)(iii)areamendedbyinsertingan"="betweenthe"i"andthe"1"underthesummationsign.  d.Paragraph(c)(2)(v)isamendedbyreplacingthe"e"subscriptwith"a"whereveritoccurs.  e.Paragraph(e)(5)(ii)isamendedbyreplacingthe"a"subscriptwith"e"whereveritoccurs. 60.435[Amended]  p   126.Amend60.435asfollows:  a.Paragraphs(a)(1),(a)(2),and(b)areamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur.   b.Paragraph(d)(1)isamendedbyrevisingthewords %( "ASTMD147560(Reapproved1980)"toread"ASTMD147560,80,or90." 60.440[Amended]  *@$.   127.In60.440,paragraph(b)isamendedbyrevisingthewords"45Mg"toread"45Mg(50tons)"wherevertheyoccur. 60.441[Amended]      128.In60.441,paragraphs(a)and(b)areamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur. 60.443[Amended]  @    129.Amend60.443asfollows:  a.Inp P aragraph(b) isamended byrevisingthewords"Rqless"to  read"Rqisless." @   b. Inp   \ P aragraph(d) isamended byrevisingthewords"inparagraph(b)(1)ofthissection"toread"inparagraph(b)ofthissection."  c.Inparagraph(e),inthethirdsentenceisamendedbyrevisingthewords"38$C(50$F)"toread"28$C ^ (50$F)."     d.InpParagraph(i)isamendedbyrevisingtheword"devices"toread"device(s)." 60.446[Amended]  $P&   130.In60.446,paragraphs(a)and(b)areamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur. 60.453[Amended]  .+$.    131.Amend60.453asfollows: -&0   a.InpParagraph(b)isamendedbyrevisingthewords"performance text"toread"performancetest."  b.InpParagraph(b)(1)isamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur.  c.OIInpParagraph(b)(1)(i)(B) isamended byrevisingtheword"coatings"toread"coating."  d.Inparagraph(b)(1)(i)(C),equation(3)isamendedbyrevising"LcjkVsjk"toread"LcikVsik." >    e.!Inp!"P"aragraphs(b)(2)(i)(A)and(B)#areamended#byexchangingEquations(6)andEquation(7).  f.%$Om$%&Inp&'P'aragraph(b)(3)(i)(isamended(byrevisingtheword"assumed"toread"consumed." 60.454))[Amended]     132.In60.454,paragraph(a)(2)isamendedbyrevisingthewords"ofthegreaterof0.75percentofthetemperaturebeingmeasuredexpressedindegreesCelsiusor2.5$C"toread"of0.75percentofthetemperaturebeing P  measured,expressedindegreesCelsius,or2.5$C, .!" whicheverisgreater." 60.455**[Amended]  N$&   133.Amend60.455asfollows:  a.Paragraphs(c)(1)and(c)(2)areamendedbyrevisingthewords"28$C"toread"28$C"(50$F)"wherever N)#, theyoccur.  b.Inparagraph(d),thefirstsentenceisamendedbyrevisingtheword"opreator"toread"operator." -'2  60.456++[Amended]  N   134.Amend60.456asfollows:  a.Inparagraph(a)(1),thesecondsentenceisamendedbyrevisingthewords"ReferenceMethod24"toread"Method24."  b.Inparagraph(a)(1),thethirdsentenceisamendedbyrevisingthewords"subsection4.4ofMethod24"toread"Section12.6ofMethod24."  c.Paragraph(a)(4)isamendedbyrevisingtheword"volocity"toread"velocity."  d.Paragraph(c)isamendedbyrevisingthewords"0.003dscm"toread"0.003dscm(0.1dscf)." 60.463[Amended]  ^   135.Amend60.463asfollows:  a.Paragraph(c)(1)isamendedbyrevisingthewords"ReferenceMethod24"toread"Method24"wherevertheyoccur.  b.Paragraph(c)(3)(iii)isamendedbyrevisingtheword"computation"toread"computations."  c.Paragraph(c)(4)(ii)isamendedbyrevisingthedefinedterm"m"toread"n." 60.464[Amended]  'p!*   136.In60.464,paragraph(c),thesecondsentenceisamendedbyrevisingthewords"whichisgreater"toread"whicheverisgreater." 60.465[Amended]  N.(2   137.Amend60.465asfollows:  a.Inparagraph(c),thefirstsentenceisamendedbyrevisingthereference"69.462"toread"60.462."  b.Inparagraph(d),thefirstsentenceisamendedbyrevisingthereference"69.464"toread"60.464." 60.466[Amended]      138.Amend60.466asfollows:  a.Paragraphs(a)(1)and(a)(2)areamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur.  b.Inparagraph(a)(1),thefirstsentenceisamendedbyrevisingthewords"coatingfordeterminingtheVOCcontent"toread"coating,shallbeusedfordeterminingtheVOCcontent."  c.Inparagraph(a)(1),thethirdsentenceisamendedbyrevisingthewords"section4.4"toread"Section12.6."̀  d.Paragraph(c)isamendedbyrevisingthewords P  "0.003drystandardcubicmeter(DSCM)"toread"0.003dscm(0.11dscf)." 60.471[Amended]  N$&   139.In60.471,thedefinitionoftheterm"Catalyst"isamendedbyrevisingthewords"meansmeans"to 'p!* read"means." 60.472[Amended]  .+$.    140.Amend60.472asfollows: -&0   a.Paragraph(a)(1)(i)isamendedbyrevisingthe words"0.04kilogramsofparticulatepermegagram"toread"0.04kg/Mg(0.08lb/ton)."  b.Paragraph(a)(1)(ii)isamendedbyrevisingthewords"0.04kilogramspermegagram"toread"0.04kg/Mg(0.08lb/ton)."  c.Paragraph(b)(1)isamendedbyrevisingthewords"0.67kilogramsofparticulatepermegagram"toread"0.67kg/Mg(1.3lb/ton)."  d.Paragraph(b)(2)isamendedbyrevisingthewords"0.71kilogramsofparticulatepermegagram"toread"0.71kg/Mg(1.4lb/ton)."  e.Paragraph(b)(3)isamendedbyrevisingthewords"0.60kilogramsofparticulatepermegagram"toread"0.60kg/Mg(1.2lb/ton)."  f.Paragraph(b)(4)isamendedbyrevisingthewords"0.64kilogramsofparticulatepermegagram"toread"0.64kg/Mg(1.3lb/ton)."  g.Paragraph(b)(5)isamendedbyrevisingthewords"proceduresin60.474(k)"toread"proceduresin60.474(g)." 60.473,,[Amended]  ' *   141.Amend60.473asfollows:  a.Inparagraph(a),thesecondsentenceisamendedbyrevisingthewords"15$C"toread"15$C ,%0 (25$F)." -`'2   b.Inparagraph(b),thesecondsentenceisamendedbyrevisingthewords"10$C"toread"10$C(18$F)."    c.Inparagraph(c),thefirstsentenceisamendedbyrevisingthewords"(a)and(b)"toread"(a)or(b)" 60.474--[Amended]   @   142.Amend60.474asfollows:  a.Inparagraph(c)(1),thedefinitionoftheterm"E"isamendedbyrevisingthewords"kg/Mg"toread"kg/Mg(lb/ton)."  b.Inparagraph(c)(1),thedefinitionoftheterm"cs" ` isamendedbyrevisingthewords"(g/dscf)"toread"(gr/dscf)."  c.Inparagraph(c)(1),thedefinitionoftheterm"K"isamendedbyrevisingthewords"907.2/(gMg)/(kgton)"toread"7000gr/lb)."  d.Inparagraph(c)(4),thedefinitionoftheterm"d"isamendedbyrevisingthewords"llb/ft3"toread"lb/ft3." P    e.Paragraphs(c)(4)(ii)and(f)are.amendedby./revised.Therevisionsreadas/0revisingasf01f1ollows:60.474Testmethodsandprocedures. %( *****  (c)***  (4)***  (ii)Thedensity(d)oftheasphaltshallbecomputedusingthefollowingequation: -`'2 @Hd=K1󀄀K2Ti N 0  2W23w3here:  (# (#   d0 =0 (# (#densityoftheasphalt,kg/m3(lb/ft3)n (#(#   K10 =0 (# (#1056.1kg/m3(metricunits) (#(#    =0  64.70lb/ft3(EnglishUnits) @(#(#   K20 =0 (# (#0.6176kg/(m3$C)(metricunits) (#(#    =0  0.0694lb/(ft3$F)(EnglishUnits)` (#(# 0  Ti0  (# (#=0 (# (#temperatureatthestartoftheblow,$C($F)> (#(# *****  (f)Ifatalaterdatetheowneroroperatorbelievesthattheemissionlimitsin60.472(a)and(b)arebeingmeteventhoughoneoftheconditionslistedinthisparagraphexist,hemaysubmitawrittenrequesttotheAdministratortorepeattheperformancetestandprocedureoutlinedinparagraph(c)ofthissection.  (1)Thetemperaturemeasuredinaccordancewith60.473(a)isexceedingthatmeasuredduringtheperformancetest.  (2)Thetemperaturemeasuredinaccordancewith60.473(b)islowerthanthatmeasuredduringtheperformancetest.***** 60.48044[Amended]  (`",   143.In60.480(d)(2),line3,revisethewords"1,000Mg/yr"toread"1,000Mg/yr(1,102ton/yr)" 60.48155[Amended]  -`'2   144.Amend60.481asfollows:  a.Paragraph(a)(1)underthedefinitionof"Capital  expenditure"isamendedbyrevisingthewords"repair  p allowance,B,asreflected"to"repairallowance,B,dividedby100asreflected"  b.Thedefinitionfor"Invacuumservice"isamended p  byrevisingthewords"5kilopascals(kPa)"to"5kilopascals(kPa)(0.7psia)."  c.Thedefinitionoftheterm"Repaired"isamendedby p  revisingthewords"instrumentreadingor10,000ppmorgreater"toread"instrumentreadingof10,000ppmorgreater." 60.482266[Amended]  N   145.Amend60.4822asfollows:  a.Paragraph(e)isamendedbyrevisingthewords"(a),(c),and(d)ifthepump"toread"(a),(c),and(d)ofthissectionifthepump."  b.Paragraph(e)(3)isamendedbyrevisingthewords"paragraph(e)(2)"toread"paragraph(e)(2)ofthissection."  c.Paragraph(f)isamendedbyrevisingthewords"exemptfromtheparagraphs(a)through(e)"toread"exemptfromparagraphs(a)through(e)ofthissection." 60.482377[Amended]  +%.   146.In60.4823,paragraph(i)(2)isamendedby revisingthewords"paragraph(i)(1)"toread"paragraph(i)(1)ofthissection." 60.482488[Amended]      147.In60.4824,paragraph(c)isamendedbyrevisingthewords"paragraphs(a)and(b)"toread"paragraphs(a)and(b)ofthissection." 60.482599[Amended]  @    148.In60.4825,paragraph(c)isamendedbyrevisingthewords"paragraphs(a)and(b)."toread"paragraphs(a)and(b)ofthissection." 60.4827::[Amended]     149.In60.4827,paragraph(f)(3)isamendedbyrevisingthewords"paragraph(f)(2)"toread"paragraph(f)(2)ofthissection." 60.48210;;[Amended]  `   150.In60.48210,paragraph(c)isamendedbyrevisingthewords"temperatureof816$C"toread "" "temperatureof816$C(1500$F)." #`$  60.4831<<[Amended]  >%&   151.In60.4831,paragraph(b)(1)isamendedbyrevisingthewords"specifiedin60.487(b)"toread"specifiedin60.487(d)." 60.4832_==[Amended]  +%.   152.In60.4832,paragraph(a)(2)isamendedby revisingthewords"specifiedin60.487(b)"toread"specifiedin60.487(d)." 60.484>>[Amended]      153.In60.484,paragraph(f)(2)isamendedbyrevisingthewords"paragraphs(b),(c),(d),and(e)"toread"paragraphs(b),(c),(d),and(e)ofthissection." 60.485??[Amended]  @    154.Amend60.485asfollows:  a.Inparagraph(c)(2),ZinZthethirdsentenceYisamendedYbyrevisingtheword"indicates"isrevisedtoread"indicated."  b.Inparagraph(d),WinWthefirstsentenceXisamendedXbyrevisingthewords"in_VOC_Ԁseries"toread"in_VOC_Ԁservice."  c.SInSTTSpSUPUaragraph(d)(1)VisamendedVbyrevisingthewords"ASTME260,E168,E169"toread"ASTME26073,91,or96,E16867,77,or92,E16963,77,or93."[[  d.Inparagraphs(e)(1)and(e)(2)byrevisingthewords"0.3_kPa_Ԁat20$C"toread"0.3_kPa_Ԁat20$C(1.2in. #$ H2Oat68$F)"wherevertheyoccur. $P&   e.Inparagraph(e)(1)byrevising"ASTMD2879"toread"ASTMD287983,96,or97."  f.Inparagraph(f)byrevisingthewords"paragraphs(d),(e),and(g)"toread"paragraphs(d),(e),and(g)ofthissection."  g.Paragraphs(g)(3)and(g)(4)arerevised. -'2   h.Inparagraph(g)(5)byrevising"ASTMD250467"toread"ASTMD250467,77,or88(_Reapproved_Ԁ1993)."  _i_.Inparagraph(g)(6)byrevising"ASTMD238276"toread"ASTMD238276or88orD480995."  Therevisionsreadas_follows:_R\\60.485Testmethodsandprocedures.   ]]^*****^] `  ]  (g)***  (3)Themaximumpermittedvelocityforairassistedflaresshallbecomputedusingthefollowingequation:@G_Vmax_=K1+K2HT  0  _W_`w`here:  (# (# 0  _Vmax_0  (# (#=0 (# (#maximumpermittedvelocity,m/sec(ft/sec).(#(# 0  HT0  (# (#=0 (# (#netheatingvalueofthegasbeingcombusted, P _MJ_/_scm_Ԁ(Btu/_scf_). (#(#   K10 =0 (# (#8.706m/sec(metricunits)p(#(#    =0  28.56ft/sec(Englishunits)N (#(#   K20 =  0.7084m4/(_MJ_Ԅsec)(metricunits) " (# (#    =  0.087ft4/(Btusec)(Englishunits) n" $ 0   (4)Thenetheatingvalue(HT)ofthegasbeing #& combustedinaflareshallbecomputedusingthefollowingequation:  (# (#  cedR B>zx p @Xdddddddd@E( . d(C   (#(#            (#(#  0  aWabwbhere:^-'2 (# (# 0  K0  (# (#=0 (# (#conversionconstant,1.740'107(g N  mole)(_MJ_)/(_ppm_Ԅ_scm_Ԅkcal)(metricunits) (#(#    =0  4.674'108[(gmole)(Btu)/(_ppm_Ԅ_scf_Ԅkcal)] n  (Englishunits) (#(# 0  Ci0  (# (#=0 (# (#concentrationofsamplecomponent"_i_,"_ppm_ @(#(# 0  Hi0  (# (#=0 (# (#netheatofcombustionofsamplecomponent   "_i_"at25$Cand760mmHg(77$Fand14.7 `  psi),kcal/gmole (#(# ***** 60.486cc[Amended]  ^   155.In60.486,paragraph(c)(8)isamendedbyrevisingtheword"shutdown"toread"shutdowns." 60.487dd[Amended]  ^   156.In60.487,paragraph(d)isamendedbyrevisingthewords"Anowneror_opertor_Ԁelectingtocomplywiththeprovisionsof60.4831and60.4832"toread"Anowneroroperatorelectingtocomplywiththeprovisionsof60.4831or60.4832." 60.489ee[Amended]  #$   157.Amendthetablein60.489asfollows:  a.Revisethechemicalname"_Chlorbenzoyl_Ԁchloride"toread"_Chlorobenzoyl_Ԁchloride;"  b.Revisethechemicalname"_Chloronapthalene_"toread"_Chloronaphthalene_;"  c.Revisethe_CAS_ԀNo.for_diethylene_Ԁglycol_monobutyl_etheracetatetoread124174; N.(2 _  d.Revisethechemicalname"Ethylnecarbonate"toread"Ethylenecarbonate;"  e.Revisethechemicalname"Ethyleneglycolmonoethyether"toread"Ethyleneglycolmonoethylether;"  f.Revisethechemicalname"Propionaldehyde"toread"Propionaldehyde;"and  g.Revisethechemicalname"Tetrahydronapthalene"toread"Tetrahydronaphthalene." 60.491ff[Amended]      158.In  60.491,hginghparagraphs(a)(6)and(b)are ` amendedbyirevisingijcorrectingthespellingofjtheword"litre"toread"liter"whereveritoccurs. 60.493kk[Amended]  `   159.Amend60.493asfollows:  a.Paragraph(b)(1)isamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur.  b.Paragraph(b)(1)(i)(C)isamendedbyrevisingthewords"volumeweighedaverage"toread"volumeweighted_average."  c.Paragraph(b)(1)(_i_)(C)isamendedbyrevisingtheterm"LT2s"inEquation3toread"_Ls_." ~&0 (   d.Paragraph(b)(1)(iii)isamendedbyrevisingthewords"weightedaverageofmassof_VOC_"toread"weightedaveragemassof_VOC_." 60.494ll[Amended]  ,p&0   160.In60.494,paragraph(b),thesecondsentence isamendedbyrevisingthewords"accuracythegreaterof0.75percentofthetemperaturebeingmeasuredexpressedindegreesCelsiusor2.5$Ctoread"accuracyof0.75percent   ofthetemperaturebeingmeasured,expressedindegreesCelsius,or2.5$C,whicheverisgreater."    60.495mm[Amended] n `   -`'2 Їnonno  161.In60.495,paragraph(a)(1)isamendedbyrevisingthewords"fromdatadeterminedusingReferenceMethod24orsupplies"toread"fromdatadeterminedusingMethod24orsupplied." 60.496pp[Amended]   @   162.Revise60.496asfollows:  a.Paragraph(a)(1)isrevised.  b.qInpqrPraragraphs(a)(2),(b),and_(c)_Ԁsareamendedsbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur.  c.tInptuPuaragraph(a)(2)visamendedvbyrevisingthewords"30daysinadvance"toread"atleast30daysinadvance."ww  Therevisionsreadasfollows:60.496Testmethodsandprocedures.    (a)***  (1)Method24,anequivalentoralternativemethodapprovedbytheAdministrator,ormanufacturers'formulationdatafromwhichthe_VOC_Ԁcontentofthecoatingsusedforeachaffectedfacilitycanbecalculated.Intheeventofadispute,Method24datashallgovern.When_VOC_Ԁcontentofwaterbornecoatings,determinedfromdatageneratedbyMethod24,isusedtodeterminecomplianceofaffectedfacilities,theresultsoftheMethod24analysisshallbeadjustedasdescribedinSection12.6ofMethod24.*****x -`'2 Їx 60.501yy[Amended]     163.In60.501,thedefinitionof"Vaportight  p gasolinetanktruck"isamendedbyrevisingthewords  P "ReferenceMethod"toread"Method." 60.531zz[Amended]      164.Amend60.531asfollows:  a.Underthedefinitionof"Woodheater",paragraph ~0  (b)isamendedbyrevisingthewords"20cubicfeet"toread"0.57cubicmeters(20cubicfeet)."  b.Underthedefinitionof"Woodheater",paragraph ~0 _(c)_Ԁisamendedbyrevisingthewords"5kg/hr"toread"5kg/hr(11lb/hr)."  c.Underthedefinitionof"Woodheater",paragraph ~0 (d)isamendedbyrevisingthewords"800kg"toread"800kg(1,760lb)." 60.532[Amended]  #" _  165.Amend60.532asfollows:  a.~In~~p~Paragraph(b)(1)isamendedbyrevisingthewords"4.1g/hr"toread"4.1g/hr(0.009lb/hr)."  b.Paragraphs(b)(1)(i),(b)(1)(ii),and(b)(2)areRerevisedamendedbyrevising.Therevisionsreadasfollows: N.(0 60.532Standardsforparticulatematter. N *****  (b)***  (1)***  (i) Atburnrateslessthanorequalto2.82kg/hr  @ (6.2lb/hr),     C=K1BR+K2 `  Wwhere:   BR0  =0h(#(#burnrateinkg/hr(lb/hr) h(#h(#    K10  =0h(#(#3.55g/kg(0.00355lb/lb)^h(#h(#    K20  =0h(#(#4.98g/hr(0.0.011lb/hr)h(#h(#   (ii)Atburnratesgreaterthan2.82kg/hr(6.2lb/hr),  0 C=15g/hr(0.033lb/hr).  (# (#   (2)Anaffectedfacilitynotequippedwithacatalyticcombustorshallnotdischargeintotheatmosphereanygaseswhichcontainparticulatematterinexcessofaweightedaverageof7.5g/hr(0.017lb/hr).Particulate_emissionsshallnotexceed15g/hr(0.033lb/hr)duringanytestrunataburnratelessthanorequalto1.5kg/hr(3.3lb/hr)thatisrequiredtobeusedintheweightedaverageandparticulateemissionsshallnotexceed18g/hr(0.040lb/hr)duringanytestrunataburnrategreaterthan1.5kg/hr(3.3lb/hr)thatisrequiredtobeusedintheweightedaverage.***** 60.533[Amended]  ^-'2   166.Amend60.533asfollows:  a.Inparagraph(k)(1),thethirdsentenceisamendedbyrevisingthewords"Thegrantofsuchawaiver"toread"Thegrantingofsuchawaiver."  b.Paragraph(k)(2)isamendedbyrevisingthewords"inch"toread"0.64cm(inch)."  c.Inparagraph(o)(4),thefirstsentenceisamendedbyrevisingtheword"indicate"toread"indicates."  d.Inparagraph(o)(4),thefirstsentenceisamendedbyrevisingthewords"complywithapplicableemissionlimit"toread"complywiththeapplicableemissionlimit."  e.Inparagraph(p)(4)(ii)(A),thesecondsentenceisamendedbyrevisingthewords"1gramperhour"toread"1gramperhour(0.0022lbperhour)." 60.535[Amended]  . Ѐ  167.In60.535,paragraph(b)(9)isamendedby  revisingthewords"areportingand_recordkeeping_requirements"toread"reportingand_recordkeeping_requirements." 60.536  [Amended]  N$&   168.Amend60.536asfollows:  a.Paragraph(a)(3)(ii)andtheequationin(_i_)(4)(ii) arerevised. *$.   b.Paragraph(j)(2)(v)isamendedbyrevisingthewords"fiveinchesbyseveninches"toread"12.7centimetersby17.8centimeters(5inchesby7inches)."   Therevisionsreadasfollows:60.536Permanentlabel,temporarylabel,andowner's  @ manual.     (a)***  (3)***  (ii)Beatleast8.9cmlongand5.1cmwide(3incheslongand2incheswide).*****  (_i_)***  (4)**W@L**  (ii)***<H hXX` X<0  HOE0  (# (#=0 (# (#_Hv_'(Estimatedoverallefficiency/100)'BR. (# (# Wwhere:0  HOE0  (# (#=0 (# (#EstimatedheatoutputinBtu/hrN  (# (#   _Hv_0 =0 (# (#Heatingvalueoffuel,19,140Btu/kg(8,700  " Btu/lb)  (# (# 0  BR0  (# (#=0 (# (#Burnrateofdrytestfuelperhour,kg(lb)#& (# (# ***** 60.541[Amended]  ' *    169.Amend60.541asfollows: *@$.   a.Inparagraph(b),thedefinitionsoftheterms"Dc" N and"Dr"areamendedbyrevisingthewords"(gramsper  liter)"toread"[gramsperliter(lbpergallon)]."   b.Inparagraph(b),thedefinitionsoftheterms"G"and"N"areamendedbyrevisingthewords"(gramspertire)"toread"[grams(lb)pertire]."  c.Inparagraph(b),thedefinitionsoftheterms"Gb" `  and"Nb"areamendedbyrevisingthewords"(gramsper >  bead)"toread"[grams(lb)perbead]."  d.Inparagraph(b),thedefinitionsoftheterms"Lc" ^ and"_Lr_"areamendedbyrevisingtheword"(liters)"toread  "[liters(gallons)]."  e.Inparagraph(b),thedefinitionsoftheterms"M","Mo",and"Mr"areamendedbyrevisingtheword"(grams)"to P read"[grams(lb)]."  f.Inparagraph(b),thedefinitionsoftheterms"_Qa_", p "_Qb_",and"_Qf_"areamendedbyrevisingthewords"(dry N  standardcubicmetersperhour)"toread"[drystandardcubicmeters(drystandardcubicfeet)perhour]." 60.542[Amended]  #&   170.Amend60.542by: -`'2   a.Paragraphs(a)(1)(ii)(A)through(E),(a)(2)(ii)(A)through(E),(a)(6)(ii)(A)through(E),(a)(8)(ii)(A)through(E),and(a)(9)(ii)(A)through(E)arerevised.  b.InpParagraph(a)(3)isamendedbyrevisingthewords"nomorethan10gramsof_VOC_Ԁpertire(g/tire)"toread"nomorethan10grams(0.022lb)of_VOC_Ԁpertire."  c.InPparagraph(a)(4)isamendedbyrevisingthewords"nomorethan5gramsof_VOC_Ԁperbead(g/bead)"toread"nomorethan5grams(0.011lb)of_VOC_Ԁperbead."  d.Inparagraph(a)(5)(_i_)byrevisingthewords"1.2gramsof_VOC_Ԁpertire"toread"1.2grams(0.0026lb)of_VOC_pertire."  e.InpParagraph(a)(5)(ii)byrevisingthewords"9.3gramsof_VOC_Ԁpertire"toread"9.3grams(0.021lb)of_VOC_pertire."  f.InpParagraph(a)(7)(_i_)isamendedbyrevisingthewords"1.2gramsof_VOC_Ԁpertire"toread"1.2grams(0.0026lb)of_VOC_pertire."  g.InpParagraph(a)(7)(ii)isamendedbyrevisingthewords"9.3gramsof_VOC_Ԁpertire"toread"9.3grams(0.021lb)of_VOC_pertire."  Therevisionsreadasfollows:60.542Standardsforvolatileorganiccompounds. >*#.   (a)***  (1)***  (ii)*** .(4   (A)3,870kg(8,531lb)of_VOC_Ԁper28days,  (B)4,010kg(8,846lb)of_VOC_Ԁper29days,  _(C)_Ԁ4,150kg(9,149lb)of_VOC_Ԁper30days,  (D)4,280kg(9,436lb)of_VOC_Ԁper31days,or  (E)4,840kg(10,670lb)of_VOC_Ԁper35days.*****  (2)***  (ii)***  (A)3,220kg(7,099lb)of_VOC_Ԁper28days,0  (B)3,340kg(7,363lb)of_VOC_Ԁper29days,  (# (#   _(C)_Ԁ3,450kg(7,606lb)of_VOC_Ԁper30days,  (D)3,570kg(7,870lb)of_VOC_Ԁper31days,or0  (E)4,030kg(8,885lb)of_VOC_Ԁper35days.  (# (# *****  (6)***  (ii)***0  (A)3,220kg(7,099lb)of_VOC_Ԁper28days,  (# (# 0  (B)3,340kg(7,363lb)of_VOC_Ԁper29days,  (# (#   _(C)_Ԁ3,450kg(7,606lb)of_VOC_Ԁper30days,0  (D)3,570kg(7,870lb)of_VOC_Ԁper31days,or  (# (# 0  (E)4,030kg(8,885lb)of_VOC_Ԁper35days.  (# (# *****  (8)***  (ii)***  (A)1,570kg(3,461lb)of_VOC_Ԁper28days,0  (B)1,630kg(3,593lb)of_VOC_Ԁper29days,  (# (# 0  _(C)_Ԁ1,690kg(3,726lb)of_VOC_Ԁper30days,.(4 (# (# 0  (D)1,740kg(3,836lb)of_VOC_Ԁper31days,or  (# (# 0  (E)1,970kg(4,343lb)of_VOC_Ԁper35days.  (# (# *****  (9)***  (ii)***0  (A)1,310kg(2,888lb)of_VOC_Ԁper28days,  (# (# 0  (B)1,360kg(2,998lb)of_VOC_Ԁper29days,  (# (# 0  _(C)_Ԁ1,400kg(3,086lb)of_VOC_Ԁper30days,  (# (# 0  (D)1,450kg(3,197lb)of_VOC_Ԁper31days,or  (# (# 0  (E)1,640kg(3,616lb)of_VOC_Ԁper35days.  (# (# ***** 60.542a[Amended]  ~0   171.In60.542a,paragraph(a)isamendedbyrevisingthewords"25grams"toread"25grams(0.055lb)"wherevertheyoccur. 60.543[Amended]     172.Amend60.543asfollows:  a.Inparagraph(c),thefirstsentenceisamendedbydeletingtheabbreviation"(kg/mo)."  b.Paragraph(d)isamendedbyrevisingthewords"theg/tirelimit"toread"the_VOC_Ԁemissionpertirelimit."  c.Paragraph(e)isamendedbyrevisingthewords"g/beadlimit"toread"_VOC_Ԁemissionperbeadlimit."  d.Paragraph(f)isamendedbyrevisingthewords "operationthatuse"toread"operationthatuses." n, &0   e.Paragraphs(f)(2)(iv)(G)and(f)(2)(iv)(H)are amendedbyrevisingthedefinitionsoftheterms"W","V","Qi",and"Mi"followingtheequationsasfollows: n  BH hXH hXB  W0 =0 (# (#Molecularweightofthesingle_VOC_,mg/mgmole   (lb/lbmole).  (# (#   V0 =0 (# (#Thevolumeoccupiedbyonemoleofidealgasat   standardconditions[20$C,760mmHg]onawet `  basis,2.405X105_m3_/mgmole(385.3ft3/lbmole).>  (# (#   Qi0 =0 (# (#Volumetricflowinthecapturesystemduringrun   _i_,onawetbasis,adjustedtostandardconditions,_m3_(ft3)(see60.547(a)(5)). (# (#   Mi0 =0 (# (#Massofthesingle_VOC_Ԁusedduringrun_i_,mg(lb).~0 (# (#   f.Paragraphs(g),(_i_),and(j)areamendedbyrevisingthewords"operationthatuse"toread"operationthatuses"wherevertheyoccur.  g.Paragraphs(j)(4)and(j)(5)(ii)areamendedbyrevisingthewords"100feetperminute"toread"30.5meters(100feet)perminute"wherevertheyoccur.  h.Paragraphs(n)and(n)(5)areamendedbyrevisingthewords"25g/tirelimit"toread"_VOC_Ԁemissionpertirelimit"wherevertheyoccur. 60.544[Amended]  ' *   173.In60.544,paragraph(a)(2)isamendedbyrevisingtheword"_temperatrue_"toread"temperature." 60.545[Amended]  ,%0   174.Amend60.545asfollows: -'2   a.Paragraph(b)isamendedbyrevisingthewords"28 N $C"toread"28$C(50$F)."    b.Paragraph(d)isamendedbyrevisingthewords"specifiedkg/mouncontrolled_VOC_Ԁuse"toread"specified_VOC_Ԁmonthlyusage."  c.Paragraph(f)isamendedbyrevisingthecitation"60.543(B)(4)"toread"60.543(b)(4)." 60.546[Amended]  >    175.Amend60.546asfollows:  a.Paragraph(a)isamendedbyrevisingthewords"greentiressprayingoperationwhereorganicsolventbasedsprayareused"toread"greentiresprayingoperationwhereorganicsolventbasedspraysareused."  b.Paragraph(c)(1)isamendedbyrevisingthewords"kg/mouncontrolled_VOC_Ԁuse"toread"_VOC_Ԁmonthlyusage."  c.Paragraph(c)(1)isamendedbyrevisingthewords"thenumberdays"toread"thenumberofdays."_  d.Paragraphs(c)(2),(c)(3),and(c)(5)areamendedbyrevisingthewords"g/tireorg/beadlimit"toread"VOCemissionlimitpertireorperbead"wherevertheyoccur.  e.Inparagraph(d),thesecondsentenceisamendedbyrevisingthewords"(kg/hr)"toread"(kg/hrorlb/hr)."  f.Paragraph(f)(1)isamendedbyrevisingthewords"g/tireorg/beadlimit"toread"VOCemissionlimitper tireorperbead." ,%0   g.Paragraph(f)(2)isamendedbyrevisingthewords "kg/moVOCuse"toread"monthlyVOCusage."  h.Inparagraph(j),thesecondsentenceisamendedbyrevisingthewords"shallbereportedwithin30days"toread"shallbereportedwithin30daysofthechange." 60.547[Amended]      176.Amend60.547asfollows:  a.Paragraphs(a)(2)and(a)(5)areamendedbyrevisingthewords"notifytheAdministrator30daysinadvance"toread"notifytheAdministratoratleast30daysinadvance"wherevertheyoccur.  b.Paragraphs(a)(2)and(a)(5)areamendedbyrevisingthewords"1meter"toread"1.0meter(3.3feet)"wherevertheyoccur.  c.Paragraphs(a)(2)and(a)(5)(i)areamendedbyrevisingthewords"0.003drystandardcubicmeter"toread"0.003drystandardcubicmeter(dscm)[0.11drystandardcubicfeet(dscf)]"wherevertheyoccur. 60.560[Amended]  "p$   177.Amend60.560asfollows:  a.Paragraph(a)(4)(i)isamendedbyrevisingthewords"1,000Mg/yr"toread"1,000Mg/yr(1,102ton/yr)."  b.Inparagraph(b),Table1isrevisedbyaddinglinestoseparatetherows,suchthattherevisedtablereadsasfollows:  -'2 *q#$ ddd Xdd Xdd X(#(#q,dd ,td ,td ,@td",td"+  7%& N H7@" Polymer G%&6'T% G@ 5Production Process(es) G%&6'R%& G@QXProcess@QXSection E%&6'R%& EEmissions A7$ H %& (A  R   R  &&& R &Continuous 0&&!(&& 0Intermittent N&=!( ( && NPolypropylene G&&6'Z  >>& GLiquidPhase A&&2'  ``&& ARawMaterialsPreparation 0&&!  && 0X 0&&!Z && 0 >4!Z   && x>   `  &&  ` &PolymerizationReaction 0&! & 0X 0&!& & 0 >4!&  x  & x>  z ,  && z , &MaterialRecovery 0&! & 0X 0&! & 0X >4!  x  & x>   N  &&  N &ProductFinishing 0&!& 0X 0&!& 0 >4! x  & x>  p  && p &ProductStorage 0&!6& 0 0&!6& 0 N&=!6 x  & NPolypropylene G&&6'h >> & GGasPhase A&&2'h >> && ARawMaterialsPreparation 0&&! && 0 0&&!h !&& 0 >4!h "  && x>  n "  && n " &PolymerizationReaction 0&! $& 0 0&!4 %& 0X >4!4 & x  & x>  : &  && : & &MaterialRecovery 0&! '& 0X 0&! (& 0 >4! ) x  & x>  \)  && \) &ProductFinishing 0&!"*& 0 0&!"+& 0 >4!", x  & x>  ~,  && ~, &ProductStorage 0&!D-& 0 0&!D.& 0 N&=!D/ x  & NLowDensityPolyethylene G&&6' 1``" & GHighPressure A&&2' 3``# && ARawMaterialsPreparation 0&&! 5&& 0 0&&!v(6&& 0X >4!v(7  && x>  |7  && |7 &PolymerizationReaction 0&!9& 0 0&!B:& 0X >4!B; x  & x>  H;  && H; &MaterialRecovery 0&!<& 0 0&!=& 0X >4!> x  & x>  j>  && j> &ProductFinishing 0&!0?& 0 0&!0@& 0X >4!0A x  & x>  A  && A &ProductStorage 0&!RB& 0 0&!RC& 0X N&=!RD x  & NLowDensityPolyethyleneHighDensityPolyethylene G&&6',!I;& GLowPressureGasPhase A&&2',!N<&& ARawMaterialsPreparation 0&&!.P&& 0X 0&&!6Q&& 0X >4!6R  && x>  R  && R &PolymerizationReaction 0&! T& 0 0&!P U& 0X >4!P V x  & x>  !VV  && !VV &MaterialRecovery 0&!"W& 0 0&!"X& 0 >4!"Y x  & x>  "xY  && "xY &ProductFinishing 0&!>#Z& 0X 0&!>#[& 0 >4!>#\ x  & x>  #\  && #\ &ProductStorage 0&!`$]& 0 0&!`$^& 0 N&=!`$_ x  & NK% r! Xb$XH hXKHighDensityPolyethylene G&&6':(!dT& GLiquidPhaseSlurry A&&2'& gU&& ARawMaterialsPreparation 0&&!<&i&& 0 0&&!%Dj&& 0X >4!%Dk  && x>  & k  && & k &PolymerizationReaction 0&!(!m& 0 0&!^'!n& 0 >4!^'!o x  & x>  (d"o  && (d"o &MaterialRecovery 0&!*)"p& 0X 0&!*)"q& 0 >4!*)"r x  & x>  )#r  && )#r &ProductFinishing 0&!L*#s& 0X 0&!L*#t& 0 >4!L*#u x  & x>  *$u  && *$u &ProductStorage 0&!n+ %v& 0 0&!n+ %w& 0 N&&=!n+ %x x  & NHighDensityPolyethylene G&&&6'J-&z``m&& GLiquidPhaseSolution A&&2'-'}n&&& ARawMaterialsPreparation 0&&!J-&&& 0X 0&&!,R&&& 0X >4!,R&  && x>  -'  && -' &PolymerizationReaction 0&!/(& 0 0&!l.(& 0X >4!l.( x  & x>  N  && N &MaterialRecovery 0&!x& 0X 0&!x& 0X >4!x x  & x>  p"  && p" &ProductFinishing 0&!& 0 0&!& 0 >4! x  & (x>  D  (&& D (ProductStorage 2&&! && 2 2&&! && 21'%   x (  && 1Q" l`  X|X r! Xb$XQ ` c.Inparagraph(d),Table2isamendedbyrevisingthethirdcolumntoreadasfollows:*'( d ddd td td @td"td"#$(#(#,`td +  1&&"  ^ 1@(@Uncontrolledemissionrate,@D D -@kgTOC/Mgproduct@ +@(lbTOC/tonproduct) H&&9!v   && PH0.15(0.30)b H&9!  P && @xH0.14(0.28)b,0.24(0.48)c H&9!T  x @ & @xH0.19(0.38)b H&9!F  x @ & @xH1.57(3.14)b H&9! x @ & @xH0.12(0.24)c H&9! x @ & @xH0.02(0.04)b H&9!T x @ & @xH0.41(0.82)d H&9!F x @ & @xH(e) H&9! x @ & @xH(e) H&9! x @ & @xH(e) H&9!T x @ & @xH(e) H&9!F x @ & @xH0.05(0.10)f H&9! x @ & @xH0.03(0.06)g H&9!  x @ & @xH0.01(0.02)b H&9!T! x @ & @xH0.25(0.50)c H&9!"F  x @ & @xH0.11(0.22)b H&9!#! x @ & @xH0.41(0.82)b H&9!%" x @ & @xH0.24(0.48)f H&9!T& # x @ & @xH0.16(0.32)c H&9!'F!$ x @ & @xH1.68(3.36)f H&9!("% x @ & @xH0.05(0.10)f H&9!*#& x @ & @xH0.03(0.06)g H&9!T+%' x @ & @xH0.01(0.02)b H&9!,F&( x @ & @xH0.05(0.11)b,h H&9!-') x @ & @xH0.12(0.24)b,h x  l.80(3.60)h,i,j H&9!@ x @ & @xH(l) H&9! x @ & xHl.80(3.60)h,j,m   3.92(7.84)h,k,m   1'% P x   & 1 ` d.Paragraph(g)isamendedbyrevisingthewords"1.6Mg/yr"toread"1.6Mg/yr(1.76ton/yr)"wherevertheyoccur. 60.561[Amended]     ` 178.Amend60.561asfollows: ` a.Thedefinitionof"Endfinisher"isamendedas N revisingthewords"2torr"inthefirstsentencetoread"2mmHg(1in.H2O)";andbyrevisingthewords"between5 p and10torr"inthesecondsentencetoread"between5and10mmHg(3and5in.H2O)."   ` b.Thedefinitionof"Highdensitypolyethylene n  (HDPE)"isamendedbyrevisingthewords"0.940g/cm3"to N read"0.940gm/cm3(58.7lb/ft3)." .!  ` c.Thedefinitionof"Highpressureprocess"is "p! amendedbyrevisingthewords"15,000psig"toread"15,000psig(103,000kPagauge)." ` d.Thedefinitionof"Lowdensitypolyethylene(LDPE)" 'p!' isamendedbyrevisingthewords"0.940g/cm3"toread )P#)  "0.940g/cm3(58.7lb/ft3)." .+$+  ` e.Thedefinitionof"Lowpressureprocess"isamended N byrevisingthewords"300psig"toread"300psig(2,070kPagauge)." 60.5621[Amended]  N   ` 179.Amend60.5621asfollows: ` a.InTable3,movethesecondparagraphnumbered"2." p  inthefourthcolumntothethirdcolumntobecomethesecondparagraphnumber"2."inthatcolumn,andreplacing .  itinthefourthcolumnwiththewords"2.60.562   1(a)(1)(i)(A)through(D)."  0 ` b.0 ` (#` (#InTable3,Revisethewords"8scfm"inthethird  columntoread"0.23scm/min(8scf/min)."  (# (# 0 ` c.0 ` (#` (#InTable3,revisethewords"18.2Mg/yr"inthe  thirdcolumntoread"18.2Mg/yr(20.1ton/yr)."  (# (#  ` d.0 InTable3,revisethewords"1.6Mg/yr"in  footnoteatoread"1.6Mg/yr(1.76ton/yr)."P (# (#  ` e.0 InTable3,revisethedefinitionoftheterm"c" ~!0  infootnotebtoread"c=(0.3weightpercent ^#" TOC)1.83.">%$ (# (#  ` f.Inparagraph(a)(1)(ii),Figure1,decisions1.9,1.10,and1.11areamendedbyrevisingthewords"8SCFM"toread"0.23scm/min(8scf/min)"wherevertheyoccur. ` g.Inparagraph(a)(1)(iii),thesecondsentenceisamendedbyrevisingthewords"18.2Mg/yr"toread"18.2Mg/yr(20.1ton/yr)." .P(0  ` h.Paragraph(b)(1)(i)isamendedbyrevisingthewords"0.0036kgTOC/Mg"toread"0.0036kgTOC/Mg(0.0072lbTOC/ton)." ` i.Paragraph(c)(1)(i)(A)isamendedbyrevisingthewords"0.018kgTOC/Mg"toread"0.018kgTOC/Mg(0.036lbTOC/ton)." ` j.Paragraph(c)(1)(ii)(A)isamendedbyrevisingthewords"0.02kgTOC/Mg"toread"0.02kgTOC/Mg(0.04lbTOC/ton)." ` k.Paragraph(c)(1)(ii)(C)isamendedbyinsertingacommaaftertheword_"weight". ` l.Paragraph(c)(2)(_i_)isamendedbyrevisingthewords"0.04kg_TOC_/Mg"toread"0.04kg_TOC_/Mg(0.08lb_TOC_/ton)." ` m.Paragraph(c)(2)(ii)(A)isamendedbyrevisingthewords"0.02kg_TOC_/Mg"toread"0.02kg_TOC_/Mg(0.04lb_TOC_/ton)." ` n.Paragraph(c)(2)(ii)(C)isamendedbyinsertingacommaaftertheword"weight". 60.5622[Amended] #&  ^-'0   ` 180.In60.5622,paragraph(d)isamendedby N revisingthewords"150$CasdeterminedbyASTMMethodD86  78"toread"150$C(302$F)asdeterminedbyASTMMethod n  D8678,82,90,95,or96." 60.564[Amended]   @  ` 181.Amend60.564asfollows: ` a.Inparagraph(c)(1),thedefinitionsoftheterms"_Einlet_"and"_Eoutlet_"areamendedbyrevisingthewords"kg @  _TOC_/hr"toread"kg_TOC_/hr(lb_TOC_/hr)"wherevertheyoccur. ` b.Paragraphs(d)(1),(f),theintroductionto(h)introductorytecxtxt,and(j)(1)(iv),theequationsanddefinitionsarerevised;andparagraphs(g)(2)and(g)(3)arerevised. ` c.Paragraph(f)(1)isamendedbyrevising"ASTMD194677"toread"ASTMD194677or90(_Reapproved_Ԁ1994)." ` d.Paragraph(f)(3)isamendedbyrevising"ASTMD238276"toread"ASTMD238276or88orD480995." ` e.Paragraph(h)(2)isamendedbyrevisingthewords"Therateofpolymerproduced,Pp(kg/hr),shallbe .!" determinedbydividingtheweightofpolymerpulledinkilograms(kg)fromtheprocesslineduringtheperformancetestbythenumberofhours(hr)takentoperformtheperformancetest.Thepolymerpulled,inkilograms,shall"toread"Therateofpolymerproduction,Pp,shallbe (", determinedbydividingtheweightofpolymerpulled[inkg (lb)]fromtheprocesslineduringtheperformancetestby ,%0 thenumberofhourstakentoperformtheperformancetest.Theweightofpolymerpulledshall."  ` f.Paragraph(j)(1)isamendedbyrevising"ASTMD290874"toread"ASTMD290874or91." ` g.Paragraph(j)(1)(_i_)isamendedbyrevising"ASTMD337076"toread"ASTMD337076or96a." ` Therevisionsreadasfollows:60.564Testmethodsandprocedures. >  ***** ` (1)***  RB>zx p @Xdddddddd@E edU C   (#(#           (#(#  Q% l` / $|X l`  X|XQ ` Wwhere:].\  / X.HX l` / $|X]0   _Eunc_  =0/ (#(#uncontrolledannualemissions,Mg/yr(ton/yr)./ (#/ (# 0   _Cj_0 (#(#=0/  (# (#concentrationofsamplecomponentjofthegas p stream,drybasis,_ppmv_ / (#/ (#    _Mj_0  =0/  (# (#molecularweightofsamplecomponentjofthe  " gasstream,g/gmole(lb/lbmole) / (#/ (#    Q0  =0/  (# (#flowrateofthegasstream,_dscm_/hr(_dscf_/hr)#&/ (#/ (#    K20  =0/  (# (#4.157x1011[(Mg)(gmole)]/[(g)(_ppm_)(_dscm_)] %@( (metricunits) / (#/ (# 0  0 (#(#  =0/ (# (#1.298x1012[(ton)(lbmole)]/[(lb)(_ppm_)(_dscf_)] (`", (Englishunits) / (#/ (# ]% '!4 Xb$X\  / X.HX]  8,600  =operatinghoursperyear +%0 *****  (f)*** .(4  !JIRB>zx p @Xdddddddd@EN  d$NP   (#(#           (#(#  0  wWhere: (#(# Z+ l " t$7|X '!4 Xb$XZ0  HT0 (#(#=0" (# (#Ventstreamnetheatingvalue,_MJ_/_scm_Ԁ(Btu/_scf_),  @ wherethenetenthalpypermoleof_offgas_Ԁisbasedoncombustionat25$Cand760mmHg(68$Fand30 `  in.Hg),butthestandardtemperaturefordeterminingthevolumecorrespondingtoonemoleis20$C(68$F).^" (#" (# 0  K30 (#(#=0" (# (#1.74x107(1/_ppm_)(gmole/_scm_)(_MJ_/kcal)(metric  units),wherestandardtemperaturefor(gmole/_scm_)is20$C." (#" (# 0  0 (#(#=0" (# (#4.67x106(1/_ppm_)(lbmole/_scf_)(Btu/kcal)(English P units)wherestandardtemperaturefor(lb/mole/_scf_)is68$F.p" (#" (# 0  _Cj_0 (#(#=0" (# (#Concentrationonawetbasisofcompoundjin_ppm_.N " (#" (# 0  _Hj_0 (#(#=0" (# (#Netheatofcombustionofcompoundj,kcal/(gmole)  " [kcal/(lbmole)],basedoncombustionat25$Cand n" $ 760mmHg(77$Fand30in.Hg).#&" (#" (# ^,X4` hp x (#%'0*,.8135@8:<H?A l " t$7|X***** ` (g)*** ` (2)Ifapplicable,themaximumpermittedvelocity(_Vmax_)forsteamassistedand_nonassisted_Ԁflaresshallbe >*#. computedusingthefollowingequation:@HHALog10(_Vmax_)=(HT+K4)/K5󀀈 ^-'2 Wwhere: .(4 B" Xm hXpX,XX4` XB0 ` _Vmax_0m ` (#` (#=0 m (#m (#Maximumpermittedvelocity,m/sec(ft/sec)N (# (#  ` K40 m =0 m (#m (#28.8(metricunits) (# (#  `  m 0 1212(Englishunits)  (# (#  ` K50 m =0 m (#m (#31.7(metricunits)  (# (# 0 ` 0m ` (#` (#0 m (#m (#850.8(Englishunits)  (# (# 0 ` HT0m ` (#` (#=0 m (#m (#Thenetheatingvalueasdeterminedinparagraph   (f)ofthissection,_MJ_/_scm_Ԁ(Btu/_scf_).  (# (#  ` (3)Themaximumpermittedvelocity,_Vmax_,forair >  assistedflaresshallbedeterminedbythefollowingequation:@G_Vmax_=K6+K7HT  wWhhere:0 ` _Vmax_0m ` (#` (#=0 m (#m (#Maximumpermittedvelocity,m/sec(ft/sec). (# (#  ` K60 m =0 m (#m (#8.706m/sec(metricunits)P (# (#  ` 0 m =0 m (#m (#28.56ft/sec(Englishunits). (# (#  ` K70 m =0 m (#m (#0.7084[(m/sec)/_MJ_/_scm_)](metricunits)p (# (# 0 `  m =0 ` (#` (#0.00245[(ft/sec)/Btu/_scf_)](Englishunits)N  (# (# 0 ` HT0m ` (#` (#=0 m (#m (#Thenetheatingvalueasdeterminedinparagraph  " (f)ofthissection,_MJ_/_scm_Ԁ(Btu/_scf_).  (# (# ***** ` (h)*** \ LHzx kx p @Xdddddddd@E$'  dM%'    (#(#           (#(#  0 `  ` (#` (#  0 ` Wwhere:^-'2` (#` (# T( X pX Xm hXpXT0 ` _ERTOC_ =0 ` (#` (#Emissionrateoftotalorganiccompounds(minus N  methaneandethane),kg_TOC_/Mg(lb_TOC_/ton)product  (# (# 0 ` _ETOC_0 ` (#` (#=0 (# (#Emissionrateoftotalorganiccompounds(minus   methaneandethane)inthesample,kg/hr(lb/hr)  (# (# 0 ` Pp0 ` (#` (#=0 (# (#Therateofpolymerproduction,kg/hr(lb/hr)`  (# (# 0 ` K50 ` (#` (#=0 (# (#1,000kg/Mg(metricunits)>  (# (#  ` 0 0 (# (#=0 (# (#2,000lb/ton(Englishunits) (#(# *** ` (j)*** ` (1)*** ` (iv)***  RB>zx p @Xdddddddd@E ,dod    (#(#           (#(#  Wwhere: ` Xi=0 dailyethyleneglycolconcentrationforeachday  " usedtocalculatethe14dayrollingaverageusedintestresultstojustifyimplementingthereducedtestingprogram.  (# (#  ` n=0 numberofethyleneglycolconcentrations.' * (# (# ***** 60.565[Amended]  >*#.   ` 182.Amend60.565asfollows ,%0  ` a.Inparagraph(a)(1)(ii),thefirstsentenceis amendedbyrevisingthewords"kilograms_TOC_Ԁ(minusmethaneandethane)per_megagram_Ԁofproduct"toread"kg_TOC_Ԁ(minusmethaneandethane)perMg(lb_TOC_/ton)ofproduct." ` b.Paragraph(a)(2)(ii)isamendedbyrevisingtheword"boiler"toread"boilers." ` c.Paragraph(f)(1)(_i_)isamendedbyremovingdeletingthewords"areexceeded." 60.581[Amended]     ` 183.Amend60.581asfollows: ` a.Inparagraph(a),thedefinitionoftheterm"ink > solids"isamendedbyrevisingthewords"ReferenceMethod"  toread"Method." ` b.Inparagraph(b),thedefinitionsoftheterms"_Woi_","_Wsi_",and"_Woj_"areamendedbyrevisingthewords  "ReferenceMethod"toread"Method"wherevertheyoccur. 60.583[Amended]  >    ` 184.Amend60.583asfollows: ` a.Paragraph(a)isamendedbyrevisingthewords"ReferenceMethods"toread"Methods." ` b.Paragraphs(a)(1),(b)(4),(c)(2),(c)(3),and(c)(4)areamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur. 60.584[Amended]  ~+0%.   ` 185.Amend60.584asfollows: ^-'0  ` a.Paragraphs(b)(1)and(c)(1)areamendedby revisingthewords"of0.75percentofthetemperaturebeingmeasuredor2.5$C"toread"of0.75percentofthe n  temperaturebeingmeasured,expressedindegreesCelsius,or2.5$C."  @  ` b.Paragraph(b)(2)isamendedbyrevisingthewords"morethan28$C"toread"morethan28$C(50$F)." `   60.593[Amended]  >   ` 186.Amend60.593asfollows: ` a.Paragraph(b)(2)isamendedbyrevising"ASTME260,E168,orE169"toread"ASTME26073,91,or96,E16867,77,or92,orE16963,77,or93." ` b.Paragraph(d)isamendedbyrevising"ASTMMethodD86"toread"ASTMMethodD8678,82,90,95,or96."   60.600[Amended]  ~0  ` 187.In60.600,paragraph(a)isamendedbyrevisingthewords"500_megagrams_"toread"500Mg(551ton)." 60.602[Amended]  ~!0"  ` 188.Amend60.602asfollows: ` a.Inparagraph(a),thefirstsentenceisamendedbyrevisingthewords"10kilograms(kg)_VOC_Ԁper_megagram_Ԁ(Mg)"toread"10kg/Mg(20lb/ton)." ` b.Inparagraph(a),thesecondsentenceisamendedbyrevisingthewords"10kg_VOC_ԀperMg"toread"10kg/Mg(20 lb/ton)." ,p&0  ` c.Inparagraph(a),thethirdsentenceisamendedby revisingthewords"17kg_VOC_ԀperMg"toread"17kg/Mg(34lb/ton)." 60.603[Amended]     ` 189.Amend60.603asfollows: ` a.Inparagraph(b)introductorytext,thefirstsentenceisamendedbyrevisingthewords"_VOC_ԀemissionsperMgsolventfeed"toread"_VOC_Ԁemissionsperunitmasssolventfeed." ` b.InpParagraph(b)(2)isamendedbbyrevisingthesecondequationanddefinitions. ` c.Paragraph(b)(2)(_i_)is_redesignated_Ԁasparagraph(b)(3),andnewlydesignatedparagraph(b)(3)isamendedbyisamendedbyrevisingthewords"13kgperMgsolventfeed"toread"13kg/Mg(26lb/ton)solventfeed." ` Therevisionsreadasfollows:60.603Performancetestandcomplianceprovisions. P  ***** ` (b)*** ` (2)*** oqpR B>zx p @Xdddddddd@E%  d%F    (#(#           (#(#  ]+ X" N pX X pX]0 ` E0" ` (#` (#=0N " (#" (#_VOC_ԀEmissions,inkg/Mg(lb/ton)solvent;*@$.N (#N (# 0 ` SV0" ` (#` (#=0N " (#" (#Measuredorcalculatedvolumeofsolventfeed, ,%0 inliters(gallons);-`'2N (#N (# 0 ` SW0" ` (#` (#=0N " (#" (#Weightofsolventfeed,inMg(ton);NN (#N (# 0 ` MV0" ` (#` (#=0N " (#" (#Measuredvolumeofmakeupsolvent,inliters  (gallons); N (#N (# 0 ` MW0" ` (#` (#=0N " (#" (#Weightofmakeup,inkg(lb); N (#N (# 0 ` N0" ` (#` (#=0N " (#" (#Allowancefornongaseouslosses,13kg/Mg(26 @!   @ lb/ton)solventfeed; N (#N (# 0 ` SP0" ` (#` (#=0N " (#" (#Fractionofmeasuredvolumethatisactual `  solvent(excludeswater); N (#N (# 0 ` D0" ` (#` (#=0N " (#" (#Densityofthesolvent,inkg/liter(lb/gallon); N (#N (# 0 ` K0" ` (#` (#=0N " (#" (#Conversionfactor,1,000kg/Mg(2,000lb/ton);^N (#N (# 0 ` I0" ` (#` (#=0N " (#" (#Allowanceforsolventinventoryvariationor  changesintheamountofsolventcontainedintheaffectedfacility,inkg/Mg(lb/ton)solventfeed(maybepositiveornegative); N (#N (# 0 ` IS " =0N ` (#` (#Amountofsolventcontainedintheaffected . facilityatthebeginningofthetestperiod,asdeterminedbytheowneroroperator,inkg(lb); N (#N (# 0 ` IE " =0N ` (#` (#Amountofsolventcontainedintheaffected  " facilityatthecloseofthetestperiod,asdeterminedbytheowneroroperator,inkg(lb). N (#N (# ***** 60.604[Amended]  ' *   -`'2  ` 190.In60.604,paragraph(b)isamendedbyrevisingthewords"500_megagrams_"toread"500Mg(551ton)"wherevertheyoccur. 60.613[Amended]     ` 191.Amend60.613asfollows: ` a.Inparagraph_(c)_Ԁbyrevisingthewords"inthefollowingequipment"toread"thefollowingequipment." ` b.Paragraphs(d)and(e)areredesignatedas(e)and(f). ` c.Paragraph(c)(3)is_redesignated_Ԁasparagraph(d).    `  Theregsdeis  `  Rhe____   60.614  [Amended]  >  ` 192.Amend60.614asfollows: ` a.Inparagraph(b)(4)(ii),thedefinitionsoftheterms"_Ei_"and"_Eo_"areamendedbyrevisingtheterm"kg > _TOC_/hr"toread"kg/hr(lb/hr)." ` b.Inparagraph(b)(4)(iii),thedefinitionsoftheterms"Qi"and"Qo"areamendedbyrevisingtheunits >   "_dscf_/hr"toread"_dscf_/min." ` c.Inparagraph(b)(4)(iii),thedefinitionoftheterm"K2"isrevised. $&  ` d.Paragraphs(b)(5),(c),(d),(e),and(f)are_redesignated_Ԁasparagraphs(c),(d),(e),(f),and(g),respectively. ` e.Newly_redesignated_Ԁparagraph(e)(2)(ii)isamendedbyrevising"ASTMD194677"toread"D194677or90(_Reapproved_Ԁ1994)." N.(2  ` f.Thedefinitionfor"_Cj_"innewly_redesignated_ N paragraph(e)(4)isamendedbyrevising"ASTMD194677"toread"D194677or90(_Reapproved_Ԁ1994)." ` g.Thedefinitionfor"_Hj_"innewly_redesignated_   paragraph(e)(4)isamendedbyrevising"ASTMD238276"toread"ASTMD238276or88orD480995." ` h.Innewly_redesignated_Ԁparagraph(e)(1)(_i_),thesecondsentenceisamendedbyrevising"60.614(d)(2)and(3)"toread"60.614(e)(2)and(3)." ` _i_.Inthenewly_redesignated_Ԁparagraph(e)(1)(_i_),thesecondsentenceisamendedbyrevisingthesectionreference"(d)(1)(ii)"toread"(e)(1)(ii)." ` j.Innewly_redesignated_Ԁparagraph(e)(1)(_i_),thelastsentenceisamendedbyrevisingthewords"4inches"arerevisedtoread"10centimeters(4inches)." ` k.Innewly_redesignated_Ԁparagraph(e)(1)(ii)(C),thesecondsentenceisamendedbyrevising"60.614(d)(4)and(5)"toread"60.614(e)(4)and(5)." ` l.Newly_redesignated_Ԁparagraph(e)(2)(ii)isamendedbyrevising"ASTMD194677"toread"D194677,90,or94."W" XpX X" N pXW ` m.Innewly_redesignated_Ԁparagraphs(e)(4),(e)(5),and(f)(2),thedefinitionsoftheequationtermsarerevised;andnewly_redesignated_Ԁparagraph(f)(1)(_i_),Table1,and(f)(1)(ii)arerevised. ` Therevisionsreadasfollows:60.614Testmethodsandprocedures. ^-'2 ***** .(4  ` (b)*** ` (4)*** ` (iii)***Q% XpX XpXQ0 ` K2=0 ` (#` (#2.494x106(1/_ppm_)(gmole/_scm_)(kg/g)(min/hr)   (metricunits),wherestandardtemperaturefor(gmole/_scm_)is20$C.  (# (# W( X pX XpXW ` 0 =0 (# (#1.557x107(1/_ppm_)(lbmole/_scf_)(min/hr)(English `  units),wherestandardtemperaturefor(lbmole/_scf_)is68$F.  (# (# ***** ` (e)*** ` (4)***HX X X pXH0 ` HT=0 ` (#` (#Netheatingvalueofthesample,_MJ_/_scm_Ԁ(Btu/_scf_),  wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand760mmHg(77$F . and30in.Hg),butthestandardtemperaturefordeterminingthevolumecorrespondingtoonemoleis20$C(68$F). " (# (# 0 ` K1 =0 ` (#` (#1.74x107(1/_ppm_)(gmole/_scm_)(_MJ_/kcal)(metric n" $ units),wherestandardtemperaturefor(gmole/_scm_)is20$C.%@( (# (# 0 ` 0 ` (#` (#=0 (# (#1.03x1011(1/_ppm_)(lbmole/_scf_)(Btu/kcal) ' * (Englishunits)wherestandardtemperaturefor(lb/mole/_scf_)is68$F.>*#. (# (# 0 ` _Cj_ =0 ` (#` (#Concentrationonawetbasisofcompoundjin_ppm_, +%0 asmeasuredfor_organics_ԀbyMethod18andmeasuredforhydrogenandcarbonmonoxidebyASTMD194677, .(4 90,or94(incorporationbyreferenceasspecifiedin60.17ofthispart)asindicatedin60.614(e)(2).  (# (# 0 ` _Hj_Ԁ=0 ` (#` (#Netheatofcombustionofcompoundj,kcal/(g   mole)[kcal/(lbmole)],basedoncombustionat25  @ $Cand760mmHg(77$Fand30in.Hg).  (# (#  ` (5)***9X ,hXX X9 ` _ETOC_0 =0 (# (#Measuredemissionrateof_TOC_,kg/hr(lb/hr).>  (# (# 0 ` K20 ` (#` (#=0 (# (#2.494x106(1/_ppm_)(gmole/_scm_)(kg/g)(min/hr)   (metricunits),wherestandardtemperaturefor(gmole/_scm_)is20$C. (# (# 0 `   =0 ` (#` (#1.557x107(1/_ppm_)(lbmole/_scf_)(min/hr) ~0 (Englishunits),wherestandardtemperaturefor(lbmole/_scf_)is68$F.P (# (# 0 ` _Cj_0 ` (#` (#=0 (# (#Concentrationonawetbasisofcompoundjin . _ppm_,asmeasuredbyMethod18asindicatedin60.614(e)(2).  (# (#  ` _Mj_0 =0 (# (#Molecularweightofsamplej,g/gmole(lb/lb  " mole).  (# (# 0 ` _Qs_0 ` (#` (#=0 (# (#Ventstreamflowrate,_scm_/hr(_scf_/hr),ata #& temperatureof20$C(68$F).%@( (# (# ***** ` (f)*** ` (1)*** ` (_i_)Whereforaventstreamflowratethatisgreaterthanorequalto14.2_scm_/min(501_scf_/min)atastandardtemperatureof20$C(68$F): .(4 0 ` _TRE_0 ` (#` (#=0 (# (#_TRE_Ԁindexvalue.N (# (# 0 ` _Qs_0 ` (#` (#=0 (# (#Ventstreamflowrate,_scm_/min(_scf_/min),ata  temperatureof20$C(68$F).n  (# (# 0 ` HT0 ` (#` (#=0 (# (#Ventstreamnetheatingvalue,_MJ_/_scm_   (Btu/_scf_),wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand   760mmHg(68$Fand30in.Hg),butthe `  standardtemperaturefordeterminingthevolumecorrespondingtoonemoleis20$C(68$F)as   inthedefinitionof_Qs_.^ (# (# 0 ` _Ys_0 ` (#` (#=0 (# (#_Qs_forallventstreamcategorieslistedin  Table1exceptforCategoryEventstreamswhere_Ys_=_QsHT_/3.6. (# (# 0 ` _ETOC_0 ` (#` (#=0 (# (#Hourlyemissionsof_TOC_,kg/hr(lb/hr).P (# (#  ` a,b,c,d,e,andfarecoefficients. ` ThesetofcoefficientswhichapplytoaventstreamshallbeobtainedfromTable1.   " XXTABLE1.AIROXIDATION_NSPS_Ԁ_TRE_ԀCOEFFICIENTSFORVENTSTREAMS@\ \ =CONTROLLEDBYANINCINERATORmXXR6m*O78 dd`td '(X%X%O,ud ,td ,td ,5td ,td ,5td ,t +  39& n  3DESIGNCATEGORYA1.0  FOR_HALOGENATED_ԀPROCESSVENTSTREAMS,IF0NETHEATINGVALUE(_MJ_/_scm_)3.5ORIF0NET  { HEATINGVALUE(Btu/_scf_)94:a ##  K&%<$   9 K_Qs_=VentStreamFlowrate    _scm_/min(_scf_/min) 9&&* c "&% 9a 9&&*  "&& 9b 9&&*  "&& 9c 9&&*  "&& 9d 9&&* "&& 9e =&&%* "&& =f O&%%>* "  &&% O14.2_Qs_18.8  (501_Qs_664) i  18.8<_Qs_699   (664<_Qs_24,700) K  699<_Qs_1400 1  (24,700<_Qs_49,000) {  1400<_Qs_2100 a  (49,000<_Qs_74,000)   2100<_Qs_2800 C  (74,000<_Qs_99,000) )  2800<_Qs_3500 s (99,000<_Qs_120,000) ;&&%*Y "&%% ;19.18370(42.29238)20.00563(44.10441)39.87022(87.89789)59.73481(131.6914)79.59941(175.4849)99.46400(219.2783) ;&&%*Y ("&&% ;0.27580(0.017220)0.27580(0.017220)0.29973(0.018714)0.31467(0.019647)0.32572(0.020337)0.33456(0.020888) ;&&%*Y 4"&&% ;0.75762(0.072549)0.30387(0.029098)0.30387(0.029098)0.30387(0.029098)0.30387(0.029098)0.30387(0.029098) ;&&%*Y @"&&% ;Є0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361) ;&&%*Y L"&&% ;0(0)0(0)0(0)0(0)0(0)0(0) =&&%%*Y X"&&% =0.01025(0.003803)0.01025(0.003803)0.01449(0.005376)0.01775(0.006585)0.02049(0.007602)0.02291(0.008500) S&F*e" 0  &&%% SDESIGNCATEGORYA2.0 L FOR_HALOGENATED_ԀPROCESSVENTSTREAMS,IFNETHEATINGVALUE<3.5(_MJ_/_scm_)ORIFNET Af HEATINGVALUE<94(Btu/_scf_): U&%F.gL #L #  & U_Qs_=VentStreamFlowrate Ci _scm_/min(_scf_/min) 9&&*)j"&% 9a 9&&*k"&& 9b 9&&*l"&& 9c 9&&*m"&& 9d 9&&*n"&& 9e =&&%*o"&& =f O&%%>*p"  &&% O14.2_Qs_18.8 Iq (501_Qs_664) r 18.8<_Qs_699 y+s (664<_Qs_24,700) t 699<_Qs_1400 [u (24,700<_Qs_49,000) Av 1400<_Qs_2100 w (49,000<_Qs_74,000) q#x 2100<_Qs_2800  y (74,000<_Qs_99,000)  Sz 2800<_Qs_3500 9!{ (99,000<_Qs_120,000) ;&&%*!|"&%% ;18.84466(41.54494)19.66658(43.35694)39.19213(86.40297)58.71768(129.4490)78.24323(172.4950)97.76879(215.5411) ;&&%*!"&&% ;0.26742(0.016696)0.26742(0.016696)0.29062(0.018145)0.30511(0.019050)0.31582(0.019718)0.32439(0.020253) ;&&%*!"&&% ;Є0.20044(0.019194)̄0.25332(0.024258)̄0.25332(0.024258)̄0.25332(0.024258)̄0.25332(0.024258)̄0.25332(0.024258) ;&&%*!"&&% ;0(0)0(0)0(0)0(0)0(0)0(0) ;&&%*!"&&% ;0(0)0(0)0(0)0(0)0(0)0(0) =&&%%*!"&&% =0.01025(0.003803)0.01025(0.003803)0.01449(0.005376)0.01775(0.006585)0.02049(0.007602)0.02291(0.008500) S&F*!" 0  &&%% SDESIGNCATEGORYB.0  FOR_NONHALOGENATED_ԀPROCESSVENTSTREAMS,IF0NETHEATINGVALUE(_MJ_/_scm_)0.48ORIF0NET #k HEATINGVALUE(Btu/_scf_)13:Q$##  K&%<$$  & K_Qs_=VentStreamFlowrate  & _scm_/min(_scf_/min) 9&&*&S "&% 9a 9&&* &"&& 9b 9&&* &"&& 9c 9&&* &"&& 9d 9&&* &"&& 9e =&&%* &"&& =f O&%%>* &"  &&% <O14.2_Qs_1340 's! (501_Qs_47,300) Y( " 1340<_Qs_2690 (" (47,300<_Qs_95,000) );# 2690<_Qs_4040 !*# (95,000<_Qs_143,000) ;&&%**k$"&%% ;8.54245(18.83268)16.94386(37.35443)25.34528(55.87620) ;&&%**k$"&&% ;0.10555(0.0065901)0.11470(0.0071614)0.12042(0.0075185) ;&&%**k$"&&% ;0.09030(0.008647)0.09030(0.008647)0.09030(0.008647) ;&&%**k$"&&% ;Є0.17109(0.00039762)̄0.17109(0.00039762)̄0.17109(0.00039762) ;&&%**k$"&&% ;0(0)0(0)0(0) =&&%%**k$"&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.00658PF**k$" 0 < &&%% xPDESIGNCATEGORYC.0  FOR_NONHALOGENTED_ԀPROCESSVENTSTREAMS,IF0.48&%/ x   >_Qs_=VentStreamFlowrate   _scm_/min(_scf_/min) 9&&* `"&% 9a 9&&* "&& 9b 9&&* "&& 9c 9&&* "&& 9d 9&&*  "&& 9e =&&%*  "&& =f O&%%>*  "  &&% <O14.2_Qs_1340    (501_Qs_47,300) f   1340<_Qs_2690   (47,300<_Qs_95,000)  H 2690<_Qs_4040 .  (95,000<_Qs_143,000) ;&&%* x"&%% ;9.25233(20.39769)18.36363(40.48446)27.47492(60.57121) ;&&%* x"&&% ;0.06105(0.003812)0.06635(0.004143)0.06965(0.004349) ;&&%* x"&&% ;0.31937(0.030582)0.31937(0.030582)0.31937(0.030582) ;&&%* x#"&&% ;Є0.16181(0.00037605)̄0.16181(0.00037605)̄0.16181(0.00037605) ;&&%* x)"&&% ;0(0)0(0)0(0) =&&%%* x/"&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.006585) S&F* x5" 0 < &&%% SDESIGNCATEGORYD.0  FOR_NONHALOGENATED_ԀPROCESSVENTSTREAMS,IF1.9"&& 9d 9&&* ?"&& 9e =&&%* @"&& =f O&%%>* A"  &&% <O14.2_Qs_1180 h B (501_Qs_41,700) NC 1180<_Qs_2370 D (41,700<_Qs_83,700) ~0E 2370<_Qs_3550 F (83,700<_Qs_125,000) ;&&%*`G"&%% ;6.67868(14.72382)13.21633(29.13672)19.75398(43.54962) ;&&%*`M"&&% ;0.06943(0.004335)0.07546(0.004711)0.07922(0.004946) ;&&%*`S"&&% ;0.02582(0.002472)0.02582(0.002472)0.02582(0.002472) ;&&%*`Y"&&% ;0(0)0(0)0(0) ;&&%*`_"&&% ;0(0)0(0)0(0) =&&%%*`e"&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.00658 Q&%B*Fl" 0 < &&%% Q_Qs_=VentStreamFlowrate ^p _scm_/min(_scf_/min) 9&&*q"&% 9a 9&&*xt"&& 9b 9&&*xw"&& 9c 9&&*xz"&& 9d 9&&*x}"&& 9e =&&%*x"&& =f O&%%>*x"  &&% <O14.2_Ys_1180  (501_Ys_41,700) ` 1180<_Ys_2370 F (41,700<_Ys_83,700)  2370<_Ys_3550 v( (83,700<_Ys_125,000) ;&&%*"&%% ;6.67868(14.72382)13.21633(29.13672)19.75398(43.54962) ;&&%*"&&% ;0(0)0(0)0(0) ;&&%*"&&% ;0(0)0(0)0(0) ;&&%*"&&% ;Є0.00707(0.0000164)̄0.00707(0.0000164)̄0.00707(0.0000164) ;&&%*"&&% ;0.02220(0.0001174)0.02412(0.0001276)0.02533(0.0001340) =&&%%*"&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.006585):0." 0 <  &&%% :6X X6XRX X6XXX ` (ii)whereforaventstreamflowratethatislessthan14.2_scm_/min(501_scf_/min)atastandardtemperatureof20$C(68$F): #p 0 ` _TRE_0 ` (#` (#=0 (# (#_TRE_Ԁindexvalue.N% (# (# 0 ` _Qs_0 ` (#` (#=0 (# (#14.2_scm_/min(501_scf_/min).&  (# (# 0 ` HT0 ` (#` (#=0 (# (#(FLOW)(_HVAL_)/_Qs_.n( " (# (# 0 ` wherethefollowinginputsareused: ` (#` (# ?X / XX ,hX?0 ` FLOW  =0/ ` (#` (#Ventstreamflowrate,_scm_/min(_scf_/min),ata -& temperatureof20$C(68$F)..`(/ (#/ (# 0 ` _HVAL_  =0/ ` (#` (#Ventstreamnetheatingvalue,_MJ_/_scm_ N (Btu/_scf_),wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand n  760mmHg(68$Fand30in.Hg),butthe   standardtemperaturefordeterminingthevolumecorrespondingtoonemoleis20$C(68   $F)asinthedefinitionof_Qs_.` / (#/ (# 0 ` _Ys_  =0/ ` (#` (#_Qs_forallventstreamcategorieslistedin >  Table1exceptforCategoryEventstreamswhere_Ys_=_QsHT_/3.6.^/ (#/ (# 0 ` _ETOC_0 ` (#` (#=0/  (# (#Hourlyemissionsof_TOC_,kg/hr(lb/hr)./ (#/ (#  ` a,b,c,d,e,andfarecoefficients. ` Thesetofcoefficientsthatapplytoaventstreamcanbe_otbained_ԀfromTable1. ` (2)*** ` _TRE_  = / _TRE_Ԁindexvalue. p 0 ` _ETOC_0 ` (#` (#=0/  (# (#Hourlyemissionsof_TOC_,kg/hr(lb/hr).N / (#/ (# 0 ` _Qs_0 ` (#` (#=0/  (# (#Ventstreamflowrate,_scm_/min(_scf_/min),ata  " standardtemperatureof20$C(68$F).n" $/ (#/ (# 0 ` HT0 ` (#` (#=0/  (# (#Ventstreamnetheatingvalue,_MJ_/_scm_ #& (Btu/_scf_),wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand ' * 760mmHg(68$Fand30in.Hg),butthe (`", standardtemperaturefordeterminingthevolumecorrespondingtoonemoleis20$C(68 +%0 $F)asinthedefinitionof_Qs_.^-'2/ (#/ (#  ` a,b,c,d,andearecoefficients. .(4  ` ThesetofcoefficientsthatapplytoaventstreamshallbeobtainedfromTable2.  @@DD2TABLE2AIROXIDATIONPROCESSES_NSPS_Ԁ_TRE_ԀCOEFFICIENTSFORVENTSTREAMSCONTROLLEDBYAFLARE/*:; ddud td td 5td td 5td t 78(#(#,4dd ,dd ,Ldd ,xdd ,Ldd ,Ldd +  ,"   x,  v ( a  v ( b  v (  c  v (  d  v (  e 6,v (  x  x6HT<11.2_MJ_/_scm_  J  (HT<301Btu/_scf_)  B  2.25(0.140)  B  0.288(0.0367)  B  Є0.193(0.000448)  B  Є0.0051(0.0051)  B  2.08(4.59) 6,B  x  x6HT>11.2_MJ_/_scm_ d (HT>301Btu/_scf_)   0.309(0.0193)   0.0619(0.00788)   Є0.0043(0.0000010)    Є0.0034(0.0034)  " 2.08(4.59)$$ x   $*****  2 % 60.615[Amended]   '  ` 193.Amend60.615asfollows: ` a.Inparagraph(e),thefirstsentenceisamendedbyrevisingthewords"44MW"toread"44MW(150millionBtu/hour)." ` b.Inparagraph(g),thefirstsentenceisamendedbyrevising"60.613(c)"toread"60.613(e)." 60.620[Amended]  P5  ` 194.In60.620,paragraph(b),thesecondsentenceisamendedbyrevisingthewords"4,700gallons"toread"17,791liters(4,700gallons)." 60.624[Amended]  #= _ ` 195.In60.624,thethirdsentenceisamendedbyrevisingthewords"isfromtheoutlet"toread"istheoutlet." 60.632[Amended]  p*"$E   ` 196.Amend60.632asfollows: P,&G  ` a.Inparagraph(f),thesecondsentenceisamendedby revisingthewords"percentVOCcontent"toread"VOCcontent." ` b.Paragraph(f)isamendedbyrevising"ASTMMethodsE169,E168,orE260"toread"ASTME16963,77,or93,E16867,77,or92,orE26073,91,or96." ` 60.633[Amended]  `   ` 197.Amend60.633asfollows: ` a.Paragraph(b)(4)(i)isamendedbyrevising 60.482(b)(1)toread 60.4824(b)(1). ` b.Paragraph(d)isamendedbyrevisingthewords"283,000standardcubicmetersperday(scmd)(10millionstandardcubicfeetperday(scfd))"toread"283,200standardcubicmetersperday(10millionstandardcubicfeetperday)." ` c.Paragraphs(h)(1)and(2)areamendedbyrevisingthewords"at150$C"toread"at150$C(302$F)." P   ` d.Paragraphs(h)(1)and(2)areamendedbyrevisingthewords"ASTMMethodD86"toread"ASTMMethodD8678,82,90,95,or_96." 60.641[Amended]  %(  ` 198.Amend60.641asfollows: ` a.Thedefinitionfor"TotalSO2"isamendedby N)#, revisingthewords"(_ppmv_Ԁorkg/_DSCM_)"toread"[_ppmv_Ԁor kg/_dscm_Ԁ(lb/_dscf_)]." ,p&0  ` b.Thedefinitionsfor"E","S",and"X"areamended N  byrevisingasfollows:60.641Definitions.  p Ѐ***BX XX / XB ` E0 =0 (# (#thesulfuremissionrateexpressedaselemental   sulfur,kilogramsperhour(kg/hr)[poundsperhour(lb/hr)],roundedtoonedecimalplace.  (# (# Ѐ*** ` S0 =0 (# (#thesulfurproductionrate,kilogramsperhour   (kg/hr)[poundsperhour(lb/hr)],roundedtoonedecimalplace.   (# (#     ` X0 =0 (# (#thesulfurfeedratefromthesweeteningunit  (i.e.,theH2Sintheacidgas),expressedas ^ sulfur,Mg/D(LT/D),roundedtoonedecimalplace.  (# (# Ѐ******** 60.644  [Amended]     ` 199.Amend60.644asfollows: ` a.Paragraphs(b)(1),(c)(3),thefirstsentencein(c)(4)introductoryrtetext,thelastsentencein(c)(4)(_i_),thelastsentencein(c)(4)(ii),and(c)(4)(iii)arerevised. ` b.Inparagraph(b)(2),thefirstsentenceisamendedbyrevisingthewords"_dscf_/day"toread"_dscm_/day (_dscf_/day)." ,p&0  ` c.Inparagraph(c)(2),thesecondsentenceisamended byrevisingthewords"kg/hr"toread"kg/hr(lb/hr)." ` d.Paragraph(c)(4)(_i_)isamendedbydeletingthewords"inmg/_dscm_"wherevertheyoccur. ` e.Inparagraph(c)(4)(iv),thefifthsentenceisamendedbyrevisingthewords"(0.35_dscf_)"toread"(3.5_dscf_)." ` f.Paragraph(d)isamendedbyrevisingthewords"(b)of(c)"toread"(b)or(c)." ` Therevisionsreadasfollows:60.644Testmethodsandprocedures.  ***** ` (b)*** ` (1)Theaveragesulfurfeedrate(X)shallbecomputedasfollows: `     X=_KQaY_ p Where:E X N h*XX XE ` X0 =0N (# (#averagesulfurfeedrate,Mg/D(LT/D). "N (#N (#  ` _Qa_ =0 N averagevolumetricflowrateofacidgasfrom n" $ sweeteningunit,_dscm_/day(_dscf_/day). N (#N (#  ` Y =0 N averageH2Sconcentrationinacidgasfeedfrom %@( sweeteningunit,percentbyvolume,expressedasadecimal. N (#N (#  ` K0 =0N (# (#(32kgS/kgmole)/[(24.04_dscm_/kgmole)(1000kg >*#. S/Mg)]=1.331x103Mg/_dscm_,formetricunits.+%0N (#N (#  ` 0 =0N (# (#(32lbS/lbmole)/[(385.36_dscf_/lbmole)(2240lb ^-'2 S/longton)].(4N (#N (#  `  = N 3.707x105longton/_dscf_,forEnglishunits. N ***** ` _(c)_Ԁ*** ` (3)Theemissionrateofsulfurshallbecomputedforeachrunasfollows:@IE=_CeQsd_/K1    ` Wwhere:H X" N h*X X N h*XH ` E " =emissionrateofsulfurperrun,kg/hr. >   ` Ce " =0 N concentrationofsulfurequivalent(SO2+reduced   sulfur),g/_dscm_Ԁ(lb/_dscf_). N (#N (#  ` _Qsd_ " =0 N volumetricflowrateofeffluentgas,_dscm_/hr  (_dscf_/hr). N (#N (#  ` K1 " =0 N conversionfactor,1000g/kg(7000gr/lb).N (#N (#  ` (4)Theconcentrationofsulfurequivalent(Ce)shall P bethesumoftheSO2andreducedsulfurconcentrations, . afterbeingconvertedtosulfurequivalents.*** ` (_i_)***Theconcentrationshallbemultipliedby0.5x103toconverttheresultstosulfurequivalent.  "  ` (ii)***Theconcentrationin_ppm_Ԁreducedsulfurassulfurshallbemultipliedby1.333x103toconvertthe #& resultstosulfurequivalent. ` (iii)Method16Aor15shallbeusedtodeterminethereducedsulfurconcentrationfromoxidationtypedevicesorwheretheoxygencontentoftheeffluentgasisgreaterthan1.0percentbyvolume.Eightsamplesof20minuteseachshallbetakenat30minuteintervals.Thearithmeticaverageshallbetheconcentrationfortherun.The .(4 concentrationin_ppm_Ԁreducedsulfurassulfurshallbemultipliedby1.333x103toconverttheresultstosulfur  equivalent.***** 60.646[Amended]   @  ` 200.Amend60.646asfollows: ` a.Inparagraph(b)(1),thesecondsentenceisamendedbyrevisingthewords"(kg/hr)"toread"[kg/hr(lb/hr)]." ` b.Inparagraph(c),thesecondsentenceisamendedbyrevisingthewords"(kg/hr)"toread"[kg/hr(lb/hr)]." ` c.Inparagraph(e),thefirstsentenceisamendedbyrevisingthewords"150LT/D"toread"152Mg/D(150LT/D)." ` d.Inparagraph(e),theequationanddefinitionsareamendedbyrevisingasfollows:60.646Monitoringofemissionsandoperations. ~0 ***** ` (e)*** rtsRB>zx pX @Xdddddddd@E.! ^ dd.!F    (#(#                     (#(#  Wwhere: ` R " =0 N thesulfurdioxideremovalefficiencyachieved &X ) duringthe24hourperiod,percent. N (#N (#  v.((3 Ї ` K2 " =0 N conversionfactor,0.02400Mg/Dperkg/hr N (0.01071LT/Dperlb/hr). N (#N (# _ ` S " =0 N thesulfurproductionrateduringthe24hour n  period,kg/hr(lb/hr). N (#N (#  ` X " =0 N thesulfurfeedrateintheacidgas,Mg/D  @ (LT/D). N (#N (# ***** 60.663[Amended]  >   ` 201.Amend60.663asfollows: ` a.Inparagraph(c)introductorytextbyrevisingthewords"inthefollowingequipment"toread"thefollowingequipment." ` b.Paragraphs(d)and(e)areredesignatedas(e)and(f)andparagraph(c)(3)isredesignatedasparagraph(d)._ ` c.Innewly_redesignated_Ԁparagraph(f),by,-by-revisingthewords"carbonabsorber"toread"carbon_adsorber_."//4/ ` Ther/40/e/021v1243evisionsandre34 60.664..[Amended]  P   ` 202.Amend60.664asfollows: ` a.Inparagraph(b)(4)(ii),thedefinitionsoftheterms"_Ei_"and"_Eo_"areamendedbyrevisingtheterm"kg $P& _TOC_/hr"toread"kg/hr(lb/hr)."5 N.(2 Ї5 ` b.Inparagraph(b)(4)(iii),thedefinitionsoftheterms"Qi"and"Qo"areamendedbyrevisingtheunits n  "_dscf_/hr"toread"_dscf_/min." ` c.Inparagraph(b)(4)(iii),thedefinitionoftheterm"K2"isrevised.    ` d.Paragraphs(b)(5),(c),(d),(e),(f),and(g)are_redesignated_Ԁasparagraphs(c),(d),(e),(f),(g),and(h),respectively. ` e.Innewly_redesignated_Ԁparagraph(e)(1)(_i_),thesecondsentenceisamendedbyrevising"60.664(d)(2)and(3)"toread"60.664(e)(2)and(3)." ` f.Innewly_redesignated_Ԁparagraph(e)(1)(_i_),thesecondsentenceisamendedbyrevising"(d)(1)(ii)"toread"(e)(1)(ii)." ` g.Innewly_redesignated_Ԁparagraph(e)(1)(_i_),thethirdsentenceisamendedbyrevisingthewords"4inches"toread"10centimeters(4inches)." ` h.Innewly_redesignated_Ԁparagraph(e)(1)(ii)(C),thesecondsentenceisamendedbyrevising"60.664(d)(4)and(5)"toread"60.664(e)(4)and(5)." ` _i_.Newly_redesignated_Ԁparagraph(e)(2)(ii)isamendedbyrevising"ASTMD194677"toread"ASTMD194677or90(_Reapproved_Ԁ1994)." ` j.Innewly_redesignated_Ԁparagraphs(e)(4),(e)(5)and (f)(2),theequationdefinitionsarerevised;andparagraphs ^-'2 (f)(1)(_i_),(f)(1)(ii)includingTable1,andTable2of(f)(2)arerevised.  ` k.Thelastsentenceinthenewly_redesignated_paragraph(e)(4)isamendedbyrevising"ASTMD238276"toread"ASTMD238276or88orD480995." ` Therevisionsreadasfollows:H X  h*X X" N h*XHӀ60.664Testmethodsandprocedures. `  ***** ` (b)*** ` (4)*** ` (iii)***0 ` K2=0 ` (#` (#2.494x106(1/_ppm_)(gmole/_scm_)(kg/g)(min/hr) ~0 (metricunits),wherestandardtemperaturefor(gmole/_scm_)is20$C.P (# (# 0 ` 0 ` (#` (#=0 (# (#1.557x107(1/_ppm_)(lbmole/_scf_)(min/hr)(English . units),wherestandardtemperaturefor(lbmole/_scf_)is68$F.N  (# (# ***** ` (e)*** ` (4)***N% X" N *pX X  h*XN0 ` HT " =0N ` (#` (#Netheatingvalueofthesample,_MJ_/_scm_ %@( (Btu/_scf_),wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand (`", 760mmHg(77$Fand30in.Hg),butthe >*#. standardtemperaturefordeterminingthevolume correspondingtoonemoleis20$C(68$F).^-'2N (#N (# 0 ` K1 " =0N ` (#` (#1.74x107(1/_ppm_)(gmole/_scm_)(_MJ_/kcal)(metric N  units),wherestandardtemperaturefor(gmole/_scm_)is20$C.n N (#N (#  ` 0 " =0N " (#" (#1.03x1011(1/_ppm_)(lbmole/_scf_)(Btu/kcal)   (Englishunits)wherestandardtemperaturefor(lb/mole/_scf_)is68$F. N (#N (# 0 ` _Cj_ " =0N ` (#` (#Concentrationonawetbasisofcompoundjin `  _ppm_,asmeasuredfor_organics_ԀbyMethod18andmeasuredforhydrogenandcarbonmonoxidebyASTMD194677or90(_Reapproved_Ԁ1994)(incorporationbyreferenceasspecifiedin60.17ofthispart)asindicatedin60.664(e)(2). N (#N (# 0 ` _Hj_ " =0N ` (#` (#Netheatofcombustionofcompoundj,kcal/(g P mole)[kcal/(lbmole)],basedoncombustionat25$Cand760mmHg(77$Fand30in.Hg).pN (#N (# *** ` (5)***W( Xm / *pX X" N *pXW ` _ETOC_0 m = Measuredemissionrateof_TOC_,kg/hr(lb/hr).n" $m (#m (# 0 ` K20m ` (#` (#=0 m (#m (#2.494x106(1/_ppm_)(gmole/_scm_)(kg/g)(min/hr) #& (metricunits),wherestandardtemperaturefor(gmole/_scm_)is20$C.' * (# (# 0 ` 0m ` (#` (#=0 m (#m (#1.557x107(1/_ppm_)(lbmole/_scf_)(min/hr) (`", (Englishunits),wherestandardtemperaturefor (lbmole/_scf_)is68$F.+%0 (# (# 0 ` _Cj_0m ` (#` (#=0 m (#m (#Concentrationonawetbasisofcompoundjin N _ppm_,asmeasuredbyMethod18asindicatedin60.664(e)(2).  (# (#   ` _Mj_0 m =0 m (#m (#Molecularweightofsamplej,g/gmole(lb/lb   mole).  (# (# 0 ` _Qs_0m ` (#` (#=0 m (#m (#Ventstreamflowrate,_scm_/min(_scf_/min),ata   temperatureof20$C(68$F).`  (# (# ***** ` (f)*** ` (1)*** *  ^  ` (_i_)Whereforaventstreamflowratethatisgreaterthanorequalto14.2_scm_/min(501_scf_/min)atastandardtemperatureof20$C(68$F):  0 ` _TRE_0m ` (#` (#=0 m (#m (#_TRE_Ԁindexvalue.P (# (# 0 ` _Qs_0m ` (#` (#=0 m (#m (#Ventstreamflowrate,_scm_/min(_scf_/min),ata . temperatureof20$C(68$F).p (# (# 0 ` HT0m ` (#` (#=0 m (#m (#Ventstreamnetheatingvalue,_MJ_/_scm_Ԁ(Btu/_scf_), N  wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand760mmHg n" $ (68$Fand30in.Hg),butthestandard #& temperaturefordeterminingthevolumecorrespondingtoonemoleis20$C(68$F)asin ' * thedefinitionof_Qs_.(`", (# (# 0 ` _Ys_0m ` (#` (#=0 m (#m (#_Qs_forallventstreamcategorieslistedin >*#. Table1exceptforCategoryEventstreamswhere_Ys_=_QsHT_/3.6.^-'2 (# (# 0 ` _ETOC_0m ` (#` (#=0 m (#m (#Hourlyemissionsof_TOC_,kg/hr(lb/hr)..(4 (# (#  ` a,b,c,d,e,andfarecoefficients ` ThesetofcoefficientsthatapplytoaventstreamcanbeobtainedfromTable1.  n  XX  TABLE1.DISTILLATION_NSPS_Ԁ_TRE_ԀCOEFFICIENTSFORVENTSTREAMS@\ \ =CONTROLLEDBYANINCINERATORmXXR6mKXX` X Xm / *pXK* dd4dd dd Ldd xdd Ldd Ldd :;X%X%,ud ,td ,td ,5td ,td ,5td ,t +  39& .  3DESIGNCATEGORYA1.0 FOR_HALOGENATED_ԀPROCESSVENTSTREAMS,IF0NETHEATINGVALUE(_MJ_/_scm_)3.5ORIF0NET !  HEATINGVALUE(Btu/_scf_)94:Q  # #  K&%<$3   9 K_Qs_=VentStreamFlowrate S  _scm_/min(_scf_/min) 9&&* "&% 9a 9&&*S "&& 9b 9&&*S "&& 9c 9&&*S "&& 9d 9&&*S "&& 9e =&&%*S "&& =f O&%%>*S "  &&% O14.2_Qs_18.8   (501_Qs_664) ! 18.8<_Qs_699 Q (664<_Qs_24,700) 3 699<_Qs_1400 c! (24,700<_Qs_49,000) # 1400<_Qs_2100 % (49,000<_Qs_74,000) A' 2100<_Qs_2800 q#) (74,000<_Qs_99,000) S+ 2800<_Qs_3500 - (99,000<_Qs_120,000) ;&&%*!/"&%% ;19.18370(42.29238)20.00563(44.10441)39.87022(87.89789)59.73481(131.6914)79.59941(175.4849)99.46400(219.2783) ;&&%*!F"&&% ;0.27580(0.017220)0.27580(0.017220)0.29973(0.018714)0.31467(0.019647)0.32572(0.020337)0.33456(0.020888) ;&&%*!]"&&% ;0.75762(0.072549)0.30387(0.029098)0.30387(0.029098)0.30387(0.029098)0.30387(0.029098)0.30387(0.029098) ;&&%*!t"&&% ;Є0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361)̄0.13064(0.00030361) ;&&%*!"&&% ;0(0)0(0)0(0)0(0)0(0)0(0) =&&%%*!"&&% =0.01025(0.003803)0.01025(0.003803)0.01449(0.005376)0.01775(0.006585)0.02049(0.007602)0.02291(0.008500)S&F*!" 0  &&%% SXX  5XX  5DESIGNCATEGORYA2.0 FOR_HALOGENATED_ԀPROCESSVENTSTREAMS,IFNETHEATINGVALUE<3.5(_MJ_/_scm_)ORIFNETHEATING  VALUE<94(Btu/_scf_):  # # Ѐ K&%<$  & K_Qs_=VentStreamFlowrate . 8 _scm_/min(_scf_/min) 9&&*^ h "&% 9a 9&&*. 8 "&& 9b 9&&*. 8 "&& 9c 9&&*. 8 "&& 9d 9&&*. 8"&& 9e =&&%*. 8"&& =f O&%%>*. 8"  &&% O14.2_Qs_18.8 ~  (501_Qs_664)   18.8<_Qs_699   (664<_Qs_24,700)   699<_Qs_1400 >H  (24,700<_Qs_49,000) nx  1400<_Qs_2100  (49,000<_Qs_74,000)  2100<_Qs_2800 ! (74,000<_Qs_99,000) .8# 2800<_Qs_3500 ^h% (99,000<_Qs_120,000) ;&&%*'"&%% ;18.84466(41.54494)19.66658(43.35694)39.19213(86.40297)58.71768(129.4490)78.24323(172.4950)97.76879(215.5411) ;&&%*>"&&% ;0.26742(0.016696)0.26742(0.016696)0.29062(0.018145)0.30511(0.019050)0.31582(0.019718)0.32439(0.020253) ;&&%*U"&&% ;Є0.20044(0.019194)̄0.25332(0.024258)̄0.25332(0.024258)̄0.25332(0.024258)̄0.25332(0.024258)̄0.25332(0.024258) ;&&%*l"&&% ;0(0)0(0)0(0)0(0)0(0)0(0) ;&&%*"&&% ;0(0)0(0)0(0)0(0)0(0)0(0) =&&%%*"&&% =0.01025(0.003803)0.01025(0.003803)0.01449(0.005376)0.01775(0.006585)0.02049(0.007602)0.02291(0.008500) S&F*" 0  &&%% SDESIGNCATEGORYB.0 FOR_NONHALOGENATED_ԀPROCESSVENTSTREAMS,IF0NETHEATINGVALUE(_MJ_/_scm_)0.48ORIF0  NETHEATINGVALUE(Btu/_scf_)13:>H # #  K&%<$nx  & K_Qs_=VentStreamFlowrate  _scm_/min(_scf_/min) 9&&*"&% 9a 9&&*"&& 9b 9&&*"&& 9c 9&&*"&& 9d 9&&*"&& 9e =&&%*"&& =f O&%%>*"  &&% <O14.2_Qs_1340   (501_Qs_47,300) " 1340<_Qs_2690 >#H (47,300<_Qs_95,000) n$x  2690<_Qs_4040 %! (95,000<_Qs_143,000) ;&&%*&""&%% ;8.54245(18.83268)16.94386(37.35443)25.34528(55.87620) ;&&%*&""&&% ;0.10555(0.0065901)0.11470(0.0071614)0.12042(0.0075185) ;&&%*&""&&% ;0.09030(0.008647)0.09030(0.008647)0.09030(0.008647) ;&&%*&""&&% ;Є0.17109(0.00039762)̄0.17109(0.00039762)̄0.17109(0.00039762) ;&&%*&""&&% ;0(0)0(0)0(0) =&&%%*&""&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.006585)PF*&"" 0 < &&%% xPDESIGNCATEGORYC.0 FOR_NONHALOGENTED_ԀPROCESSVENTSTREAMS,IF0.48&%/V  x   >_Qs_=VentStreamFlowrate v ( _scm_/min(_scf_/min) 9&&* X "&% 9a 9&&*v ( "&& 9b 9&&*v ( "&& 9c 9&&*v ( "&& 9d 9&&*v ("&& 9e =&&%*v ("&& =f O&%%>*v ("  &&% <O14.2_Qs_1340  x (501_Qs_47,300)  1340<_Qs_2690 &  (47,300<_Qs_95,000) V  2690<_Qs_4040 8  (95,000<_Qs_143,000) ;&&%*h "&%% ;9.25233(20.39769)18.36363(40.48446)27.47492(60.57121) ;&&%*h &"&&% ;0.06105(0.003812)0.06635(0.004143)0.06965(0.004349) ;&&%*h 1"&&% ;0.31937(0.030582)0.31937(0.030582)0.31937(0.030582) ;&&%*h <"&&% ;Є0.16181(0.00037605)̄0.16181(0.00037605)̄0.16181(0.00037605) ;&&%*h G"&&% ;0(0)0(0)0(0) =&&%%*h R"&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.006585) S&F*h ]" 0 < &&%% SXXDESIGNCATEGORYD.0 FOR_NONHALOGENATED_ԀPROCESSVENTSTREAMS,IF1.9*hm"  &&% <O14.2_Qs_1180 n (501_Qs_41,700) 6p 1180<_Qs_2370 fr (41,700<_Qs_83,700) Ht 2370<_Qs_3550  xv (83,700<_Qs_125,000) ;&&%*!x"&%% ;6.67868(14.72382)13.21633(29.13672)19.75398(43.54962) ;&&%*!"&&% ;0.06943(0.004335)0.07546(0.004711)0.07922(0.004946) ;&&%*!"&&% ;0.02582(0.002472)0.02582(0.002472)0.02582(0.002472) ;&&%*!"&&% ;0(0)0(0)0(0) ;&&%*!"&&% ;0(0)0(0)0(0) =&&%%*!"&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.006585)S&F*!" 0 < &&%% SHDESIGNCATEGORYE.0 FOR_NONHALOGENATED_ԀPROCESSVENTSTREAMS,IFNETHEATINGVALUE>3.6_MJ_/_scm_ # # 0 c 0pc#c#0p#p#ORIFNETHEATINGVALUE>97(Btu/_scf_): ##  K&%<$f   & K_Qs_=VentStreamFlowrate  8 _scm_/min(_scf_/min) 9&&* h "&% 9a 9&&* 8 "&& 9b 9&&* 8 "&& 9c 9&&* 8 "&& 9d 9&&* 8"&& 9e =&&%* 8"&& =f O&%%>* 8"  &&% <O14.2_Ys_1180   (501_Ys_41,700)  1180<_Ys_2370 6  (41,700<_Ys_83,700) f  2370<_Ys_3550 H  (83,700<_Ys_125,000) ;&&%*x "&%% ;6.67868(14.72382)13.21633(29.13672)19.75398(43.54962) ;&&%*x &"&&% ;0(0)0(0)0(0) ;&&%*x 1"&&% ;0(0)0(0)0(0) ;&&%*x <"&&% ;Є0.00707(0.0000164)̄0.00707(0.0000164)̄0.00707(0.0000164) ;&&%*x G"&&% ;0.02220(0.0001174)0.02412(0.0001276)0.02533(0.0001340) =&&%%*x R"&&% =0.01025(0.003803)0.01449(0.005376)0.01775(0.006585):0.x ]" 0 <  &&%% :#6X X6ԇ##XRX X6X#XX<x` XXX` X< ` (ii)whereforaventstreamflowratethatislessthan14.2_scm_/min(501_scf_/min)atastandardtemperatureof20$C(68$F): >c K( xX hVpXx` XK0 ` _TRE_0 ` (#` (#= _TRE_Ԁindexvalue.e (# (# 0 ` _Qs_0 ` (#` (#=0 (# (#14.2_scm_/min(501_scf_/min).^g (# (# 0 ` HT0 ` (#` (#=0 (# (#(FLOW)(_HVAL_)/_Qs_.i (# (# 0 ` wherethefollowinginputsareused: ` (#` (# 0 ` FLOW0 ` (#` (#=0 (# (#Ventstreamflowrate,_scm_/min(_scf_/min),ata !m temperatureof20$C(68$F)."Po (# (# 0 ` _HVAL_0 ` (#` (#=0 (# (#Ventstreamnetheatingvalue,_MJ_/_scm_ .$q (Btu/_scf_),wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand N'!u 760mmHg(68$Fand30in.Hg),butthe ("w standardtemperaturefordeterminingthevolume7  (# (#  /(  `  7correspondingtoonemoleis20$C(68$F)asin N 8 `  898 89::thedefinitionof_Qs_.  0 ` _Ys_0 ` (#` (#=0 (# (#_Qs_forallventstreamcategorieslistedin n  Table1exceptforCategoryEventstreamswhere_Ys_=_QsHT_/3.6. @ (# (# 0 ` _ETOC_0 ` (#` (#=0 (# (#Hourlyemissionsof_TOC_,kg/hr(lb/hr).  (# (#  ` a,b,c,d,e,andfarecoefficients ` ThesetofcoefficientsthatapplytoaventstreamcanbeobtainedfromTable1. ` (2)*** ` _TRE_Ԁ= _TRE_Ԁindexvalue.  0 ` _ETOC_=0 ` (#` (#Hourlyemissionsof_TOC_,kg/hr(lb/hr).~0 (# (# 0 ` _Qs_0 ` (#` (#=0 (# (#Ventstreamflowrate,_scm_/min(_scf_/min),ata  standardtemperatureof20$C(68$F).P (# (# 0 ` HT0 ` (#` (#=0 (# (#Ventstreamnetheatingvalue,_MJ_/_scm_ . (Btu/_scf_),wherethenetenthalpypermoleofventstreamisbasedoncombustionat25$Cand N  760mmHg(68$Fand30in.Hg),butthe  " standardtemperaturefordeterminingthevolumecorrespondingtoonemoleis20$C(68$F)as #& inthedefinitionof_Qs_.%@( (# (#  ` a,b,c,d,andearecoefficients. ` ThesetofcoefficientsthatapplytoaventstreamshallbeobtainedfromTable2.6 .(4 Ї6@5TABLE2DISTILLATION_NSPS_Ԁ_TRE_ԀCOEFFICIENTSFORVENTSTREAMSCONTROLLEDBYAFLARE* ddud td td 5td td 5td t (#(#,4dd ,dd ,Ldd ,xdd ,Ldd ,Ldd +  ,"   x,  H  a  H  b  H  c  H d  H e 6,H x  x6HT<11.2_MJ_/_scm_ j  (HT<301Btu/_scf_)     2.25(0.140)     0.288(0.0367)     Є0.193(0.000448)     Є0.0051(0.0051)     2.08(4.59) 6,  " x  x6HT>11.2_MJ_/_scm_ . # (HT>301Btu/_scf_)  4 % 0.309(0.0193)  4 ( 0.0619(0.00788)  4 + Є0.0043(0.0000010)  4 . Є0.0034(0.0034)  4 1 2.08(4.59)$4 4 x   $***** 60.665[Amended]  L8  ` 203.Amend60.665asfollows: ` a.Paragraph(b)(4)(_i_)isamendedbyrevisingtheword"adsorbing"toread"absorbing." ` b.Inparagraph(e),thefirstsentenceisamendedbyrevisingthewords"44MW"toread"44MW(150millionBtu/hour)." ` c.Inparagraph(g),thefirstsentenceisamendedbyrevisingthesectionreference"60.663(d)"toread"60.663(e)." ` d.Paragraph(_i_)isamendedbyrevisingthewords"0.008_m3_/min"toread"0.008_scm_/min(0.3_scf_/min)." (~"N  ` e.Inparagraph(l)(6),thefourthsentenceisamendedbyrevisingthewords"ventstreamflowrate,heatingvalue,_ETOC_"toread"ventstreamflowrate,heatingvalue,and |-.'T _ETOC_."  /(V  ` f.Paragraph(n)isamendedbyrevisingtheword"_capcity_"toread"capacity." 60.672[Amended]  n   ` 204.In60.672,paragraph(a)(1)isamendedbyrevisingthewords"0.05g/_dscm_"toread"0.05g/_dscm_Ԁ(0.022gr/_dscf_)." 60.676[Amended]     ` 205.In60.676,paragraphs(a)(1)(_i_),(a)(4)(_i_),and(a)(4)(ii)areamendedbyrevisingtheword"tons"toread"_megagrams_Ԁortons"whereveritoccurs. 60.685[Amended]  @  ` 206.Amend60.685asfollows:AAEAAEDAADEAAE ` a.Inparagraph(c)(1),theequationdefinitionsarerevised. ` b.?Inp?@P@aragraph(c)(2)>isamended>byrevisingthewords"2.55_dscm_Ԁ(90_dscf_)"toread"2.55_dscm_Ԁ(90.1_dscf_)." ` c.Inp<P<aragraph(c)(3)(_i_)=isamended=byrevisingthewords"ASTMStandardTestMethodD258468(_Reapproved_Ԁ1979)"toread"ASTMD258468(_Reapproved_Ԁ1985)or94." ` Therevisionsreadas_follows:_60.685Testmethodsandprocedures. ~&0 ( ***** ` _(c)_Ԁ*** ` (1)***0 ` E0 ` (#` (#=0 (# (#emissionrateofparticulatematter,kg/Mg ,p&0 (lb/ton).BN.(2 (# (# BCBBC0 ` Ct =0 ` (#` (#concentrationofparticulatematter,g/_dscm_ N (gr/_dscf_).  (# (# 0 ` _Qsd_ =0 ` (#` (#volumetricflowrateofeffluentgas,_dscm_/hr  (_dscf_/hr).  (# (# 0 ` _Pavg_ = averageglasspullrate,Mg/hr(ton/hr)..` (#` (# 0 ` K0 ` (#` (#= 1,000g/kg(7,000gr/lb).p (# (# ***** 60.6923[Amended]   "  ` 207.In60.6923,paragraph(b)isamendedbyrevisingthewords"16literspersecond(250_gpm_)"toread"16literspersecond[250gallonsperminute(_gpm_)]." 60.695[Amended]  n' !*  ` 208.In60.695,paragraphs(a)(1)and(2)areamendedbyrevisingthewords"anaccuracyof1percentofthetemperaturebeingmeasuredin$Cor0.5$C(1.0$F), n, &0 whicheverisgreater"toread"anaccuracyof1percentof -'2 thetemperaturebeingmeasured,expressedin$C,or0.5$C N (0.9$F),whicheverisgreater." #$  60.697[Amended]  $P&  ` 209.Amend60.697byaddingparagraph(k)asfollows:60.697_Recordkeeping_Ԁrequirements. )P#, ***** ` (k)Foroilwaterseparatorssubjectto60.6932,thelocation,date,andcorrectiveactionshallberecorded N.(2 forinspectionsrequiredby60.6932(a)(1)(iii)(A)and(B),andshallbemaintainedforthetimeperiodspecifiedinparagraphs(k)(1)and(2)ofthissection. ` (1)Forinspectionsrequiredby60.6932(a)(1)(iii)(A),tenyearsaftertheinformationisrecorded._ ` (2)Forinspectionsrequiredby60.6932(a)(1)(iii)(B),twoyearsaftertheinformationisrecorded. -'2 ***** 60.704[Amended]    ` 210.Amend60.704asfollows: ` a.Paragraph(d)(2)(ii)isamendedbyrevising"ASTMD194677"toread"ASTMD194677or90(Reapproved1994)."      ` b.Thedefinitionof"Cj"inparagraph(d)(4)is n   amendedbyrevising"ASTMD194677"toread"ASTMD194677or90(Reapproved1994)."  @    ` c.Thedefinitionof"Hj"inparagraph(d)(4)is   amendedbyrevising"ASTMD238276"toread"ASTMD238276or88orD480995."  > 60.723[Amended]    ` 211.In60.723,paragraph(b)(1)isamendedbyrevisingthewords"ReferenceMethod"toread"Method"wherevertheyoccur. 60.724[Amended]  ^  ` 212.In60.724,paragraph(a)(2)isamendedbyrevisingthewords"ReferenceMethod"toread"Method." 60.732[Amended]  ^#$  ` 213.In60.732,paragraph(a)isamendedbyrevisingthewords"0.057g/dscmfordryers"toread"0.057g/dscm(0.025gr/dscf)fordryers." 60.753[Amended]  )#,  ` 214.In60.753,paragraph(c)(2)isamendedbyrevisingthewords"Method3C"toread"Method3Aor3C." 60.754[Amended]  .(2  ` 215.Amend60.754asfollows; ` a.Inparagraphs(a)(1)(i)and(a)(1)(ii),theequationsareamendedbyrevising"CNMOC"toread"CNMOC." n   ` b.Inparagraph(a)(3),thefifththroughninthsentencesarerevised;andinparagraph(d),thefirstsentenceisrevisedasfollows:60.754Testmethodsandprocedures. `   ` (a)*** ` (3)***TheowneroroperatorshallcollectandanalyzeonesampleoflandfillgasfromeachprobetodeterminetheNMOCconcentrationusingMethod25or25CofAppendixAofthispart.Method18ofAppendixAofthispartmaybeusedtoanalyzethesamplescollectedbytheMethod25or25Csamplingprocedure.Takingcompositesamplesfromdifferentprobesintoasinglecylinderisallowed;however,equalsamplevolumesmustbetakenfromeachprobe.Foreachcomposite,thesamplingrate,collectiontimes,beginningandendingcylindervacuums,oralternativevolumemeasurementsmustberecordedtoverifythatcompositevolumesareequal.Compositesamplevolumesshouldnotbelessthanoneliterunlessevidencecanbeprovidedtosubstantiatetheaccuracyofsmallervolumes.Terminatecompositingbeforethecylinderapproachesambientpressurewheremeasurementaccuracydiminishes.IfusingMethod18,theowneroroperatormustidentifyallcompoundsinthesampleand,asaminimum,testforthosecompoundspublishedinthemostrecentCompilationofAirPollutant .(4 EmissionFactors(AP42),minuscarbonmonoxide,hydrogensulfide,andmercury.Asaminimum,theinstrumentmustbecalibratedforeachofthecompoundsonthelist.ConverttheconcentrationofeachMethod18compoundtoCNMOCas   hexanebymultiplyingbytheratioofitscarbonatomsdividedbysix.Ifmorethantherequirednumberofsamplesaretaken,allsamplesmustbeusedintheanalysis.ThelandfillowneroroperatormustdividetheNMOCconcentrationfromMethod25or25CofAppendixAofthispartbysixtoconvertfromCNMOCascarbontoCNMOCashexane. ^ Ifthelandfillhasanactiveorpassivegasremovalsysteminplace,Method25or25Csamplesmaybecollectedfromthesesystemsinsteadofsurfaceprobesprovidedtheremovalsystemcanbeshowntoprovidesamplingasrepresentativeasthetwosamplingprobeperhectarerequirement.Foractivecollectionsystems,samplesmaybecollectedfromthecommonheaderpipebeforethegasmovingorcondensateremovalequipment.Forthesesystems,aminimumofthreesamplesmustbecollectedfromtheheaderpipe.******** ` (d)Fortheperformancetestrequiredin60.752(b)(2)(iii)(B),Method25,25C,orMethod18ofAppendixAofthispartmustbeusedtodeterminecompliancewiththe98weightpercentefficiencyorthe20ppmvoutletconcentrationlevel,unlessanothermethodtodemonstratecompliancehasbeenapprovedbytheAdministratorasprovidedby60.752(b)(2)(i)(B).Method3or3Ashallbe .(4 usedtodetermineoxygenforcorrectingtheNMOCconcentrationashexaneto3percent.Incaseswheretheoutletconcentrationislessthan50ppmNMOCascarbon(8ppmNMOCashexane),Method25AshouldbeusedinplaceofMethod25.********