WPC^  ;r^^;g\1 3qҐHWZw-uR =XZF?l9}V1G̋[%l]#׬rr Q,> Ne.lfN|%׋}wpȁb Sp? F`W1F<ÉdH|Sl@;M}NaE\bf|'0~`ֹIHP!ݽP߷#tgtz ~f8D Agԋ)Fp^w>Sn-`3ZgN)—&4hyNuΰ+S,e.Bj`& Zɿ"u6mYl3EL\́|P9%G=0!؊)ZCfGhO{IF ؆ra@##Z1:9{8 ê[Yj鴺X3n;gǪU0 %r$U.nX 04,N`w@b4# U:U>^ 9 E mG ) `CG Times&'    0 .   <6X9`(Courier3|m#) `CG Times&&m PE37&P<6X9`(CourierXx6X@`7X@( U$   DUDUE E!"#L' HP LaserJet 4MHPPCL5MS,,,,,,0nL<6X9`("Courier NewTT<( 9Z &Courier Regular5(cU U!   X X&&XKXXX   7&&dd7 _Part63NationalEmissionStandardsforHazardousAir R PollutantsforSourceCategories  2  XXXXK ` 1.TheauthoritycitationforPart63continuesto   readasfollows:Authori"t"y42U.S.C.7401etseq.#XKXX Xp#  j  63.7[Amended]  ` 2.Amend63.7byrevisingparagraph(c)(4)(i)as   follows:  @   63.7Performancetestingrequirements. "  ***** ` (c)*** ` (4)Performancetestmethodauditprogram.Theowner  oroperatorshallanalyzeperformanceaudit(PA)samplesduringeachperformancetest.Theowneroroperatorshallrequestperformanceauditmaterials45dayspriortothetestdate.Cylinderauditgases,ifavailable,mustbeobtainedfromtheappropriateEPARegionalOfficeorfromtheresponsibleenforcementauthorityandanalyzedinconjunctionwiththefieldsamples.***** 63.11[Amended]  2' (  ` 3.Amend63.11asfollows: ` a.Thedefinitionof"Ci"inparagraph(b)(6)is *P$, amendedbyrevising"D194677"toread"D194677or90(Reapproved1994)." -p'0  ` b.Thedefinitionof"Hi"inparagraph(b)(6)is R amendedbyrevising"D238276"toread"D238276or88orD480995."  r  63.14[Amended]     ` 4.In63.14,paragraph(b)isamendedbyrevisingtoreadasfollows: ` 63.14Incorporationbyreference.***** ` (b)Thefollowingmaterialsareavailableforpurchasefromatleastoneofthefollowingaddresses:AmericanSocietyforTestingandMaterials(ASTM),1916RaceStreet,Philadelphia,PA19103;orUniversityMicrofilmsInternational,300NorthZeebRoad,AnnArbor,MI48106. ` (1)ASTMD52389,StandardTestMethodforSpecularGloss,IBRapprovedfor63.782. ` (2)ASTMD119377,91,StandardSpecificationforReagentWater,IBRapprovedforAppendixA:Method306,Sections7.1.1and7.4.2. ` (3)ASTMD133189,StandardTestMethodsforSurfaceandInterfacialTensionofSolutionsofSurfaceActiveAgents,IBRapprovedforAppendixA:Method306B,Sections6.2,11.1,and12.2.2. ` (4)ASTMD147590,StandardTestMethodforDensityofPaint,VarnishLacquer,andRelatedProducts,IBRapprovedfor63.788,AppendixA. ` (5)ASTMD194677,90,94,StandardMethodfor -`'2 AnalysisofReformedGasbyGasChromatography,IBRapprovedfor63.11(b)(6). ` (6)ASTMD236993,95,StandardTestMethodforVolatileContentofCoatings,IBRapprovedfor63.788,AppendixA. ` (7)ASTMD238276,88,HeatofCombustionofHydrocarbonFuelsbyBombCalorimeter(HighPrecisionMethod),IBRapprovedfor63.11(b)(6). ` (8)ASTMD287983,96,TestMethodforVaporPressureTemperatureRelationshipandInitialDecompositionTemperatureofLiquidsbyIsoteniscope,IBRapprovedfor63.111ofSubpartG. ` (9)ASTMD325793,StandardTestMethodsforAromaticsinMineralSpiritsbyGasChromatography,IBRapprovedfor63.786(b). ` (10)ASTM369588,StandardTestMethodforVolatileAlcoholsinWaterbyDirectAqueousInjectionGasChromatography,IBRapprovedfor63.365(e)(1)ofSubpartO. ` (11)ASTMD379291,StandardMethodforWaterContentofWaterReduciblePaintsbyDirectInjectionintoaGasChromatograph,IBRapprovedfor63.788,AppendixA. ` (12)ASTMD391280,StandardTestMethodforChemicalResistanceofCoatingsUsedinLightWaterNuclearPowerPlants,IBRapprovedfor63.782. ` (13)ASTMD401790,96a,StandardTestMethodforWaterinPaintsandPaintMaterialsbytheKarlFischer b-'2 TitrationMethod,IBRapprovedfor63.788,AppendixA. ` (14)ASTMD408289,StandardTestMethodforEffectsofGammaRadiationonCoatingsforUseinLightWaterNuclearPowerPlants,IBRapprovedfor63.782. ` (15)ASTMD425689,94,StandardTestMethodforDeterminationoftheDecontaminabilityofCoatingsUsedinLightWaterNuclearPowerPlants,IBRapprovedfor63.782. ` (16)ASTMD480995,StandardTestMethodforHeatofCombustionofLiquidHydrocarbonFuelsbyBombCalorimeter(PrecisionMethod),IBRapprovedfor63.11(b)(6). ` (17)ASTME18093,StandardPracticeforDeterminingthePrecisionofASTMMethodsforAnalysisandTestingofIndustrialChemicals,IBRapprovedfor63.786(b). ` (18)ASTME26091,96,GeneralPracticeforPackedColumnGasChromatography,IBRapprovedfor  63.750(b)(2) 2 and63.786(b)(5). 63.111[Amended]  P   ` 5.In63.111,paragraph(3)ofthedefinitionoftheterm"Maximumtruevaporpressure"isamendedbyrevising #$ "D287983"toread"D287983or96." 63.301[Amended]  &0 (  ` 6.Amend63.301asfollows: ` a.Thedefinitionoftheterm"Foundrycokeproducer" )#, isamendedbyrevisingthewords"1.25millionmegagramsperyear"toread"1.25millionmegagramsperyear(1.38million b-'0 tonsperyear)." ` b.Thedefinitionsoftheterms"Shortcokeoven  battery"and"Tallcokeovenbattery"areamendedby  p revisingthewords"6meters"toread"6meters(20feet)"wherevertheyoccur. 63.304[Amended]  p   ` 7.In63.304,paragraph(b)(6)(iii)isamendedbyrevisingthewords"2.7millionMg/yr"toread"2.7millionMg/yr(3.0millionton/yr)." 63.750[Amended]  R  ` 8.In63.750,paragraph(b)(2)isamendedbyrevising"ASTME26091(incorporatedbyreferenceasspecifiedin  63.14ofsubpartAofthispart)"toread R "ASTME26091or96(incorporatedbyreferencesee   2 63.14ofSubpartAofthispart)."   63.782[Amended]  P  ` 9.Amend63.782asfollows: ` a.Thedefinitionfor"Highglossspecialtycoating" #" isamendedbyrevising"ASTMMethodD523,"toread"ASTMD52389." ` b.ThedefinitionforNuclearspecialtycoating_is (!( amendedbyrevising"ASTMD425689,"toread"ASTMD425689or94." 63.786[Amended]  -&.  ` 10.In63.786,paragraph(b)(5)isamendedbyrevising"ASTMMethodE26091"toread"ASTME26091or96." 63.788[Amended]  r   ` 11.In63.788,theAppendixAtoSubpartIIofPart63_VOC_ԀDataSheetisamendedbyrevising"ASTMMethodD236993,"and"ASTMD401790"toread"ASTMD236993or95"and"ASTMD401781,90,or96a"respectively.    AppendixA[Amended]  @   XKXXXK ` 12.AmendMethod310BinAppendixAasfollows: r  " "#XKXX XK/#" " XKXXXK ` a.Section1.0isamendedby#XKXX XK#Ԁrevising"_ethylidene_  _norbornene_Ԁ(_ENB_)"toread"Applicable_Termonomer_." XKXXXK ` b.Section1.0isamendedby#XKXX XK/ #Ԁdeleting"16219753." "  ` c.InSection5.0,correctingthesectionnumberingfrom"5.1,5.2,5.3,5.3,5.4,5.5,5.6,and5.7"to"5.1,5.2,5.3,5.4,5.5,5.6,5.7,and5.8." .'2 Ї ` d. XKXXXKSections5.3,7.1,7.2,7.3,7.5.6,7.6,7.6.1,  9.2,10.1,10.2.2,10.2.5,10.2.8,12.3,and12.6areamended#XKXX XK!#Ԁbyrevising"_ENB_"toread"_termonomer_"whereverit   appears. ` e. XKXXXKSections6.11,#XKXX XK ##Ԁ7.5.1,9.3.3,11.1.2,and12.5are "  revised. ` f. XKXXXKThefirstsentenceinSection7.1isamendedby B  revising#XKXX XK##toread"Reagenttoluene,EMScience_Omnisolv_Ԁ(or   equivalent)." ` g. XKXXXKSection7.2isamendedbyrevisingthefirst  sentence#XKXX XK$#toread"Reagentacetone,EMScience_Omnisolv_ԀHRGC 0 (orequivalent)." ` h. XKXXXKSection7.3isamendedbyrevisingthefirst P sentence#XKXX XK%#toread"Reagent_heptane_,AldrichChemicalGold 2 Label,Cat#15,4873(orequivalent)." XKXXXK ` _i_.Section7.4.5isamendedby#XKXX XK&#Ԁrevising"Section R  5.4.4"toread"7.4.4." XKXXXK ` j.Section9.3isamendedbyrevisingthefirst r" $ sentence#XKXX XK'#toread"Recoveryefficiencymustbedeterminedfor $& highethyleneconcentration,lowethyleneconcentration,EP_terpolymer_,oroilextendedsamplesandwhenevermodificationsaremadetothemethod." XKXXXK ` k.Section13.1isamendedbyrevisingthelast B*#. sentence#XKXX XK[)#toread" Note: Thesevaluesareexamples;each +%0 sampletype,asspecifiedinSection9.3,mustbetestedfor -`'2 samplerecovery." ` Therevisionsreadasfollows:#AppendixAt#ro#oP# sar #!art63!#Method310BDeterminationofResidualHexaneThroughGas   Chromatography  @ *****6.0EquipmentandSupplies*** `   ` 6.11CrimptopsamplevialsandHPp/n51811211crimpcaps,orscrewtop_autosampler_Ԁvialsandscrewtops.***** ` 7.5.1PreparationofPolymerDissolvingSolution.Filla4,000mlvolumetricflaskaboutfullwithtoluene.***** XKXXXK ` 9.3.3Theprecipitatedpolymerfromthesteps  describedaboveshallbe_redissolved_Ԁusingtolueneasthesolvent.No_heptane_Ԁshallbeaddedtothesampleintheseconddissolvingstep.Thetoluenesolventandacetoneprecipitantshallbedeterminedtobefreeofinterferingcompounds.#XKXX XKS-# "p$ ***** XKXXXK ` 11.1.2Placecrumbsampleinbottle:_RLA_Ԅ3:10g %( (givesadrywt.of 5.5g). r' !* #XKXX XK7/# XKXXXK***** )", #XKXX XK0# ` 12.5Afterobtainingthefinaldryweightofpolymer *@$. used(Section11.1.10ofthismethod),recordthatresultina"drywt."columnofthelogbook(foroilextendedpolymer, -`'2 theamountofoilextractedisaddedtothedryrubberweight).*****