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Coating Application/Drying UOSz8eqUY2e323eeC8qe3qq98YeC8eq9Ye9qe2q $2 b(Primer or Topcoat)CyY8YX3eY2ueqYeeCB6Times New Roman\- !2  F1= Solvent Inputoeq3qe8eYe92?eee87  "-%7- $7 --32 L L1= Coating to Process3232323weq2eY98ec38e3qBeYYOO $2 Ex2= % HAP by massgeq33r23d_32YNO E2 @)Emissions = (F2)(x2) - (L2)(x3) = V4 + V7|9NO9eeN3q2CoeCBgeC2C3BweCCgdC3q2d3q3e!X!:!X  "-%X!:!-  $ X!!q!q%q!x $xq -- 2 1D"UOSq 2 +!BoundaryeeeeYB_ !2 1F2= Coating Inputpeq2eY98ec3>eee9 !2 y1x2= % HAP by massger22q2e_3YOO  "--R X "-%X- $X  L  "-% L  "-* $*L  --=2 $physically connected unit operationsee_O8YY98_3XeeeYY9Xe3ee892eeYCY89eeN F2 y*direction of process flow (not physically e9BYY98ee3eB3eBeYYON3C8e3Cde92ee_O9XY98_3 2 r connected)YeeeYY8YeC   "--U&h'ZZXZ  "-  "-ZZZZZZZ*Z1ZFZMZbZiZ~ZZZZZZZZZZ ZZ&Z-ZBZIZ^ZeZzZZZZZZZZZZZ Z"Z)Z>ZEZZZaZvZ}ZZZZZZZZZZ ZZ%Z:ZAZVZVZX--  "-w $wpZ> --2  air emissionsY9B3Y9NO9eeN;*E;*  "-%*;E77%7=%=AAA%AA>> >%> >Aa A%Aa Aa A%Aa  p d p  "-  "- v }            % : A V ] r y            ! 6 = R Y n u             2 9 N U j q             . 5 J Q f m             * 1 F M b i ~            & - B I ^ ^ d- uru u  "- u! u6 u= uR uY un uu u u u u u u u u u u u u u2 u9 uN uU uj uq u u u u u u u u u u uuu.u5uJuQufumuru--  "-X $Xu "-- --2  Incinerator?eY8eYCX9eB *2 nCE = Control Efficiency{3q2ee8Ce83{?B9Y8YeY_  2 V8e   "-  "-4;PWls07LSho,3HOdk--  "-5i $i55 "--v F  --2  Vent Hood{Yd93eee   "-  "-Q1b--  "-P $PP$M$k$M "-%M$k$$kk$k%k$k<N $N<k< --!2 DF2= Coating Inputoeq3eY89ec2?eee8 '2 t x1= % HAP by mass32geq33r22e_32YNO  2 V7e  "-- -`U)) "-%)- $)! -- 2  UOSq 2 WBoundaryeeeeXC_  2 !/UOSq 2 oBoundaryeeeeXC_ I2 \,Total Emissions = V4 + V8 = V4 + (V7)(1-CE)me8Y92{8OO8eeO3q2e3q2e2q32e2q3BeBCeC{C Courier4-(9 Z 6Times New Roman Regular zC(  @{{ TABLE3.SICCODESANDCORRESPONDINGNAICSCODES(cont.)    WPC'E>C}%C}%9!C}%8Dƚ v] "*  #C}%   "--o %fTimes New Roman-  "--2 V Machine ShopDCM*MC'ULML 2  OperationsnMC4D*+LM; $2 F(stamping, bending,4;*DvL+LM&&MCML+LM& *2 Sforming, welding, etc.)2L4u+LM&&oC+M*ML&'C+D&3 !2 ES-1 through ES-6_U3M&+L4LMLM&^U4L   "--P 7l(m --2 PParts CleaningVC4*;&f+CDL+ML 2 and PretreatmentDLM&U4D*4CD+uDL+ 2  ES-7, ES-8^V3M&&^V3L   "--bcnoj  j   "-%j  - K $K  K WfW%Wf  $ ~ c/[[/[  "-  "-5[<[Q[X[m[t[[[[[[[[[[[[[1[8[M[T[i[p[[[[[[[-  "-> $>[w11  "-  "-7>SZov3:OVkr-  "-x $x  "-  "-%:AV]ry!6=RYnu-  "- $. --2  Spray CoatingUM3DK&fLD*+ML  2 <ES-9_U3M   "-  "- !(=DY`u|--  "-x $x  "--\"3 "m KpLo  "-  "- 5<QXmt18MTiio--  "-x $x  "-- # H    # --2 /  PackagingUDCMCM*ML 2 j and ShippingDLM&VL+LM*ML 2 & Touch-up/RepairTLMCM3ML+eDMC+3 2  OperationsnMD3D*+ML; 2 q ES-16^U4LM 2 p FinalV*MC+ 2 dAssemblyo:;DvL+K 2 ES-15^U4LM 2 Z  Dryingo3K+LM 2 4 OvensoLDL; 2 7 ES-14^V3ML 2 8C WastewaterD:+DnD*D3 2 sq TreatmentX3DD*vDL+ 2  ES-17^U4LMk    "-%k k k 5k %k 5k -  $ Mk N k Lk k L%Lk k   $ k N S"S#S"%"S#So]# $]#o#S]#6 " # "%" #  i# $i# # i#d S# #S#%#S# #$#%#$$#$%$## $###xx  "-  "-~ &-BI^ez-  "- $g g g   "-  "-g g g g g g g g g g g g 0g 7g Lg Sg hg og g g g g g g g g -  "-J $J g   -- 2 A EP-4^V3M 2  Incinerator4LD*MC4D*M3  2 DCD-2eo3L 2 y Dry Filtersn3K'U+*+D3;  2 ;CD-1eo3M 2 [FlashoffU+C;ML/2 2 ES-12_U3MLmTimes New Roman-  2 ,EP-5XQ1I  2 EP-6YQ0JfTimes New Roman- 2 X Dip Coatingo*M&fLD*+LM 2 L ) ES-10, ES-11^V3ML&'^U4FM 2 '/FlashoffU*D;LM/2 2 b lES-13^V3ML x  x  x    "-  "- x  x  x  x  x  x  x  x  x  x 1 x 8 x M x T x i x p x  x  x  x  x  x  x  x  x  x  x  x  x --  "- [ $[ x 8 !!!  "-  "-!!!"!7!>!S!Z!o!v!!!!!!!!!!!!!3!:!O!V!k!r!!!!-  "-3! $!3!!3  %   $    %  $x f  f  f   "-  "- f  f & f - f B f I f ^ f e f z f  f  f  f  f  f  f  f  f  f  f  f " f ) f > f E f Z f a f v f } f  f  f -  "-T I $I T f T $  $   "-  "-* 1 F M b i ~            & - B I ^ e z      -  "-t  $t  t  -- 2 EP-9^U4L  2 F-3V3M d? d d   "-  "- d d d d, d3 dH dO dd dk d d d d d d d d d d d d d( d/ d--  "- G $G dW   -- 2 # EP-8_U3M 2 H EP-10^V3MLuu   "-%u- $5cU*U  "-  "-[bw~ &;BW^sz"7>SZov3:OVkr- -- 2 EP-7^U4L22   "-%2-  $  $$$%$$LTimes New Roman- --2 p{Figure 5o2YdMO.Z '2 Example Flow DiagramwZZd2P-.n2Z.2ZZOZfTimes New Roman- %2  ES = Emission Source^U'V'^u+;;*ML&VLM3DD $2  EP = Emission Point^U'V'^u+;;*ML&VL+L+ $2 I CD = Control Deviceeo&W&eML+3M+&nDL+DC (2  F = Fugitive EmissionsU&W&VLM*++LD&^v*;;+LM;X  X    "-  "-^ e z             " ) > E Z a v }            --  "- $  1 K K4K % K4Kg $gLK. --2 = Air EmissionsW&o*4&^v*;;+LM: 2 = Product FlowW&V3LMLD+&U+Lo   "--I Mw%&&  "-  "-,3HOdk (/DK`g|--  "-v $vv  "-  "-!6=RYnu29NUjq-  "-d $d.d999  "-  "-9!969=9R9Y9n9u99999999999992999N9U9j9q99999-  "-d $d9Ud V? 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W.{ . #/ U///  '  ~XX@uu$INSTRUCTIONS#XEX~#~XXEԈ      @ @ @@CCFORMH#XEX~~#~XXEԀCLEANINGOPERATIONS#XEX~#Ԁ XXERevised5/20/98#XEX#@@*  r ~XXE(forpurposesotherthanforsurfacepreparationpriortocoating) ^  xhH  Z6Times New Roman Regular n '  ~XX@uu$ INSTRUCTIONS#XEX~#~XXEԈ  @ FORMIWASTEANDWASTEWATER   ;(##XEX~~#^^XXERevised:5/20/98#XEX^^#xhH  Z6Times New Roman Regular  '  ~XX@uu$INSTRUCTIONS#XEX~#~XXEԈ  @ FORMIWASTEANDWASTEWATER FF(##XEX~~#Ԁ^^XXERevised:5/20/98#XEX^^D#xhH  Z6Times New Roman Regular '  ~XX  Ӏ#XEX~#^^XXEԀRevised:5/20/98#XEX^^#xhH  Z6Times New Roman Regular (#  , Figure  1   .AlternativeQuestionnaireOrganization  (#  , Figure  1   .AlternativeQuestionnaireOrganization xhH  Z6Times New Roman Regular \\R'3 Letter Landscape\(9 Z 6Times New Roman RegularPage of 6 !  XgXXX~XXg ֛0*֛  DSr'D'DC7dXXd7  ThequestionnaireInformationCollectionRequest(ICR)AaAlternativeQqQeuestionnaireformsinthispackageweredesignedspecificallyforgatheringinformation  forthedevelopmentofMaximumAchievableControlTechnology(MACT)StandardsfortheemissionsofHazardousAirPollutants(HAPs)fromninesurfacecoatingcategories,asrequiredunderSection112oftheCleanAirAct(CAA)asamendedin1990.TheseregulationsareexpectedtobepromulgatedinNovemberoftheyear2000.Theninecategoriesare:~~b  b0    AutomobileandLightdutyTrucks* Surfacecoatingofautomobileandlightdutytruckbodiesat   assemblyplants,orotherfacilitiesandassociatedoperationsincludingthemixingandstorageofcoatings,andtreatmentofwastewatergeneratedfromcoatingoperations.Offlinecoatingofnonbodypartsisnotincluded.OtherHAPand/orVOCusingoperationsatassemblyplants,includingtheapplicationofadhesives,andfluidfillsareincluded.b݌ (#(# Ќ  b  b]0    Fabric 󀄀ThissourcecategoryincludestextilemanufacturingoperationswithpotentialHAPemissions n  performedintheproductionorconversionofyarnandthread;woven,knit,andnonwovenfabric;andcarpet.Theoperationsinclude,butarenotlimitedto,nonwovenfabricbonding,slashing,preparation,printing,dyeing,wetfinishing(includingcarpetbackcoating),coating,laminating,andspotcleaning.b]x݌ (#(# Ќ  b  b 0    WoodBuildingProducts* Thissourcecategoryinvolvesthesurfacecoatingofinteriorpaneling   producedfromplywoodwithahardwoodsurface;orwoodcompositepanelsthatareresurfacedusingtechniquessuchasprintingthatproduceadecorativeappearance.#~~#~~b ݌ (#(# Ќ  b  b 0    LargeAppliances* ThesurfacecoatingofLargeAppliancesmanufacturedfromvariousmetals,coiledor T  sheetmetal,precoatedcoil,andprecut,powderprecoatedpieces.b ݌ (#(# Ќ  b  b 0    MetalCan 󀄀#~~$ #~~Thissourcecategoryincludesfacilitiesthatcoatorprintmetalcansormetalpartsforanytype X ofcan(e.g.,metalendsforcompositecans).Itincludesthecoating/printingofmetalsheetsforsubsequentprocessingintocansorcanparts,butnotthecoatingofmetalcoilsforcansorcanparts.(CoilcoatingforcansandcanpartsisincludedintheMetalCoilsourcecategory.)Forpurposesofthisdatagatheringeffort,thissourcecategoryalsoincludesthecoating/printingofmetaldecorativetins,crowns,andclosures(exceptforcoilcoating).Notethatthecoating/printingofpailsanddrumsfallsintheMiscellaneousMetalPartsandProductssourcecategory.#~~M #~~b ݌x(#(# Ќ  b  b0    MetalCoil 󀄀Coatingdoneonacontinuousmetalsubstratewhichisgreaterthan0.006"thick.b݌<(#(# Ќ  b  b0    MetalFurniture* 󀄀Thesurfacecoatingoffurnituremanufacturedfromvariousmetals.Themetal | furnitureindustryistypicallyclassifiedunderthefollowingStandardIndustrialClassification(SIC)codes:2514,2522,2531,2542,2599,3429,3469,3495,3499,3645,3646,3821,3843,3999,and7641.SeeAppendixAforadescriptionofeachSICcode.b݌ (#(# Ќ  b  b0    MiscellaneousMetalPartsandProducts* 󀄀Thiscategoryencompassesallmetalpartsandproductsnot !  coveredinoneoftheothercategoriesinwhichthesurfacecoatingofmetalpartsorproductsareincluded(Aerospace,AutomobileandLightdutyTrucks,BoatManufacturing,LargeAppliances,MetalCan,MetalCoil,MetalFurniture,orShipbuilding).b݌ (#(# Ќ  b  b0    PlasticParts* 󀄀Thesurfacecoatingofplasticpartsproducedbyeithermachiningfromstockplastic,or &$$ castingandmolding.b݌ (#(# Ќ  #~~N#0  *IndicatessourcecategoriesalsosubjecttoSection183(e)requirements. (#(#   ThecoatingsinsevenofthesecategorieswillalsobesubjecttotheregulationsforVolatileOrganicCompounds(VOCs)beingdevelopedunderSection183(e)oftheCAA.Theformatwasdesignedtobespecifictocoatingoperations.Thiscompletepacket(theQuestionnaireICRalternativeqQuestionnaire,theSection114Letter,andalltheattachmentsandenclosures)isreferredtoasthe QuestionnaireICRQuestionnairePacketintheseinstructions.  ThisAlternativeQuestionnaireICRAlternativeQuestionnaireisthebestopportunityforindustriesthatwillberegulatedundertheserequirementstodescribetheirsurfacecoatingoperationsandancillaryactivitiessothattheregulationswillbe +J#. logisticallyworkable,technicallyeffective,andcosteffective.ItisthehopeoftheEPAthatalltargetedindustrieswillrespondinthetimeallotted,withinformationthatwillallowtheEPAtodevelopregulationsthatmakesensetotheindustriesbeingregulated.ThequestionnaireICRQqQuestionnairerequestsdetailedinformationaboutyourfacility,materialsusage,andemissions;however,youarenotrequiredtoperformmonitoringoremissiontestinginordertorespondtothisrequest.Yourresponseneedonlyincludethatinformationwhichisreadilyaccessibletoyouormaybereasonablycalculated,includingestimates.Inaddition,youmayrespond NotApplicabletoanyquestionthatdoesnotapplytoyourfacility. ToWhomweretheQuestionnaireICRQuestionnairePacketsSent?      Themailinglistwasdevelopedthroughtheeffortsoftheprojectteamsoneachofthe10YearSurfaceCoatingMACTCategories,andwerederivedfromthefacilitieslistedindatabasesfromtheEPAandStateandLocalagencies,fromthemailinglistsoftradeassociations,andfromindividualcompaniesthathavebeenmembersofthestakeholdergroupsforthevariousprojects.TheQuestionnaireICRQuestionnairepacketshavebeenaddressedtotheCorporateEnvironmentalOfficial,andnottotheindividualfacilitiesforseveralpurposes:1)toalertcorporateownersofthedatacollectioneffortandallowthemtheopportunitytoprovideacoordinatedresponsefromalloftheirfacilities,2)toreducetheamountofmailingtoindividualfacilities,and3)toensurethatindividualfacilitiesarenotmissed. GuidelinesforCompletingtheAlternativeQuestionnaireICRAlternativeQuestionnaire      Dependentuponyourcorporate/companystructure,itmaybethatresponsesforindividualfacilitieswillbecompletedatthefacilitiesthemselvesorfromsomecorporatelevel.Regardlessofhowtheformsarecompleted,therearesomegeneralguidelinesthatshouldbefollowed. b   b$0    Eachresponse(oneperfacility/plant)shouldhaveauniqueFacilityTrackingNumber.TheinitialFacility  TrackingNumbercanbefoundonthemailinglabelandonthecoverlettersentwiththisQuestionnaireICRQuestionnairePacket.Ifyouarereportingforonefacility,simplyusetheFacilityTrackingNumberassigned.Ifyouarereportingformorethanonefacility,addalettertotheendoftheassignedFacilityTrackingNumbertocreateauniqueID.Forexample,iftheassignedTrackingNumberisABC001,andyouarereportingforthreefacilities,theirindividualTrackingNumberswouldbeABC001A,ABC001B,andABC001C. b$$݌ (#(# Ќ   b   b'0    EachcopyofeachpageofaFormshouldhavetheTrackingNumberatthetopofthepage. b''݌.(#(# Ќ   b   b(0    Allinformationprovidedontheformsshouldbeinmetricunits.Foryourconvenience,aconversionchart l isprovidedinAppendixB.Pleaseensurethatallunitsaremarkedclearlyontheforms. b((݌ (#(# Ќ  FormatoftheQuestionnaireICRQuestionnaire  >    ThequestionnaireICRQuestionnaireconsistsofseveralformsthatareinterrelated.Figure1showsthebasictypesofinformationbeingrequested,andhowthatinformationrelatestothequestionnaireICRQuestionnaireforms.Asmentionedpreviously,therewillbeoneFormA(FacilityGeneralInformation)foreachresponse.AseparatecopyofFormBisneededforeachmaterial(orgroupoflikematerials)usedinthefacilitythatcancontributetotheemissionsofHAPand/orVOCmaterials.TheinformationonFormBisnotlimitedtoonlycoatingsandcoatingcomponents(althoughitisexpectedthatmostmaterialswillbecoatings),butincludesmaterialsorproductsusedinsurfacepreparation,cleaningoperations,etc.FormsDthroughHaredesignedtodescribethetypesofoperations/activitiesthataremostexpectedtocontributetoemissions(CoatingApplication,SurfacePreparation,Storage,Mixing,andCleaningOperations).ControlDevices(FormC)aretreatedseparatelyduetothewidevarietyofwaysthattheymaybeconfiguredforusewithanindividualoperationthatmaybedescribedinFormsDthroughH,orwithacombinationofoperations.AsinglecopyofFormIisexpectedperresponsetodescribetheWasteandWastewaterhandlingthroughoutthefacility.  ExceptforFormA(FacilityGeneralInformation),andFormI(WasteandWastewater),theFormsare expectedtobecopiedasneededforeachfacility.OnlyonecopyofFormAandFormIareneededperfacility. +2#. x."B2.r 0 p3' @Exwe;6x (#(#                                 (#(#x.B2.r 0 p3' @Exwe;6xx.B2.r 0 p3' @Exwe;6xx.B2.r 0 p3' @Exwe;6xThereisaspaceprovidedatthetopofeachformtoindicatetheFacilityTrackingNumberanditwillprobablybe mostexpedienttohavetheTrackingNumberenteredatthetopoftheformspriortocopying.(ThisishandledautomaticallyintheelectronicversionoftheForms.)ManyFormsconsistofmorethanonepage,andthisisalsoindicatedatthetopofeachpage,asshowninthissetofinstructions.Todistinguishindividual copiesofeachForm,aspacehasbeenprovidedtoindicatea Sheetnumberandthetotalnumberofsheets/copiesforanyparticularForm;thiswasdonetoensurenoinformationislostinhandling.  Asinglestandardized CommentsSheetwasdevelopedforusewhereneededwithanyoftheForms.PleaseuseaseparateCommentsSheetforeachindividual Sheetinasetofforms,whereoneisneeded.IfmorethanoneCommentsSheetisneededforanadequateresponse,pleasenumberandindicatethetotalnumberofCommentsSheetsusedforthatparticularcomment.  FormD(CoatingApplication)hasthegreatestvariabilitybetweenprojects,whichisduetothespecificcharacteristicsofeachoftheninedifferentindustriesbeingpolled.Forexample,manyofthequestionsregardingcoatingapplicationforametalpartwillbeirrelevanttothedyeingoffabric,andviceversa.However,eachofthe ,#/ Co  Co  Co  Co  Co  Co  Co  Co  Co  Co  Co  Co  Co  Co  Co  criticalelementsneededforEPAtocompletetheneededanalysisofdataarerepresentedineachversionofFormD.TheotheroperationsdescribedintheotherFormsaremuchmoregenericanddifferfarlessbetweenthevariousindustrycategoriesthandoesthecoatingapplicationitself.  FormDalsorequestsadditionalinformationregardingcollocationofunitoperationsbetweenothersurfacecoatingsourcecategories.ThemostevidentconcerniscollocationbetweenMiscellaneousMetalPartsandMiscellaneousPlasticParts(refertoPage4ofFormD).'~~ uy/UnitOperationSystemDiagrams     Emissionsandmaterialusedataarebeingcollectedusingtheunitoperationsystem(UOS)approach.$ !#  1      ׀For h  thepurposeofidentifyingandquantifyingthepossiblesourcesofpollution,aplant(orfacility)isconsideredtoconsistofseverallevelsofproductionactivity,consistingofdepartments,whicharedividedintoworkareas,whichinturnarecomposedofoneormoreunitoperationsystems.ThetermUOSreferstoaformalizedconceptfor .  performingamaterialbalance.Aunitoperationsystemmeanstheensembleonwhichthematerialbalanceisperformed.Ifthepurposeofthematerialbalanceistodetermineemissionsduetothecoatingofmetalparts,forexample,itencompassesallpossiblepointsandsourcesleadingtoevaporativeemissionlossesassociatedwitheachprimaryunitoperation,includinglossesduringcoatingapplication,flashofffromthecoatedpartitself,andfromthe >  ovenorfinaldryingarea.Dependingontheplantconfiguration,itmayalsoincludemixingandstorageofcoatingsandsolvents.  Figures2through4areexamplediagramsofseveralpotentialUOSsprovidedtohelpyouunderstandhowtogroupindividualunitoperationsintoaunitoperationsystemforyourindustry.Figure2reflectsasurfacepreparationunitoperationsystem,Figure3showsacoatingpreparation(mixing)unitoperationsystem,andFigure4showsacoatingapplicationanddryingunitoperationsystem.Wehavedevelopedthesegenericfigurestothebestofourability,realizingthatindividualfacilitieshavearangeofproductionapproaches.PleasemodifytheseexampleUOSdiagrams(orcreatenewdiagramsasnecessary)toreflecttheactualHAPorVOCemittingprocessesatyourfacility.ForeachUOS,indicatethetimerateofbothHAPandVOCenteringandleavingtheUOS(e.g.,kg/hr),aswellasthecoatingcoveragerate(e.g.,m2/hr).Intheexamples,FandLreflectliquidorsolidmaterials, 0 whileVindicatesvolatileemissions.#~'~B# n  HAPandVOCInformation  |   ForfacilitieswithunitoperationsthathavenegligibleHAPandVOCemissions,pleaseindicateclearlyontherequiredformsthatnoHAPorVOCmaterialisusedandindicatethebasisforthedetermination(i.e.,MSDS,productdatasheet,sourcetest,etc.).Nofurtherinformationwillberequiredatthistimefortheseoperations.  ""  DuTRP'3 Letter Landscape3''3 Letter Landscape3'TTRP'3 Letter LandscapeP'3 Letter Landscape'3 Letter Landscape'3 Letter LandscapeT  k.7'#`<   `K E0*0*ee*k ..                                     @ $  r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT   r'Dy/TRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeTTRY3' LetterY3' Letter3' Letter3' LetterT  k.7'#`<  P `b Ex(x(ee:)k (#(#                                                     ,'4 TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  TRP'3 Letter LandscapeY3' Letter'3 Letter Landscape3' LetterT  k.7'#`<  Z  ` uE0*0*ee*k ..                                     @ $ 'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  'DTRY3' LetterP'3 Letter Landscape3' Letter'3 Letter LandscapeT  oxJ֛ UnitOperationSystemDescriptions F     Thefollowingunitoperationshavebeenidentifiedastypicalofametalfurnituremanufacturingfacility:(1)   fabrication,(2)surfacepreparation,(3)coatingstorageandmixing(4)coating(primer,topcoat,oronecoat)applicationandcuring,(5)touchupandrework,(6)paintstripping(ofdefectivepartsorconveyorsystemparts;e.g.,racksandhooks),(7)wastehandling,(8)wastewatertreatment,and(9)cleaning(otherthanforthepurposeofsurfacepreparationpriortocoating).Provideabriefdescriptionofeachunitoperationatyourfacilitysimilartothoseprovidedbelow.1.0  FabricationUnitOperationd (#(#    `    "0 ` DrawingAmetalsubstrateisformedinapressintoacuplikeorboxlikeshape.Duringthis j  operation,lubricantsknownasdrawingcompoundsarenormallyrequiredtopreventscoringanddamagefrommetaltometalcontactbetweenthemetalpartandthedie. ` (#` (#   "0 ` PunchpressAmachineequippedwithcutting,shaping,orcombinationdiesforworkingon 8  material.Thisallowsforanoperationbywhichthepressisforcedagainstametalsubstratetocutaholeinthemetalsubstrate,makeanimpression,orpunchoutapart. ` (#` (#   "0 ` WeldingTheoperationbywhichheatisusedtofuse(melt)twopiecesofmetaltogether. ` (#` (#    `  2.  CleaningandPretreatment(PartsCleaners)UnitOperations     Type1(solventsystem)    "0 ` MiscellaneousPartsWashingRemovalofdirt,oil,grimeorotherconstituentsfrom X miscellaneousparts,suchasuncoatedinteriorparts,priortoassemblyorcoating.Thismayoccurinanormallyclosedcontainerthatiscontinuouslyagitatedandcontainsasolventbathorothertypeofcleaning/treatmentagent. ` (#` (#    `      Type2(aqueoussystem) ,   "0 ` AlkalineorAcidCleanerSubstrateiswashedwithanalkalineoracidcleanerforremovalofdirt, n grime,andoil. ` (#` (#   "0 ` WaterRinseAftercleaningsubstratewithalkalinecleaner,substrateisrinsedtoremoveexcess x alkalinecleaner. ` (#` (#   "0 ` PhosphatePreconditioner(ZincorIron)Afterthewaterrinse,substrateisrinsedwitha !~  conditionertopreparemetalsubstrateforacceptanceofzincorironphosphateorcohesion. ` (#` (#   "0 ` PhosphateRinse(ZincorIron)Afterconditioning,substrateisrinsedwithzincorironphosphate "" topromotecorrosionresistanceandadhesionbycreatingabondbetweenthemetalsubstrateandcoating. ` (#` (#   "0 ` Water(deionized(DI)ortapwater)RinseSubstrateisrinsedwithDIortapwatertoremove $R% impurities.UsuallyDIwaterisusedtoneutralizemetalsubstrateforlowconductivity. ` (#` (#   Type3(AbrasiveBlastingMaterial)  '(   "0 ` Anabrasivematerial(usuallysmallparticlesofmetaloraninertsubstance)isprojectedathigh 'b) speedattheparttoabrasivelyremovecontaminatesformthesurfaceofthepart. ` (#` (#   " ` Opensystem l) +   " ` Closedsystem 0*!, 0  Dryer(Oven)Chamberorenclosedcompartmentforthepurposeofdryingparts. (#(#  |,#/ S tTRY3' LetterY3' Letter3' Letter3' LetterT  t3.  CoatingStorageandMixingUnitOperations    "0 ` CoatingStorageAstorageenclosureforsolvents,coatings,resins,paste,etc.,dependingonthe   typeofcoating. ` (#` (#   "0 ` CoatingMixingAnycombinationofmixingthecoatingwithsolvents,resins,thinningsolvents,   paste,etc.priortotransportingcoatingtotheCoatingApplicationandCuring. ` (#` (#    `  4.0  CoatingApplicationandCuringUnitOperations(oneUnitOperationSystem) \(#(#   "0 ` CoatingApplicationTheunitoperationbywhichthecoatingmixisappliedtothebasesubstrate. f  Thisunitoperationmayincludepowder,flowcoat,sprayapplications,dipping,etc.Dependingontheapplicationmethodutilized,thefollowingstepsmayormaynotberequired. ` (#` (#   "0 ` FlashoffareaTheportionofacoatingoperationbetweenthecoaterandthedryingovenwhere 0  solventbeginstoevaporatefromthecoatedbasesubstrate.Ifpowderapplicationisutilized,theflashoffareaisomitted. ` (#` (#   "0 ` OvenChamberorenclosedcompartmentforthepurposeofcuring,heating,ordrying.| ` (#` (# 5.0  TouchupandRework_ԀUnitOperation (#(#   "0 ` TotalCoatingRemovalRefertoPaintStrippingunitoperation` (#` (#   "0 ` MaterialPreparationMayconsistofvarioussteps,dependingonthetypeofcoatingdefect P ( orangepeel,scratch,etc.).Somecommonoperationsaresanding,grinding,wipingpartwithadryrag,etc. ` (#` (#   "0 ` CoatingApplicationRefertoCoatingApplicationandCuringUOS.` (#` (#   "0 ` TouchupCuringMayconsistofanenclosurethatallowsforairdryingofthepartormayrequire ` anovenforcuring(refertoCoatingApplicationandCuringUOSformoredetail). ` (#` (# 6.0  PaintStrippingUnitOperation.(#(#   "0 ` FluidizedBedUtilizeshotairbubbledupthroughamedium,whichisusuallyasandbed.The 4 fluidizedbedoperatesatabout427to482oC.Partstobecleanedaretypicallyloadedintoa z basket,whichisthencompletelyimmersedinthesandbedforremovalofcoatingfromracksordefectiveparts. ` (#` (#   "0 ` MoltenSaltBathUtilizesabathcontaininginorganicsaltmixturesmaintainedattemperatures !D! between288and482oC.Partstobecleanedaretypicallyloadedintoabasket,whichisthen "" completelyimmersedinthesaltbathforremovalofcoatingfromracksordefectiveparts. ` (#` (#   "0 ` AfterburnersBurncoatingsoffofthecoatedracksorparts.Afterburnersoperateattemperatures $$ around538to649oC.$T%` (#` (#   "0 ` ChemicalStrippingRequiressoakingthesubstrateorcoatedpartinachemicalbath.Usually %& utilizedwhenthesubstratecannotwithstandhightemperatures. ` (#` (#   "0 ` MechanicalStrippingInvolvesmanualremovalofthecoatingbyanabrasiveblastingtechnique."'(` (#` (# 7.  WasteHandlingUnitOperation (( *   "0 ` WasteHandlingAnyintermediatestepthatisresponsibleforremovingsolidand/orliquidwaste 2*!, fromafacility. ` (#` (#    `    ~,#/ 8.0  WastewaterTreatmentUnitOperation(#(#   "0 ` WastewaterTreatmentRemovalofsolidandliquidwastefromanyeffluentstreamthrough   filtration,sedimentation,etc. ` (#` (#    `  9.0  CleaningUnitOperations(otherthansurfacepreparationpriortocoating)V (#(#   "0 ` MiscellaneousPartsWashingRemovalofdirt,oil,grimeorotherconstituentsfrom  \ miscellaneousparts,suchasuncoatedinteriorparts,priortoassemblyorcoating.Thismayoccurinanormallyclosedcontainerthatiscontinuouslyagitatedandcontainsasolventbathorothertypeofcleaning/treatmentagent. ` (#` (#  SolventTrackingSystem 0    Asolventtrackingsystemisanintegralfacilityfunctionthatisnecessarytogeneratethematerialbalance t  associatedwiththeUOSsystem.Accordingly,weareinterestedinthetypesofsolventtrackingsystemsthattheindustryhasincorporated.Ifyouhaveasolventtrackingsysteminplace,brieflydescribewhatinformationistrackedandrecorded.  H   ~~=x Ox ֛>"@7dd7w9  Thepurposeofthisformistoprovideinformationregardingeachindividualfacilityinyourorganization T whichhassurfacecoatingoperationsinoneormoreofthecategoriesdefinedintheGeneralInstructions.  Ifyouarereportingformorethanonefacility,aseparateresponseshouldbecompletedforeachindividualfacility,andauniquetrackingnumbershouldbeusedwitheachfacility.Ifreportingformorethanonefacility,pleaseusetheoriginaltrackingnumberprovidedandaddalettertotheendtocreateauniqueTrackingNumber(seeGeneralInstructions).Instructionsforeachitemorgroupsofitemsareprovidedbelowtoassistinfillinginresponses.Allitemsaretobeconsideredrequiredunlessotherwiseindicatedbytheword Optionalappearinginparenthesesnexttotheitemdescriptionintheinstructionsandunderlinedintheforms. InstructionsforSpecificItems     1.0  FacilityName: Enterthelegalnameforthisfacility. . (#(# 2.0  FacilityLocation   (#(# 0  a. Street: Thestreetaddressforthemainentrancetothefacility.B (#(# 0  b. City: Thecityinwhichthefacilityislocated.  (#(# 0  c. State: TheStateinwhichthefacilityislocated.V(#(# 0  d. ZipCode: The5or9digitzipcodeforthefacilitylocation.4(#(# 0  e. County: Thecountyinwhichthefacilityislocated.j(#(# 3.& ( 0  CorporateOwner H(#(# 0  a. NameofCorporateOwner: Thecorporateownerofthefacility.~(#(# 0  b.e. MailingAddress: Thecorporatemailingaddress.\(#(#   f. CorporateAnnualSales: TheCorporateannualsalesindollars.   '(H4.0  FacilityDescription p"(#(# 0  a.Provideabriefdescriptionofthefacility,includinggeneralpurpose,typesofoperationsthatareperformedatthislocation,productsmade,andotherinformationdiscussingtheoperationsofthefacility.PleaseprovideadditionaldetailsonaCommentsheetforthisform. (#(# 0  b. Dun&BradstreetNumber: (optional)The9characterDun&Bradstreetidentifierforthisfacility.If  #( unknownenter Unknown. (#(# 0  c. SARATRIFacilityId.: (optional)TheSARATRIFacilityId.numberthatappearsonFormsR.This X%!+ informationallowsEPAtocrossreferencetotheTRISdatabase.IfthisfacilityisnotrequiredtofilloutFormR,enter N/A. (#(# 0  d. NumberofFacilityEmployees: ThenumberofproductionpersonnelemployedatthefacilityinFull j($/ TimeEquivalents(FTEs).FTEsarecalculatedbydividingthetotalnumberofmanhoursworkedatafacilitybythenumberofhoursexpectedfromafulltimeemployee,typically2,000hours/year.TheequationbelowdemonstratesaFTEcalculation. (#(# e:BC/` p * `E+xrd |+ e (#(#     (#(#@* P/*8 >" x    0 @ H@H@ -E& N 0  e. NumberofFacilityCoatingEmployees: Totalfacilityproductionemployees(FTEs)involvedin  coatingoperations.SeetheexplanationofFTEforitem4d.Ifanemployee'sdutiesaresplitbetweencoatingandotherduties,usetheproportionofhoursspentonthecoatinglinetocalculateFTEs.'N (#(# 0  f. YearPlantOriginallyConstructed: Thisistheyeartheplantoriginallybeganoperationinthecurrent  industry;iftheplantwasconvertedfromanotherindustry,giveyearofconversion(changesinownershipdonotnecessarilyconstituteconversions). (#(# 5.0  ProductDescription: Theprincipalproduct(s)madeorservicedatthisfacility. $(#(# 0  SIC/NAICSCodes: TheserefertotheStandardIndustrialClassificationcodes(1987)andtheir z   replacements,theNorthAmericanIndustrialClassificationSystemcodes(seeAppendixAforalistingofSICandNAICScodesforthemetalfurnitureindustry).FormoreinformationonSICandNAICScodes,visitthefollowingInternetsite:http://www.census.gov/epcd/www/naics.html (#(# 0  &  EndUseProduct: (optional)Checkeitherthe Yesor Nocheckboxiftheprincipalproductwillbe P  soldonthemarketasafinishedgood;ifthisproductisanintermediateinthemanufactureofafinalproduct,answer No.Iftheproductisan intermediate,notethepartnameandthefinalproduct(s)inwhichtheintermediateproductmanufacturedinthisfacilityisusedonaCommentsheetforthisform.'P (#(# 0  LifeExpectancy: (optional)Howlongisthefinalproductexpectedtolastafterbeingacquiredbytheend &Z user? (#(#   %ofTotalProductProduced: Ifmultipletypes/categoriesofproductsareproduced,thenprovidethe t   amountoftheindividualproductproducedasapercentageoftotalproductsproduced.6.0  TechnicalContact (#(# 0  a&  . Name: Thenameoftheperson(eitherfortheCorporateOwnerorfortheindividualfacility)whois L knowledgeableabouttechnicalinformationforthefacility(emissions,controldevices,coatings,operations,etc.)andshouldbeconsultedifquestionsariseinanalysisofthisresponse. (#(# 'L0  b. Title: Thepositiontitleofthetechnicalcontactforthisfacility.^ (#(# 0  c. Telephone: Thetelephonenumberofthetechnicalcontactforthefacility."(#(# 0  d. Facsimile: Thefacsimilenumberforthetechnicalcontactforthefacility.r $(#(#   e. ElectronicMailAddress: Theemailaddressforthetechnicalcontactforthefacility. !0& 47.0  GeographicCoordinates: Pleaseprovidethelatitudeandlongitudeforthecenterofthefacility,indicating #( degrees,minutes,andseconds.Iflatitudeandlongitudearenotavailable,UniversalTransverseMercator(UTM)coordinatescanbeprovidedonaCommentSheetforthisform. (#(# 5g48  .0    ReportingYear: Theyearofrecordassociatedwiththereportedinformationfortheplant.Dataforthe &!, year1997isexpected;pleaseprovideanexplanationonaCommentsSheetforthisformtodescribewhyanotheryearwaschosenif1997wasnotused.Alsoindicatewhetherinformationisbeingreportedforthefiscalyearorcalendaryear.5g4   (#(# 9.0  SurfaceCoatingCategory: Checkthebox(es)toindicatetheindustry(ies)forwhichanysurfacecoating n*%1 operationsareassociatedatthislocation.Pleaserefertothedefinitionsofthecategoriesprovidedatthebeginningofthissetofinstructions. (#(#  /<*7 10.0  OtherRegulatoryRequirements: T(#(# 0  a.PleaselistallotherMACTStandardsthatareapplicabletothisfacility.Iftherearenone,enter None. (#(# E0  b. LAERDeterminations: IndicateifaLAERdeterminationhasbeenmadeonanyofthesurfacecoating f operations,andifsothedateofthemostrecentLAERdetermination.PleasealsolistonaCommentssheetforthisformthecoatingoperation(s)affectedandtheappropriatedate(s). (#(# 11.0  ResearchandDevelopmentUnitOperations :IndicatewhetheranyResearchandDevelopmentactivities x $ areconductedatthisfacility.ProvideabriefdescriptionofanysuchactivitiesoranyactivitiesthatyoubelievemaybeResearchandDevelopment. (#(# 12.0  PollutionPrevention: 󀀜(Optional)Providetherequestedinformationforpollutionpreventionmeasuresimplemented  6  inthepastfouryears. (#(# x13.0  TitleVClassification: IndicateifyourfacilityhassubmittedorispreparinganapplicationforaTitleV   PermitfromyourStateorlocalregulatoryagency.Ifyouarenotsure,checktheboxmarked Unknown.AlsoprovideabriefdescriptionofthebasisfordeterminingtheTitleVclassification(e.g.forwhichpollutant(s)isthefacilityamajorsource)andwhetheranycolocatedoperationsatthefacilityinfluencetheTitleVstatus. (#(# 14.0  FacilityEmissions: Pleaselistthetotalactualemissionsfromthefacilityforthereportingyear.Provide r facilitywidetotalsforHAPandVOC,andforeachindividualHAPemittedatgreaterthan0.45megagrams/year(0.5tons/year).PleaserefertothegeneralinstructionsandtheattachedlistofHAPmaterials(AppendixC)foradefinitionofhazardousairpollutant(HAP).Alsoprovideanyfacilitywidepermitlimitations(ifany)onemissionsofanyHAPorforVOCmaterials,andthemaximumdesigncapacityemissions(seedefinitionbelow). (#(# 0  MaximumDesignCapacityEmissions 󀄀Thesearetheemissionspossiblewhenoperatingallequipmentat | itsmaximumdesigncapacityonafulloperationalschedule(upto8,760hrs/year),andutilizingmaterialswiththehighestHAPand/orVOCcontentcurrentlyinuse.NoteinaCommentsheetforthisformtheassumptionsandexamplecalculationsusedtoarriveattheenteredvalue. (#(# 15.&  0  FacilityWideProductUsage: Productsarebeingcategorizedbyverygeneraltypesfortheresponsesin R! FormB,butdetailsarebeingaskedforonlythehighestusageHAPandVOCcontainingproductswithineach type.Theinformationbeingrequestedhereisforthetotalusageofproductswithinaproduct type,andthepercentofthattotalreportedindetailonFormB. (#(# '16.0  ResponseSummary: IndicateinthetablehowmanyofeachFormwerecompletedforthesubjectfacility. |!(& EPAalsorequeststhatyouprovidebothaschematicdrawingofthefacility(plantlayout),showingthelocationsofalloperationsrelatedtosurfacecoating,andaflowdiagramshowingtheflowofproducts/intermediatesfromoneunitoperationtoanother.Reference,wherepossible,theFormonwhichinformationforalocationintheplantlayoutorstepintheflowdiagramcanbefound.AnexampleofaflowdiagramhasbeenprovidedasFigure5.Usemultiplepagesifneededtoprovideclarity,andindicateinthespacesprovidedthetotalnumberofpagesforboththePlantLayoutandtheFlowDiagram(s).PleasenotethatyoumaysimplymakechangestoFigure5ifitissimilartoyourfacility,ratherthancreatinganewdiagram. (#(#   b($/ w9H  #~~|#~~F=t=tQ=t֛  Thepurposeoftheinformationbeingcollectedinthisformistogatherinformationonthematerialsbeing  usedinthesurfacecoatingoperations,andthoseoperationsassociatedwithsurfacecoatingatthefacility.EPAisrequestingthatfacilitiesprovideinformationonallmaterialsthatrepresentapproximately90percentofthematerialusagewithinanyone MaterialType,asdefinedunderItemB1dbelow.Individualrespondentsmayfeeltheneedtoreporttheusageforcertain specialtymaterialsforwhichtheyfeelaneedforspecialconsideration;pleasenoteina CommentsSheet forthisformifthereareanyspecialconsiderationsforusageofaparticularmaterial. T    Thisformhasbeendesignedtocontaininformationforasinglematerialorgroupofmaterials(seediscussionthatfollowsongroupingmaterials).Itisintendedthatacopyofanoriginal(preferablywiththeFacilityTrackingNumberpreviouslyentered)befilledoutseparatelyforeachmaterial/materialgroupbeingreported.Pleasenoteatthetopofeachpagethe Sheetnumberandtotalnumberof Sheetsintheresponsepacketforthisfacility. SheetsreferstothenumberofcopiesofFormB,andwillbeusedtoverifythatallinformationprovidedintheresponsehasbeenreceived.  @ RulesforGroupingMaterials v   Theoptionisbeinggiventorespondentstogrouplikematerials(e.g.,differentcolorcoatingswithsimilarHAPand >  VOCcontent),andreportinformationonthegroupedmaterialsonasingleFormB.However,thefollowinglimitationsmustbefollowedwhengroupingmaterials:/~Ԁ#~//# F 6c  6c20    Allmaterialswithinagroupmusthaveasimilarformulation,notvaryingfromonetoanotherbymorethan & 5percentinTotalHAPorTotalVOC.6c݌ (#(# Ќ  6c  6c20    Allmaterialsshouldhavesimilar,ifnotidentical,speciatedingredients.6c݌j(#(# Ќ  6c  6c20    Onlymaterialsofthesametypecanbegroupedtogether(e.g.,Coatings/CoatingComponentsseparatefrom .r CleaningSolventsandThinningSolvents).6c݌ (#(# Ќ  6c  6c20    Onlycoatingsofthesameresintypeorcoatingtechnologymaybegroupedtogether.6c݌(#(# Ќ  6c  6c20    AllmaterialsinthegroupmustusethesameUnitsofMeasure(eithermassunitsorvolumeunits)orbe z convertedpriortobeingcombined.6c݌ (#(# Ќ  /~Ԁ#~/# F  Definitions   /~Ԁ#~/5# ` #~~# Adhesive Asubstancecapableofholdingmaterialstogetherbysurfaceattachment.Variousdescriptiveadjectives @ areusedwiththetermadhesivetoindicatecertaincharacteristics:physical(liquidadhesive,tapeadhesive),chemicaltype(silicateadhesive,resinadhesive),materialsbonded(paperadhesive),andconditionsofuse(hot-setadhesive).~~ CleaningSolvents 󀄀Organicsolventsusedforcleaning.Cleaningsolventsusedinsurfacepreparationofthepart  R# orproducttobecoatedarereportedonFormE.ThoseusedincleaningoperationsarereportedonFormH.   $ Coating 󀄀Aprotective,decorative,orfunctionalfilmappliedasathinlayertoasubstrateorsurfaceandwhichcures Z"& toformacontinuoussolidfilm.Thistermappliestopaintssuchaslacquersorenamels,butalsoisusedtorefertofilmsappliedtopaper,plastics,orfoil.Italsoappliestoothercoatingsthatdonothavearesin.AdhesivesandCaulksarebeingtreatedasCoatingsinthisquestionnaireICRQuestionnaire;however,thesemaybereportedseparatelyasan OtherProductTypesifdesired.~Ԁ#~ꞿ # 0&t +  CoatingComponents 󀄀Productsthatarecombinedtocreateacoating(e.g.,catalystandresininmulticomponent &$!, coatings).Thinningsolventsarenotincludedinthisdefinitionasacoatingcomponent,butarereportedseparately.~Ԁ#~# j(".  CoatingTechnologies 󀄀Thebasiccompositionandchemistryofacoating.Someofthesetechnologiesarespecific )^#/ tothesubstratebeingcoated(FabricSpecificCoatingsandFlatwoodSpecificCoatings),whileothersarebasedonthecarrier(SolventborneandWaterReducible),theresinused,orapplicationtechnique(Powder).~Ԁ#~#  h+%2 ResinType 󀄀Thebasicchemicalclassificationofthecoatingsolids. ,\&3 ~Ԁ#~ꞌ#   ThinningSolvent 󀄀Organicsolventusedtothinthecoatingmaterialpriortobeingappliedtothepartorproduct l beingcoated.&  ItemSpecificInstructions  |   0  MaterialNumber: Thiswillbeassignedbytherespondent,startingwithone(1)forthefirstandgoingon >  insequenceforeachproductorproductgroupbeingreported. (#(# 1.0  'MaterialIdentification 󀄀Thisinformationisbeingrequestedtodefinethematerialorgroupofmaterials    thatwillbereporteduponinotherforms. (#(# 9*f    9*f7a  )0 `   ProductName: Thenameofthematerial(brandnamesareacceptable)orgroupofmaterials.9*f7یZ ` (#` (# Ќ  9*f    9*f7b  )0 `   Manufacturers/SuppliersName: Reportthenameofthemanufacturerorsupplierlistedonthe   productlabeland/orontheMSDSforthisproduct.Ifgroupinglikematerialsfrommorethanonemanufacturerorsupplier,enter GroupedMaterialsVarious,andnotethenames,manufacturer/suppliernames,andstocknumbersforallgroupedmaterialsonthe Comments  *n   Sheet .9*f7ی4 ` (#` (# Ќ  9*f    9*f?7c  )0 `   Manufacturers/SuppliersStockNumber: EntertheStockNumberlistedontheproduct   packagebythemanufacturerorsupplier.9*f?f7ی ` (#` (# Ќ  9*f    9*f7d  )0 `   ProductType: Indicatewhichoneofthesebroadcategoriesofproductsdoesthisspecific @ materialorgroupofmaterialsbelong.(Seethedefinitionspreviouslyprovided.)IfaCoating/CoatingComponent,alsoindicatewhetherthematerialisusedasprimer,basecoat,etc.,andusethesecoatingspecificsubtypesforgroupingpurposes.9*f7ی ` (#` (# Ќ  2.0  MaterialUsage Z(#(# 79*f    9*f&7a  )0 `   AmountUsedinReportingYear: Givethequantityofthematerialusedfortheyearindicatedon   FormA.Pleasespecifyunits.9*f&M7ی ` (#` (# Ќ  9*f    9*f}7b  )0 `   PercentofUsageforAllMaterialsofthisType: Whatistheproportion(expressedasa f percentage)ofthetotalquantityofallofthematerialsofthistype(Item1dofthisform)thatisrepresentedbythisonematerialorgroupofmaterials.9*f}7ی ` (#` (# Ќ  9*f    9*fK7c  )0 `   Ismaterialthinned,mixed,orformulatedbeforeuse? Ifthematerialismodifiedbeforeuse  (e.g.,combinedwithothercomponentstoformafinalcoating),pleasefurtherdefinetheseinFormG,Item4.9*fKr7ی ` (#` (# Ќ  3.0  CoatingSpecificDetails 󀄀Detailswhichareneededtobettercomparelikematerials.Firstchoosethe  " GeneralCoatingType,thentheCoatingTechnology,andtheResinType,whereapplicable.Notethedefinitionsprovidedpreviouslyintheinstructionsforthisform. (#(# 4.0  GeneralComposition/FormulationData 󀄀Thisinformationisbeingcollectedtodeterminethe "& contributionofthematerialtotheemissionsofHAPandVOCmaterials,andtoallowcomparisonsbetweensimilarmaterials. (#(# 79*f    9*fr"7a  )0 `   MaterialDensity: Productdensityisneededtoconvertmasspercentstomassunits.Please &%j) specifythedensityinunitsofkilograms/liter.9*fr""7ی ` (#` (# Ќ  9*f    9*f#7b  )0 `   SourceofData: IndicatethesourceofthedatabeingreportedinItems4and5ofthisform.The & + preferencefordatasourcesareTestDatafirst,followedbyCertifiedProductDataSheets;MaterialSafetyDataSheets(MSDS);thenanyotherdatasourcesavailable.Pleaseprovideacopyofwhateverinformationsource#~~- #~~Ԁisavailable.Ifnogoodsourceofdataisavailable,pleasebecertain (B#. thatyouhaveidentifiedthemanufacturer/supplierandtheirstocknumber(Items1band1c)adequately.9*f##7ی ` (#` (# Ќ  9*f    9*f&7c  )0 `   SolidsContent: Reportthesolidscontentonbothamasspercentandvolumepercentbasis.This J+%1 informationhasbeenusedinotherMACTStandards(gramsHAP/gramscoatingsolids).9*f&'7ی,T&2` (#` (# Ќ  9*f    9*f(7d  )0 `   TotalVOCContent: ReporttheVOCcontentonamasspercentbasis.Pleaseindicateina   Comments Sheet forthisformifthereisanydeviationfromthisguidance.Theamountreported  hereshouldbegreaterthanorequaltothetotalofallspeciatedVOCreportedinItem5ofthisform.9*f((7ی ` (#` (# Ќ  9*f    9*f*7e  )0 `   WaterContent: Indicatethemasspercentofwaterintheproduct.9*f**7ی` (#` (# Ќ  5.0  SpeciatedComponents 󀄀Listeachindividualorganicconstituentofthematerial(whetheritisaHAP, Z  VOC,orneither)andanyinorganicHAPconstituents.Listallthatarepresentatgreaterthanonepercent,oratgreaterthan0.1percentforcarcinogens.Thisinformationshouldbereadilyavailablefromthepreferreddatasource(indicatedinItem4bofthisform)orshouldbeattainablefromthemanufacturerorsupplierofthematerial.ItiscriticalthataCASRegistryNumberbegivenwhenoneisavailable;thiswillallowtheEPAtoensurethatadjustmentsforanyHAPorVOCcomponentthatmaybedelistedinthefuturecanbemade,andavoidtheneedforanotherdatacollectioneffort.AgoodreferenceontheInternetforfindingCASRegistryNumbersisChemFinder(http://chemfinder.camsoft.com/).Alsonotewhetherthis   individualconstituenthasbeenconsideredasaHAPorVOCinthisresponse.XgX~ | (#(# #~XXg/#@  Ft`FtcFt֛Usethisformtoreportinformationonthedesignparametersandcaptureandcontrolefficiencyofeach  addoncontroldevice.Completeoneformforeachaddoncontroldevice.TheGENERALINFORMATIONsectionshouldreflectactualoperatingconditionsandbecompletedforalladdoncontroldevices.Forthe B subsequentsections,completeonlythesectionwhichcorrespondstothetypeofaddoncontroldevicebeingreported.TheOTHERCONTROLDEVICEsectionshouldbecompletedonlyifthisparticularaddoncontroldeviceisnotlistedinanyoftheprevioussections.Acompletedescriptionofyouraddoncontroldevicemayincludeotherparametersnotonthisform.Itisimportantthatyouattachmanufacturer'sspecification,schematics,andanyotherdrawingsnecessarytoprovideacompletedescriptionofthisaddoncontroldeviceanditsrelationshiptoitsemissionsource(s).  Insomesituations,theoperatingparameters(e.g.,controldeviceefficiency,inletflowrate)varyoverawiderangeduringnormalfacilityoperations.Ifyoubelieveitisimportanttoshowhowtheperformanceofthisaddoncontroldevicevarieswithvaryingoperatingparameters,thenreporttherelevantinformationontheCommentsSheet.Includetherangeoverwhicheachparametervariesandhowthisvariationaffectstheperformanceoftheaddoncontroldevice.  Pleasenoteatthetopofeachpagethe Sheetnumberandtotalnumberof Sheetsintheresponsepacketforthisfacility. SheetsreferstothenumberofcopiesofFormC,andwillbeusedtoverifythatallinformationprovidedintheresponsehasbeenreceived.AlsoentertheAddonControlDeviceIDNo.asspecifiedonthefacilityflowdiagram. 1.  GENERALINFORMATION      a)0 ` PositioninSeriesofControls 󀄀Ifthereareseveraldevicesoperatinginaseries,indicateinwhat  positionthisdeviceislocated.Iftheexhaustairstreamgoesthroughthisunitandthenthroughasecondunitthenthiswouldbethe#1of2units. ` (#` (#    b)0 ` ControlsEmissionsfromwhichEmissionSourceIDNo.(s) ListallemissionsourceID $ numberswhoseemissionsarecontrolledbythisdevice.TheseIDnumbersmustcorrespondtothoselistedonFormsDthroughH. ` (#` (#    c)0 ` DescribeControlSystem Giveabriefdescriptionoftheaddoncontroldevice.Includesuch ,r informationasotherdevicesusedinconjunctionwiththisdevice,numberofcompartments,etc. ` (#` (#    d)0 ` Pollutant(s)Collected Enterthepollutantsbeingcollected.Ifspeciateddataarenotavailable,  thenentertotalHAPandtotalVOC. ` (#` (#    e)0 ` CaptureMethod 󀄀EnterthemethodusedtocapturethepollutantlistedinItem1d(i.e.,hood,lip @  exhaust,totalenclosure,etc.). ` (#` (#    f)0 ` CaptureEfficiency 󀄀Enterthecaptureefficiencyinpercent(massofpollutantemitted/massof " pollutantcaptured)forthepollutantlistedinItem1d#~~%#~~Ԁ(captureefficiencymaynotbethesamefor  # allpollutantsinanexhauststream). ` (#` (#    g)0 ` ControlDeviceEfficiency Enterthecontrol/removalefficiencyinpercent(massofpollutant "^% enteringcontroldevice/massofpollutantexitingcontroldevice)oftheaddoncontroldeviceforthepollutantlistedinItem1d#~~>#~~.#'` (#` (#    h)0 ` InletFlowRate(acmm) Entertheactualairflowrateinactualcubicmetersperminute(acmm) f$( enteringthecontroldeviceduringnormaloperation. ` (#` (#    i)0 ` PressureDrop(kPa)Min/Max 󀄀Entertheminimumandmaximumoperatingpressuredrop %6 * acrossthedeviceinkilopascalsduringnormaloperationneededtomaintainthedesiredefficiency. ` (#` (#    j)0 ` InletTemperature($C)Min/Max 󀄀Entertheminimumandmaximuminlettemperaturein z'!, degreesCelsiusduringnormaloperation. ` (#` (#  2.0  BASISOFCAPTUREANDCONTROLDEVICEEFFICIENCY 󀄀Describethebasisusedto )$/ determinethecaptureefficiencyandcontroldeviceefficiency(e.g.,sourcetest,manufacturer'sspecifications,engineeringjudgement,etc.). (#(#  , '3  3.  FABRICFILTER   Usethissectionforfabricfilters.Afabricfilterremovesparticulatesfromagasstreambypassingthestreamthroughaporousfabric(e.g.,bagfilter,baghouse,HEPAfilter).Dustparticlesformamoreorlessporouscakeonthesurfaceofthefabric.   a)0 ` FilterSurfaceArea(m2) Thetotalsquaremetersoffiltersurfacearea.Roundofftonearest P  wholenumber. ` (#` (#  4.  ELECTROSTATICPRECIPITATOR     Usethissectionforelectrostaticprecipitators(ESP).AnESPremovesparticulatematterfromagasstreambypassingthegasstreamthroughdischargeelectrodesandcollectionplates.Mostparticulatesbecomechargedandarecollectedontheplates.   a)0 ` AshAnalysis 󀄀EntertheMassMeanDiameteroftheinletparticledistributioninmicrometers, 4z  andtheresistivityoftheparticlesinohmcm. ` (#` (#    b)0 ` Type 󀄀ChecktheappropriatedescriptionforthetypeofESPused.Ifnoneofthechoices   adequatelydescribesthisESP,thencheck OtherandprovideadescriptionontheCommentsSheet. ` (#` (#  5.  THERMALORCATALYTICINCINERATOR   Usethissectionforthermalorcatalyticincinerators.Acontroldevicewhichoperatesbythermal(noncatalytic)andcatalyticincinerationcanoxidizehydrocarbonsand/ortoxicpollutantsintocarbondioxideandwater.Temperatureandresidencetimemustbesufficienttoobtainthedesiredoxidationresults   a) ` IfCatalystUsed f 0  0` (#(#Type Enterthetypeofcatalystmaterial(e.g.,palladiumonceramichoneycombdesign). (n` (#` (# 0  0` (#(#CatalystSpaceVelocity(1/hr) Enterthecatalystspacevelocity.Thisisthevolumetricgasrate 4 dividedbythevolumeofcatalyst(thisshouldbeavailablefromthemanufacturer). ` (#` (#    b)0 ` InletOxygenContent(%) 󀄀Theamountofoxygenintheinletstream,expressedasapercentage.x` (#` (#    c)0 ` InletMoistureContent(%) Givethemaximumpercentageofmoistureintheinletemission >  stream. ` (#` (#    d)0 ` Fuel(s)Used 󀄀Enterthetype(s)offuel(s)usedinthedevice. "` (#` (#   e)0 ` ActualAnnualFuelUse Indicatetheactualannualamountoffuelconsumedduringthe  # reportingyear.Includeunitsforyourresponse. ` (#` (#    f)0 ` CombustionTemperature($C) EntertheminimumtemperatureindegreesCelsiusinthe "^% combustionchamberduringnormaloperation. ` (#` (#    g)0 ` TotalMaximumFiringRate(millionjoules/hr) Enterthetotalmaximumfiringrateinjoules #' perhourforallburnersbasedoninput. ` (#` (#  6.  MECHANICALCOLLECTOR  %6 * Usethissectionformechanicalcollectors,suchassettlingchambers,cyclones,andmulticyclones,thatutilizegravityandinertiatoseparateparticulatesfromagasstream.   a)0 ` ParticleDensity(kg/m3) 󀄀Entertheaverageparticledensityenteringthecontroldevicein )$/ kilogramspercubicmeter. ` (#` (#   ,V&2 7.  CARBONADSORBER   Usethissectionforcarbonadsorbers.Adsorptionisacontrolmethodwheregaseouspollutantsareextractedfromthegasphaseandconcentratedatthesurfaceofasolid.Carboniscommonlyusedtoadsorbvolatileorganiccompoundsfromanairstream.Ifanadsorbentotherthancarbonisused,completethisformbutexplainthespecificsofthecontroldevice,includingtheadsorbentused,ontheCommentsSheet.   a)0 ` VolatileConcentrationEnteringUnit(ppmv) 󀄀SpecifythetotalVOCconcentrationofthegas  Z streamenteringtheadsorberunitinpartspermillionbyvolume(volumesofVOCpermillionvolumesofgasstream). ` (#` (#    b)0 ` BreakthroughCapacity(kgvapor/kgadsorbent) 󀄀Providethebreakthroughcapacityin b   kilogramsofvaporperkilogramofadsorbent.Thisisthecapacityofthebedatwhichunreactedvaporsbegintobeexhausted. ` (#` (#    c)0 ` NumberofCarbonBeds 󀄀Enterthetotalnumberofcarbonbedsinthesystem,includingany   bedsusedasstandbyorbackup. ` (#` (#    d)0 ` DescribeCarbonRegenerationProcedureandHowEmissionsareControlledDuring :  Regeneration 󀄀Describetheprocedureusedtoregeneratethecarbon,includingdispositionof B  recoveredsolvent.Alsodescribeanymethodusedtocaptureandcontrolemissionsproducedfromtheregenerationoftheadsorbent. ` (#` (#  8.  PACKEDORPLATECOLUMNABSORBERS  T Usethissectionforpackedorplatecolumnabsorberswhereoneormoreselectedgaseouspollutantsareremovedbyabsorptionbybringingthepollutantsincontactwithaliquid.Packingmaterialorplatesareusedtoincreasethesurfaceareaonwhichthiscontactoccurs.   a)0 ` TypeofSystem 󀄀Specifytypeofgasabsorbingsystemused(e.g.,spraytower,cyclonespray  chamber,packedcolumns,platecolumns,venturiscrubber,spargingtank). ` (#` (#  PACKEDCOLUMNS 󀄀CompleteItems8bthrough8donlyiftheabsorbingsystemisclassifiedasapacked 8 columnsystem.Thisabsorbingsystemisacontinuousoperationwherethegasandliquidphasesflowthroughthesysteminacontinuousmannerwithintimatecontactthroughout. 0  b)0` (#(#TypeofPackingUsed 󀄀Specifypackingusedinyourpackedtower(e.g.,partitiontricklers,pall J! rings,berlsaddles,tellerettes). ` (#` (#   c)0 ` ColumnLength(m) 󀄀Enterthelengthinmetersofthepackedcolumn. #` (#` (# 0  d)0` (#(#ColumnDiameter(m) Enterthecolumndiameterinmeters.T!$` (#` (#  PLATECOLUMNS 󀄀CompleteItems8ethrough8gonlyiftheabsorbingsystemisclassifiedasaplatecolumn "$& system.Thisabsorbingsystemisastagedoperationonplatesortrayswheretheliquidandgasarecontactedinstepwisefashionintheverticalcylinders.0  e)0` (#(#PlateSpacing(cm) 󀄀Enterthedistanceincentimetersbetweentheplatesintheabsorbingtower.%6 *` (#` (# 0  f)0` (#(#ColumnLength(m) 󀄀Enterthelengthinmetersofthepackedcolumn.& +` (#` (# 0  g)0` (#(#ColumnDiameter(m) Enterthecolumndiameterinmeters.|'!,` (#` (#    h)0 ` TotalGasPressure(kPa) 󀄀Specifythetotalinletgaspressureinkilopascals(gauge).B("-` (#` (#    i)0 ` GasDewPoint($C) 󀄀EnterthetemperatureindegreesCelsiusatwhichthegasstreamfirst )N#. changesintoliquidphase. ` (#` (#    j)0 ` GasVelocity(m/sec) 󀄀Enterthemaximumgasvelocityinmeterspersecondthroughthenet *$0 columncrosssectionalarea. ` (#` (#    k)0 ` AdditiveLiquidScrubbingMedium 󀄀Specifywhatkindofliquidisused.Includethenameof ,b&2 theadditives(e.g.,propanol,detergents,etc).,('3` (#` (#    l)0 ` PercentRecirculated 󀄀Iftheabsorberisoperatedwithrecirculatingslurries,specifythe  percentage(byvolume)oftheliquidreturnedtothesystem. ` (#` (#    m)0 ` TotalLiquidInjectionRate(liters/min) 󀄀Enterthetotalvolumetricflowrateinlitersperminute D oftheliquid. ` (#` (#    n)0 ` MakeUpRate(liters/min) 󀄀Specifytheamountofnewliquidinlitersperminutethatmustbe  addedtothesystemduetoevaporationordischargetoadisposalsystem. ` (#` (#    o)0 ` Additive(liters/min) 󀄀Specifytheamountinlitersperminuteofnewadditive(s)thatmustbe X  addedtothesystemduetoevaporationordischarge. ` (#` (#  9.  WETSCRUBBER     Usethissectionforwetscrubbersthatareusedtoseparateparticulates(sometimesgases)fromanairstream.Scrubberliquidsareintroducedforparticlecollection.   a)0 ` AdditiveLiquidScrubbingMedium 󀄀Specifywhatkindofliquidisused.Includethenameof x  theadditives(e.g.,propanol,detergents,etc). ` (#` (#    b)0 ` TotalLiquidInjectionRate(liters/min) 󀄀Enterthetotalvolumetricflowrateinlitersperminute H  oftheliquid. ` (#` (#    c)0 ` MakeUpRate(liters/min) 󀄀Specifytheamountinlitersperminuteofnewliquidthatmustbe   addedtothesystemduetoevaporationordischargetoadisposalsystem. ` (#` (#    d)0 ` AdditiveRate(liters/min) 󀄀Specifytheamountinlitersperminuteofnewadditive(s)thatmust \ beaddedtothesystemduetoevaporationordischarge. ` (#` (#  10.  CONDENSER  d Usethissectionforcondensersthatareusedtoremoveorganiccompoundsbycoolingthegasstreamandcondensingoutthepollutants.   a)0 ` TemperatureofInletCoolant($C) 󀄀EnterthetemperatureindegreesCelsiusofthecoolant 6| enteringthecondenser. ` (#` (#    b)0 ` TemperatureofCondensation($C) 󀄀EnterthetemperatureindegreesCelsiusofthecondensed  pollutant. ` (#` (#    c)0 ` RefrigerationCapacity(joules/hr) 󀄀Enterthecapacityinjoulesperhourofthecondenser.J ` (#` (#  11.  OTHERCONTROLDEVICE  " Usethisformtodescribeanycontroldevicenotincludedinoneoftheabovesections.UsetheCommentsSheettoprovideadditionalinformation,ifnecessary.   a)0 ` FilterMedia 󀄀Enterthetypeoffiltermediaused,ifapplicable.#'` (#` (#    b)0 ` CollectionSurfaceArea(m2) 󀄀Entertheareaoffiltermediainsquaremeters,ifapplicable.l$(` (#` (#    c)0 ` FuelUsed 󀄀Enterthetype(s)offuel(s)usedinthedevice.2%x)` (#` (#    d)0 ` FuelUsageRate 󀄀Enterthemaximumfuelusagerateonanhourlyorannualbasis.Provideunits %> * foryourresponse. ` (#` (#    e)0 ` DescribeanyAuxiliaryMaterialsIntroducedintotheControlSystem 󀄀Describeanyauxiliary '!, materials(e.g.,lime,caustic,acid,etc.)introducedintothecontrolsystem. ` (#` (#  12.0  MONITORING 󀄀Describethemonitoringperformedonthiscontroldevicetoassurecompliancewitha )$/ regulatoryorpermitlimit.Includethefrequencyatwhichthemonitoringisperformed,theparameterbeingmonitored,andaveragingtime(ifapplicable).XgX~ Z+%1(#(# Grirr! ! AM  #~XXg;t#Thisformisdesignedtoobtaininformationrelatedtocoatingapplication.Acoatingisdefinedasa  protective,decorative,orfunctionalfilmappliedasathinlayertoasubstrateorsurfaceandwhichcurestoformacontinuoussolidfilm.Thistermappliestopaintssuchaslacquersorenamels,butalsoisusedtorefertofilmsappliedtopaper,plastics,orfoil.Italsoappliestoothercoatingsthatdonothavearesin.Adhesivesandcaulksarebeingtreatedascoatings.1.  DescriptionandLocation: z    0 ` a) 0 ` (#` (# DescriptionofCoatingApplicationUnitOperations: BrieflydescribetheCoating   ApplicationUnitOperation(e.g.,Continuousconveyorsystemthroughsprayboothwithtwoautomaticspraygunsandonemanualspraygun.Allspraygunsareelectrostatic).  (# (#    ` b) 0 LocationIDinthePlantLayoutDiagram: ProvidetheLocationIDthatyouassigned Pn  tothisunitoperationonthePlantLayoutDiagram.  (# (# 0  0` (#(# c)0 ` (#` (#IDNo.intheFlowDiagram: ProvidetheIDNo.thatyouassignedtothisunit   operationontheFacilityFlowDiagram.  (# (# 2.0  MethodofApplication: Checkthemethod(s)ofapplicationthatapplytothisspecificcoatingapplication (F  operation. (#(# 3.  CoatingsAppliedinthisUnit(IncludeAdhesivesandCaulksasCoatings): v    `    `   2|"0   CoatingIDProvidethecoatingidentificationnumber.2|M|݌ (# (# Ќ     `    }"0   GeneralTypeofCoatingChecktheappropriateboxforthecoatingtypeapplied. }(}݌ (# (# Ќ     `   ~"0   AverageThicknessAppliedSpecifytheaveragedryfilmcoatingthicknessapplied.  Thisrepresentsthetargetdryfilmcoatingthicknesstobeachieved,onaverage,acrosstheentiresurfaceofthepart.~~݌  (# (# Ќ     `   "0   ResinTypeDescribetheresintypeforthiscoating(seeFormB,Itemc3).݌ (# (# Ќ     `   p"0   1997UsageProvidethe1997coatingusageinliters.p݌ (# (# Ќ  4.0  RegulationofAdhesiveUsage: Identifyanyregulatorystandard(federal,state,orlocal)thatregulates @."  @."   > adhesivesusedatthisfacility. (#(# 5.  Part(s)/Product(s)CoatedbythisCoatingApplicationUnit: n       "0 `   Part/ProductNameDescribethepartorproductcoated.݌"` (#` (# Ќ      W"0 `   EstimatedSurfaceAreaoftheMetalSubstrateBeingCoatedProvideanestimateofthetotal  # surfaceareaofmetalsubstratecoated.Ifapartiscoatedtwoormoretimesinthisunitoperation(e.g.,primerandtopcoat,ortwoapplicationsofthefinishcoat),thenthesurfaceareashouldbecountedonlyonetime.Wr݌ ` (#` (# Ќ      9"0 `   SpecificSubstrateTypeIdentifythespecificsubstratetype.9T݌#'` (#` (# Ќ      "0 `   CoatingRequirementsforthePart/ProductCheckallapplicablerequirementsforthe $( Part/Productcoated.+݌ ` (#` (# Ќ  6.  CoatingApplicationUnitComponentEquipment: & +      v"0 `   ComponentType/IDsIdentifythecomponenttypeanditsidentificationnumberfromthe b("- FacilityFlowDiagram.v݌ ` (#` (# Ќ      "0 `   EquipmentProvidethemanufacturerandmodelnumberoftheequipment.݌)$/` (#` (# Ќ      k"0 `   #~~?#~~NumberinApplicationUnitOperationIdentifythenumberofthisequipment#~~׉#~~Ԁtypeinthe *$0 applicationunitoperation.k݌ ` (#` (# Ќ      "0 `   #~~e#~~AddonControlDeviceIDNo.Providethecontroldeviceidentificationnumberaslistedon 6,T&2 FormC."݌,'3` (#` (# Ќ    #~~s#~~  "0 `   #~~|#EmissionsProvidethetotalHAPandtotalVOCemissionsfromthecomponentequipmentfor  1997inmegagramsperyear.Providethepermitspecifiedlimit(ifapplicable)andthemaximumdesigncapacityinmegagramsperyear.݌ ` (#` (# Ќ  7.  WasteandWastewaterGeneration:       "0 `   WasteTypeIdentifythewastetypebycheckingeachappropriatebox.݌z ` (#` (# Ќ      m"0 `   QuantityGeneratedIdentifythequantityofwastegeneratedintheappropriateunitslisted.m݌ ` (#` (# Ќ      d"0 `   TotalHAPConcentration:ProvidethetotalHAPconcentrationinmg/Lormg/kg,asspecified.d݌  ` (#` (# Ќ      Z"0 `   TotalVOCConcentration:ProvidethetotalVOCconcentrationinmg/Lormg/kg,asspecified.Zu݌0 ` (#` (# Ќ     Questions810shouldbecompletedonlyiftherearecollocatedunitoperationsforthesurfacecoatingof   MiscellaneousPlasticParts(MPP)orMiscellaneousMetalParts(MMP)atthisfacility.ForMPPunitoperations,completequestions810.ForMMPunitoperations,completeonlyquestion910.  <  ~~ 8.0   P  Provideadditionalinformationforeachplasticpartcoated !inthisunit!!opertion!operation!:!  CollocationofOtherSurfaceCoatingSourceCategories:  (#(#       "0 `   Part/ProductName":"##Provideanameforeachpartyoucoat.݌.L` (#` (# Ќ    #~~ғ#~~  "0 `   #~~Ö#~~PartShape$:$%%Howcomplexaretheshapesoftheparts:simple(14continuoussurfaces);  intermediate(59continuoussurfaces);orcomplex(10ormorecontinuoussurfaces).Put N/Aifcomplexityisnotacriticalfactor)݌ ` (#` (# Ќ   #~~N#~~   #~~#~~  "0 `   #~~~#~~Lo#~~ #~~ng#~~M#~~es#~~#~~tDimension&:&''Whatisthelongestdimensionofthispart?Includeunits.Put N/Aif  dimensionisnotacriticalfactor.݌ ` (#` (# Ќ  #~~՚#~~  #~~#~~  "0 `   #~~`#~~FlexibleorRigid?(:())Indicatewhetherthepartisflexibleorrigid.Put N/Aifflexibilityisnota 0 criticalfactor.݌ ` (#` (# Ќ    #~~#~~  O"0 `   #~~0#L~~LInteriororExterior?*:*++Indicatewhetherthepartisaninteriororexteriorpart.Put N/Aifinterior ^|  versusexteriorisnotacriticalfactor. <Oj݌ ` (#` (# Ќ  <=<  <<"0    <=>>??@?10?@A9A?.?B?RegulatorySpecifications?BC  CC CDIdentifyDEDtDEFyourcoatings(includingadhesives,caFGFluFGHulks,etc.)aHIppliedinthisunitoperation:IC CJ n!$ JJJXJ  JK  "0    KXY  "0 ` YLK#~~7#~~KLMCoatingIDProvidethecoatingmanufacturer'sidentificationforthiscoating.MQM݌"&` (#` (# Ќ  MN  NQR"&` (#` (# RSSWS  SWTS0 ` STWR  RWVU0 ` UVWR"0    RWOM  "0 `   MOQP0 ` PQZ  ZZ"0 ` NumberofZ[ZcoatisZ[\CoatsIndicatethenumberofcoatstypicallyapplied\]\\]^.^_If_fthef_numberofc_`_aotsvariesbetween_`aoatsvaries $( dependingonthetypeofpartabasabccoatcdcicdeed(orsomeotherfactor),pleaseexplainegonaCommentssheetforthisform. ` (#` (#   "0 ` PerformanceSpecificationsghIndicatewhetherperformancespecificationsarecriticaltotheuseof '!, thiscoating.Typicalperformancespecificationsinclude: ` (#` (#    ` hiChemijimijkicalresistance   ` Appklkrklmearamnmcmnonce   ` Abrasionresistance   ` UVexposure   ` Easeofapplication   ` Corrosionresistanceopo , '3 op? , '3 ?L?#~~M#?L?~~?q  qq"0 ` RegqrqiqrsulatorySpecificationsst?` (#` (#   ?tu?W?uv?hatregulatoryspecificationsarecriticalfactors??vwIndicatewhetherwxwperformancewxyregulatoryywspecificationsarecriticaltotheuseofthis  coating.#~~*#~~w?Typicalregulatoryspecificationsinclude:` (#` (# ?z??z{  {? ` DepartmentofDefense(DOD),ChemicallyActiveResistantCoating(CARC),orothermilitary  ?| ` |?FederalCommunicationsCommission(FCC)?}  }? ` FederalHighwayAdministration(FHWA)  ?~ ` ~?NationalTransportationandSafetyBoard(NTSB)?  ? ` NationalHighwayTransportationSafetyAdministration(NHTSA)  ? ` ?Potablewaterregulations/SafeDrinkingWaterAct(SDWA)?  ? ` FederalAviationAdministration(FAA)  ? ` ?FoodandDrugAdministration(FDA)?   Useacommentsheettodescribeanynontypicalregulatoryspecificationsthatarecriticalfactors. #~~#~~? Nl  ?t? ?t?#~~e#~~? ,9,-10-.  . .Describehowthecoatingsareappliedinthisunit/operation/:. .     #~~#~~  Y"0 `   #~~:#~~Sprayboothdescription0:01122Brieflydescribeeachsprayboothorotherapplicationarea.Yt݌^| ` (#` (# Ќ  #~~Ų#~~Ԁ#~~#~~Ԁ "@  #~~,#~~  #~~#~~  "0 `   #~~Ҵ#~~Conveyance3:344Areyourpartsconveyedintoandoutoftheapplicationareamanuallyorbysome   automatedmethod? ݌ ` (#` (# Ќ    #~~]#~~  "0 `   #~~#~~Enclosure5:566Underwhattypeofenclosuredoesthisapplicationmethodoperate?Indicatewhether 2P theareaisfullyorpartiallyenclosed.Indicateiftheareaishoodedornot.Ͷ݌ ` (#` (# Ќ    #~~#~~  "0 `   #~~#~~Vent7:788Whereistheexhaustfromthisapplicationareavented?Indicateifexhaustisroutedtothe ~ buildinginterior,atmosphere,orcontroldevice.Ifexhaustisroutedtoacontroldevice,providethecontroldevicenumber(refertoFormC).и݌ ` (#` (# Ќ  **  #~~!#~~  "0 `   #~~#~~PM/OversprayControl9:9::Howareparticulatematterand/oroverspraycontrolledinthisapplication  area?Indicatetypeofcontrols,ifany,suchasdryfilters,waterwash,etc.8݌ ` (#` (# Ќ  ;10.RegulatorySpecifications;#~~# ~~;  ; ;Whatregulatoryspecificationsarecriticalfactors?Typicalregulatoryspecificationsinclude: j   DepartmentofDefense(DOD),ChemicallyActiveResistantCoating(CARC),orothermilitary  FederalCommunicationsCommission(FCC)  FederalHighwayAdministration(FHWA)  NationalTransportationandSafetyBoard(NTSB)  NationalHighwayTransportationSafetyAdministration(NHTSA)  ;p;Potablewaterregulations/SafeDrinkingWaterAct(SDWA)  FederalAviationAdministration(FAA)  FoodandDrugAdministration(FDA);  Useacommentsheettodescribeanynontypicalregulatoryspecificationsthatarecriticalfactors.  #~~S#  `~  HGG֛M  Thisformisdesignedtocollectinformationrelatedtothepreparationofthesurfaceofapartorproductpriortotheapplicationofasurfacecoating.Othertypesofcleaning(e.g.,cleaningoftheequipmentusedinsurfacecoatingoperations)aretobereportedonFormH,CleaningOperations.Surfacepreparationisdefinedastheremovalofcontaminantsfromthesurfaceofasubstrate,ortheactivationorreactivationofthesurfaceinpreparationfortheapplicationofacoating.1.~~  DescriptionandLocation:     a) 0 ` DescriptionofSurfacePreparationUnitOperations: BrieflydescribetheSurfacePreparation    UnitOperation(e.g.,Aqueoussurfacepreparationlinepriortocoatingline#3). ` (#` (#   b) 0 ` LocationIDinthePlantLayoutDiagram: ProvidetheLocationIDthatyouassignedtothis (2  unitoperationonthePlantLayoutDiagram. ` (#` (# 0  c)0` (#(#IDNo.intheFlowDiagram: ProvidetheIDNo.thatyouassignedtothisunitoperationonthe   FacilityFlowDiagram. ` (#` (# #~~#2.0  SurfacePreparationDescription (#(# 0  a)IdentifyActivities: Indicateeachactivityusedinsurfacepreparationoperations.Ifanyactivityother LV thanthoselistedisusedinsurfacepreparation,pleasedescribethisactivityinthespaceprovided. (#(# 0  b) DescribeinDetailtheSurfacePreparationOperation: Provideadescriptionofeachstepofthe  operation(e.g.,5stageoperationconsistingofalkalinecleaner,waterrinse,ironphosphatetreatment,waterrinse,DIwaterrinse). (#(# 3.0  Equipment,Tools,andThroughput: Listequipmentandtoolsusedtopreparethesurface.(#(# 4.0  MaterialsUsed: MaterialslistedinthistableshouldcrossreferencetoFormB.r|(#(# 5.0  SolventbasedSurfacePreparationMaterialsContainingHAPMaterial: Pleaseanswereachquestion  andgiveyourassessmentofalternatives,ifapplicable. (#(# 6.0  EstimatedEmissionsandEmissionLimitations: ListtotalHAPandtotalVOCemitted,andeachspecific JT! HAPassociatedwithsurfacepreparationoperations. "(#(#  7.0  EmissionsCaptureandAddonControl: Pleaseidentifyalldevicesusedforcaptureofemissions  $ associatedwithsurfacepreparationoperations. Providethecaptureefficiencyforthedevice(s),theAddon \!f% ControlDeviceIDNo.(s)fromFormCtowhichtheairstreamissent(whereapplicable),andtheEquipmentIDNo.(s)withinthecapturedevice. "'(#(#  8.0  EffectofSurfacePreparationonSubsequentSurfaceCoatingOperations: Pleaseansweras l$v) applicable. 2%< *(#(#  0   (#(# XgX~  |'"- HKH H ֛#XXad#L7dd7  Thepurposeofthisformistoprovideinformationregardingthestorageofmaterialsusedinsurfacecoatingoperations.Pleasecompleteoneoftheseformsforeverystoragearealocatedinthisfacility.ProvidetheStorageAreaIDnumberforeachareaonaseparate sheetorcopyofthisform.1.  DescriptionandLocation:   0  a) 0` (#(# DescriptionofStorageUnitOperations: BrieflydescribetheStorageUnitOperation(e.g.,ten | \ 150litercoveredstoragetanksforcentraldistributiontocoatinglines1,2,and3). ` (#` (#   b) 0 ` LocationIDinthePlantLayoutDiagram: ProvidetheLocationIDthatyouassignedtothis   unitoperationonthePlantLayoutDiagram. ` (#` (# 0  c)0` (#(#IDNo.intheFlowDiagram: ProvidetheIDNo.thatyouassignedtothisunitoperationonthe p  FacilityFlowDiagram. ` (#` (# ##2.0  Methodofstorageforcoatings/coatingcomponents: Indicateallmethodsusedtostorecoatingsand/or   coatingcomponents.Ifamethodotherthanthoselistedisused,pleasedescribethatmethod. (#(# 3.0  StorageTankParameters: Pleaseprovidetherequestedinformationforeachstoragetanklocatedinthis0@"(#(# ,  storagearea.IfanestimateofHAPand/orVOCemissionsareprovided,pleaseprovideanexplanationoftheestimationmethodusedontheCommentsSheet.(#(# 4.0  CaptureofEmissions: >(#(#   a) 0 ` AreEmissionsfromthisStorageAreaCaptured: Checktheappropriatebox.Ifyouchecked  "yes,"thenanswer(b)and(c).Kp  ` (#` (#   b) 0 ` AreEmissionsCapturedFrom: Indicatewhetheremissionsarecapturedfromeachindividual R2 tankorfromtheroominwhichthetanksarelocated. ` (#` (#   c)  ` IfTheyareVentedtoaControlDevice: EnterthecontroldeviceIDNo.aslistedonFormC.   S~UL7dd7V  ֛  Thepurposeofthisformistoprovideinformationregardingthemixingofpaintsforfacilitieswithsurfacecoatingoperations.Pleasecompleteoneoftheseformsforeverymixingarealocatedinthisfacility.ProvidetheMixingAreaIDnumberforeachareaonaseparate sheetorcopyofthisform.1.  DescriptionandLocation: 2  0  a) 0` (#(# DescriptionofMixingUnitOperations: BrieflydescribetheMixingUnitOperation(e.g.,  \ Centralmixingroomforcoatinglines1,2,and3.Consistsoffive250litercoveredmixingtanksthatarecontinuallyagitated.). ` (#` (#   b) 0 ` LocationIDinthePlantLayoutDiagram: ProvidetheLocationIDthatyouassignedtothis   unitoperationonthePlantLayoutDiagram. ` (#` (# 0  c)0` (#(#IDNo.intheFlowDiagram: ProvidetheIDNo.thatyouassignedtothisunitoperationonthe 4  FacilityFlowDiagram. ` (#` (# ##2.0  MixingEquipment:  (#(# 0  EquipmentTypeDescription: Provideabriefdescriptionofthetypeofmixingequipmentforeachtype j  thatmaybefoundinthemixingarea.Forexample,iftherearefive(5)similar50gallonmixingvatsandthree(3)similar10gallon,agitatedmixingvatsintheMixingArea,maketwoentriesonFormG. (#(# 0  NumberofthisType: HowmanyofeachtypeofmixingequipmentarelocatedinthisMixingArea.|(#(# 0  Capacity: Indicatethecapacityofthemixingequipment(includeunits).(#(# 0  EmissionsCaptureDevice: Ifemissionsarecaptured,indicatethetypeofcapturedevice(e.g.,hood,total 2 enclosure,room,etc.)andtheestimatedcaptureefficiency. (#(# 0  IntegratedEmissionControls: Theserefertoemissioncontrolsthatareanintegralpartoftheequipment,  suchasacover.IndicateanyaddoncontroldevicestowhichcapturedemissionsareventedinItem3cofthisform. (#(# 0  EstimatedEmissionsfortheReportingYear: IndicatetheTotalHAPandTotalVOCemissionestimates   forthistypeofequipmentinthisMixingArea(includeunits). (#(# 3.0  EmissionCaptureandAddonControlDevices >!#(#(# 0  a. Iscaptureofemissionsbymixerorfortheroom?: Indicatemethodofemissionscapture."j%(#(#   b. ExhaustisVentedto?: Checktheappropriatebox.Ifventedtoacontroldevice,thenprovidethe R$'   controldeviceIDNo.fromFormC.  b. ExhaustFlowrate: Indicatetheexhaustflowratefromtheroominactualcubicmetersper  &B *   hour.0  c. AddonControlDevices: EnterthecontroldeviceIDNo.aslistedonFormC.("-(#(# 4.0  Mixing/Formulation/ThinningofComponentstoYield AsAppliedCoatings: Thistableisdesigned x*$/ toprovideinformationtodefinecoatingsintheformtheyareapplied,from assuppliedcomponentsdefinedfromFormB(MaterialData).,%1(#(# S~7dd7TU  S~7ΰdd7TU  0  AsAppliedCoatings: Each asappliedcoatingwillbegivenauniqueID,usingtheACprefix(as " opposedtotheMNprefixfor assuppliedcomponents). (#(#  0  OperationDescription: Indicateifthisoperationismixing,formulating,orthinninginnature.Definitions p  ofeachareprovidedbelow: (#(# 0  0` (#(# Mixing Simplecombiningoftwoormorecomponentstocreatean asappliedcoating,suchas  ` mixingofaresinandcatalystinatwocomponentcoating. ` (#` (# 0   (#(# 0  0` (#(# Formulation Creationofacoating fromscratch,usingthemostbasiccomponents,asis    performedincreatingbatchesofspecialtycoatings. ` (#` (# 0  0` (#(# Thinning Simpleadditionofathinningsolventtoan assuppliedcoatingtoprovidean Z  appropriateviscosity,density,etc. ` (#` (#  0  Components: Identifythecomponentsusedtocreatetheasappliedcoating,usingtheappropriateID(e.g., J  MN999)fromFormB(MaterialData).Indicatetheamountofmaterialusedandspecifyunits.Pleaseusethesameunits(ifpossible)forallcomponentswithinamixture. (#(#  0  FinalYield: Indicatetheestimatedamountmixedinthereportingyearandspecifyunits.\(#(#  0  PotLife: Manymixtureshavealimitedtimeinwhichtheymaybeused.Indicatehowlong(hours)the D mixturemayremainmixedbeforebeingunusable.Ifthisisnotapplicable,enterN/A. (#(#  0  CoatingApplicationID(s): IndicatetheCoatingApplicationArea(s)inwhichtheAsAppliedCoatingis 4 used,crossreferencingtheareadefinedinFormD(CoatingApplication)usingtheIDnumber(e.g.,CA999).XadX (#(# HZV V ֛#XXad#T  ThisformrequestsinformationoncleaningoperationsnotcoveredinFormE.Cleaningoperationstobe  reportedonthisformincludecleaningofspraybooths;sprayguns;mixing,storage,anddiptanks;partsnotsubsequentlycoated;andcleaningofpartsorassembliesaftertheyarecoated.Donotreportjanitorialactivities.  Pleasenoteatthetopofeachpagethe Sheetnumberandtotalnumberof Sheetsintheresponsepacketforthisfacility. SheetsreferstothenumberofcopiesofFormH,andwillbeusedtoverifythatallinformationprovidedintheresponsehasbeenreceived. ItemSpecificInstructions    1.  DescriptionandLocation:   0  a) 0` (#(# DescriptionofCleaningUnitOperations: BrieflydescribetheCleaningUnitOperation(e.g., .  cleaningofspraygunsfromcoatinglines1,2,and3inanopensink). ` (#` (#   b) 0 ` LocationIDinthePlantLayoutDiagram: ProvidetheLocationIDthatyouassignedtothis   unitoperationonthePlantLayoutDiagram. ` (#` (# 0  c)0` (#(#IDNo.intheFlowDiagram: ProvidetheIDNo.thatyouassignedtothisunitoperationonthe &B  FacilityFlowDiagram. ` (#` (# ##  d) 0 ` AssociatedOperation(s): EntertheIDNo.ofthecoatingorproductionoperation(s)mostclosely   relatedtothiscleaningoperation. ` (#` (# 2.0  TypeofCleaningOperation 󀄀Choosethedescriptionthatmostcloselymatchedthiscleaningoperation.  Ifyouchoose Other,provideabriefdescriptionofthecleaningoperation. (#(# 3.0  MaterialsUsed 󀄀Listthenamesofthecleaningmaterialsusedinthiscleaningoperation##.Ifthematerialis Lh abrandnameproduct,enterthenameofthemanufacturer.Alsoentertheannualusageforthisoperation##Ԁof . eachcleaningmaterial. (#(# 4.0  PollutionPrevention 󀄀Indicatewhetheranyofthebroadpollutionpreventioncategorieshavebeen ^z investigatedorimplementedforthiscleaningoperation##.If Yeswasindicatedforchoicesa),b),orc), $@ thendescribetheresultsofyourassessmentunderd).Ifthepollutionpreventionmeasurewasactuallyimplementedatthiscleaningoperation#.#,provideaqualitativeestimateoftheemissionreductionachieved.(#(# 5.0  Emissions EnterthereportingyeartotalHAPandtotalVOCactualemissionsforthiscleaningoperation#N#. 4!P! Alsoentertheestimatedannualemissionsforthisactivityatmaximumdesigncapacity,andanypermitlimitations,ifapplicable.Wherethedataareavailable,alsoprovidetheemissionsofeachindividualHAPandVOC. (#(# 6.0  EmissionsCaptureandControl 󀄀Indicateanycapturedevices(hood,lipexhaust,vent,totalenclosure,  %&& etc.)usedtocaptureemissionsfromthiscleaningoperation#q#.Ifthecapturedemissionsareventedtoanadd %' oncontroldevice,entertheIDNo.listedonFormCforthisaddoncontroldevice. (#(# 7.0  IfRagsorWipesAreUsed 󀄀Describethehandling,storage,anddisposalofragsorwipesusedinthis (8 * cleaningoperation##.XadX ( +(#(# H[Z4 Z4 ֛#XXad@#  Thepurposeofthisformistoprovideinformationregardingwasteandwastewatergeneration,treatment, $ and/ordisposalforfacilitieswithsurfacecoatingoperations.Reportinformationfortheentirefacilityonthisoneform.1.0  WasteGeneration 4 (#(# 0  a.0` (#(# WasteType: 󀀀Indicateeachtypeofwastegeneratedatthisfacility.Ifthisfacilitygeneratesa   typeofwasteotherthanthoselisted,pleaseprovideadetaileddescriptionofthatwaste.Thefollowingdefinitionspertaintothissection. ` (#` (# 0  0` (#(#Wastewater󀀄anyoperationwatersorcleaningwatersshouldbeconsideredwastewateratthe   point/timetheyleavethegeneratingoperation.# #\ ` (#` (# 0  0` (#(#Sludge󀀄thesolidsgeneratedfromanyoperation(surfacepreparation,coating,mixing,etc.)that   requiresdisposal,eitheronsiteoroffsite. ` (#` (# 0  0` (#(#WasteSolvents󀀄solventsthathavebeenusedinanotheroperation(mixing,cleaning,etc.)that h0  arecollectedforeitherrecyclingordisposal. ` (#` (# ##0  0` (#(#WasteCoatings󀄀coatingmaterialsfromequipmentcleaning,excesspreparedcoatingmaterials, | etc.thatmustbetreatedand/ordisposed. ` (#` (# 0  0` (#(#Ifyourfacilityhasacombinedwastestream(e.g.wastecoatingsandwastesolvents),pleaseestimatetheamountofeachcontributedtothewastestreamandincludeinItem1b.NotethesecombinedstreamsandanyotherpertinentdetailsinaCommentsSheetforthisform. ` (#` (# 0  b.0` (#(# QuantityGenerated: Givetheamountofeachtypeofwastegeneratedinthisfacilityinthe  appropriateunits.Ifalternateunitsareused,stateincommentssection. ` (#` (# 0  c.0` (#(# Isthiswastetreatedonsite? Pleaseindicatebycheckingyesorno.^&` (#` (# 0  d.0` (#(# Areairemissionscontrolled? IndicateifanymethodforcontrollingemissionsofHAPorVOC   totheairisused,includinguseofcovers,addoncontroldevices,etc. ` (#` (# 0  e.0` (#(# SourcesofWaste: Identify,bytheUnitOperationIDtakenfromotherforms(e.g..CA999,SP 6!# 999),eachtypeofwastegeneratedatthisfacility. ` (#` (# 0  f.0` (#(# EstimatedTotalHAPEmissions: Ifavailable,provideanestimateofthetotalHAPemissions #L& fromeachwastetypeforthereportingyear.ProvideadescriptionoftheestimationmethodontheCommentsSheet. ` (#` (#   g.0 ` EstimatedTotalVOCEmissions: Ifavailable,provideanestimateofthetotalVOCemissions &^ * fromeachwastetypeforthereportingyear.ProvideadescriptionoftheestimationmethodontheCommentsSheet.# # (!,` (#` (#  +%1 Ї4 5g42  .0    Modeofwastewatertransport Indicatehowwastewateristransportedfromthepointofgeneration.5g4Ente4  "(#(# 0  0` (#(#Modedefinitions: ` (#` (# 0  0` (#(#OpenTrench󀄀uncoveredtrenchinwhichwastewaterflowsfrompointofgenerationtoanother p  point. ` (#` (# [[֛0  0` (#(#OpenPipe󄀀coveredtrenchesandpipeswithopeningstotheopenairateachendand/orthrough  ^ vents,manholes,etc. ` (#` (# 0  0` (#(#ClosedPipe󀀄completelyclosedpipingwithnoopeningtotheatmosphere ` (#` (# 0  0` (#(#HoldingTank󀀄storagetankincloseproximitytothepointofgenerationwhichholdswastewater 2  butdoesnotreuseitintheoperation.## T ` (#` (# \r7dd7 ]P_r&@hh%DefinitionsXadX  t  #XXad#@SurfaceCoatingofMetalFurniture  6  @InformationCollectionRequest    \֛Addoncontroldeviceefficiency Theratioofthe(pollutant)emissionsrecoveredordestroyedbyanaddonair | pollutioncontroldevicetothetotal(pollutant)emissionsthatareintroducedtothecontroldevice,expressedasapercentage. Adhesive Asubstancecapableofholdingmaterialstogetherbysurfaceattachment.Variousdescriptiveadjectives   areusedwiththetermadhesivetoindicatecertaincharacteristics:physical(liquidadhesive,tapeadhesive),chemicaltype(silicateadhesive,resinadhesive),materialsbonded(paperadhesive),andconditionsofuse(hot-setadhesive). Asapplied Theconditionofacoatingatthetimeofapplicationtothesubstrate,includinganyaddedthinning ,  solvent.Multicomponentcoatingsaresuppliedasindividualcomponentsthathavetobemixedpriortoapplication. Assupplied Theconditionofacoatingaspurchasedanddeliveredtotheuser.Multicomponentcoatingsare z  suppliedasseparatecomponentsandlatermixedaccordingtomanufacturersinstructions(e.g.,1:3).Themixingratioaffectsthepollutantemissionsfromthefinalcoatingproduct(i.e.,theasappliedproduct). x   Captureefficiency 󀄀ThefractionofallHAPmaterialorotherpollutantsgeneratedbyaprocessthataredirectedto  anaddonairpollutioncontroldeviceexpressedasapercentage.## Caulk Materialusedtofill,close,orplugcracksandspaceswithinorbetweencomponents. N  Clean Toremoveforeignmaterialfromasubstrate. d  CleanAirAct(CAA) TheCleanAirAct,asamendedinNovember1990,providesthefoundationforEPAs ` effortstoimproveairquality.TheCleanAirAct,buildingonearlierlegislation,waspassedin1970. Cleaningactivity Actionusedtocleanasubstrate.Thistermfocusesonhowthesubstrateisbeingcleaned,and : includesactionssuchaswiping,brushing,flushing,spraying,ordipping.  t Cleaningoperation Aunitoperationinwhichasubstrateiscleaned.Thistermfocusesonwhatisbeingcleaned   (e.g.,sprayboothcleaningoperationorpartscleaningoperation).Cleaningmaybeperformedtoprepareasurfaceforcoating(FormE)orforotherpurposes(FormH). CleaningSolvent 󀄀Organicsolventusedforcleaning.  !$  Coating 󀄀Aprotective,decorative,orfunctionalfilmappliedasathinlayertoasubstrateorsurfaceandwhichcures ""& toformacontinuoussolidfilm.Thistermappliestopaintssuchaslacquersorenamels,butalsoisusedtorefertofilmsappliedtopaper,plastics,orfoil.Italsoappliestoothercoatingsthatdonothavearesin.AdhesivesandCaulksarebeingtreatedasCoatings. CoatingCategories: l& + 0  AutomobileandLightdutyTrucks 󀄀Surfacecoatingofautomobileandlightdutytruckbodiesat '|"- assemblyplants,orotherfacilitiesandassociatedoperationsincludingthemixingandstorageofcoatings,andtreatmentofwastewatergeneratedfromcoatingoperations.Offlinecoatingofnonbodypartsisnotincluded.OtherHAPand/orVOCusingoperationsatassemblyplants,includingtheapplicationofadhesives,andfluidfillsareincluded. (#(#   +R&2 0  Fabric ThissourcecategoryincludestextilemanufacturingprocesseswithpotentialHAPemissions t  performedintheproductionorconversionofyarnandthread;woven,knit,andnonwovenfabric;andcarpet.Theprocessesinclude,butarenotlimitedto,nonwovenfabricbonding,slashing,preparation,printing,dyeing,wetfinishing(includingcarpetbackcoating),coating,laminating,andspotcleaning. (#(# 0  &  WoodBuildingProducts Thissourcecategoryinvolvesthesurfacecoatingofinteriorpanelingproduced F  fromplywoodwithahardwoodsurface;orwoodcompositepanelsthatareresurfacedusingtechniquessuchasprintingthatproduceadecorativeappearance.  \(#(# 0   (#(# 0  LargeAppliances ThesurfacecoatingofLargeAppliancesmanufacturedfromvariousmetals,coiledor V   sheetmetal,precoatedcoil,andprecut,powderprecoatedpieces'F ). (#(# 0  MetalCan ##Thissourcecategoryincludesfacilitiesthatcoatorprintmetalcansormetalpartsforanytype 0  ofcan(e.g.,metalendsforcompositecans).Itincludesthecoating/printingofmetalsheetsforsubsequentprocessingintocansorcanparts,butnotthecoatingofmetalcoilsforcansorcanparts.(CoilcoatingforcansandcanpartsisincludedintheMetalCoilsourcecategory.)Forpurposesofthisdatagatheringeffort,thissourcecategoryalsoincludesthecoating/printingofmetaldecorativetins,crowns,andclosures(exceptforcoilcoating).Notethatthecoating/printingofpailsanddrumsfallsintheMiscellaneousMetalPartsandProductssourcecategory.#L,#> (#(# 0  &  MetalCoil Coilmanufacturingbeginswithacoilorrollofbaresheetmetalandendswithacoilofmetal R coatedononeorbothsides.'/ (#(# 0  MetalFurniture Thesurfacecoatingoffurnituremanufacturedfromvariousmetals.(#(# 0  MiscellaneousMetalPartsandProducts Thiscategoryencompassesallmetalpartsandproductsnot * coveredinoneoftheothercategoriesinwhichthesurfacecoatingofmetalpartsorproductsareincluded(Aerospace,AutomobileandLightdutyTrucks,BoatManufacturing,LargeAppliances,MetalCan,MetalCoil,MetalFurniture,orShipbuilding). (#(# 0  PlasticParts Thesurfacecoatingofplasticpartsproducedbyeithermachiningfromstockplastic,or t castingandmolding. (#(# 0   (#(#  CoatingComponents 󀄀Productsthatarecombinedtocreateacoating(e.g.,catalystandresininmulticomponent N! coatings).Thinningsolventsarenotincludedinthisdefinitionasacoatingcomponent,butarereportedseparately. CoatingTechnologies 󀄀Thebasiccompositionandchemistryofacoating.Someofthesetechnologiesarespecific !$ tothesubstratebeingcoated(FabricSpecificCoatingsandFlatwoodSpecificCoatings),whileothersarebasedonthecarrier(SolventborneandWaterborne),theresinused,orapplicationtechnique(Powder).#M/# Enamels Coatingswhicharecharacterizedbytheirabilitytoformasmoothsurface;originallyassociatedwitha "$( highgloss,butmayalsoincludealowerdegreeofgloss.Alsoaclassofsubstanceshavingsimilarcompositiontoglasswiththeadditionofstannicoxide,orotherinfusiblesubstancestorendertheenamelopaque.Canbeusedtodescribeacoatingwhichformsafilmthroughchemicalunionofitscomponentmoleculesduringcureandinshopterminologycanbeusedtodescribepaintwhichisnotalacquer.Allpaintsthatformcrosslinkingchemicalbondsduringcuring,areconsideredenamels.Themajorityofindustrialfinishesfallintothiscategory. Epoxies Bindersbasedonepoxyresins.Epoxycrosslinkingisbasedonthereactionoftheepoxidegroupswith ) $/ othermaterialssuchasamines,alcohols,phenols,carboxylicacids,andunsaturatedcompounds.Alsousedasathermosetpowdercoating. +Z&2 \r!    \r      Exemptcompound Specificorganiccompoundsthatarenotconsideredvolatileorganiccompoundsdueto t negligiblephotochemicalreactivity.Exemptcompoundsarespecifiedon40CFR51.100(s). FullTimeEquivalents(FTEs) FTEsarecalculatedbydividingthetotalnumberofmanhoursworkedatafacility N bythenumberofhoursexpectedfromafulltimeemployee,typically2,000hours/year.TheequationbelowdemonstratesaFTEcalculation.c:de-` 0  `E xdD  c (#(#     (#(##8:# Handwipecleaningactivity Removingcontaminantssuchasdirt,grease,oil,andcoatingsbyphysicallyrubbing  p  itwithamaterialsuchasarag,paper,orcottonswabthathasbeenmoistenedwithacleaningsolvent.  6  HAP HazardousAirPollutant.MeansanyairpollutantlistedinorpursuanttoSection112(b)oftheCleanAir 0  Act.ThecurrentlistofHAPsisattachedseparately. Highvolumelowpressure(HVLP)sprayequipment Sprayequipmentthatisusedtoapplycoatingbymeansof ~  aspraygunthatoperatesat10.0psigofatomizingairpressureorlessattheaircap.  D  #x=#High-solids Solvent-bornecoatingsthatcontaingreaterthan50%solidsbyvolumeorgreaterthan62%(69%for V bakedcoatings)solidsbyweight. Lacquer Coatingcompositionbasedonsyntheticthermoplasticfilm-formingmaterialdissolvedinorganicsolvent  anddriedprimarilybysolventevaporation.Typicallacquersincludethosebasedonnitrocellulose,othercellulosederivatives,vinylresins,acrylicresins,etc. LAER(Lowestachievableemissionrate) PursuanttoSection171(1)oftheCleanAirAct,LAERisthatrateof * emissionswhichreflects:0  (a)0` (#(#themoststringentemissionlimitationwhichiscontainedintheimplementationplanofanyState x forsuchclassorcategoryofsources,unlesstheowneroroperatoroftheproposedsourcedemonstratesthatsuchlimitationsarenotachievable;or ` (#` (# 0  (b)0` (#(#themoststringentemissionlimitationwhichisachievedinpracticebysuchclassorcategoryof " source,whicheverismorestringent. ` (#` (# 0  &  Innoevent,however,shalltheapplicationofthistermpermitaproposednewormodifiedsourcetoemitanypollutantinexcessoftheamountallowableunderapplicablenewsourcestandardsofperformance.AreasofthecountrythathavenotattainednationalambientairqualitystandardsmayrequireLAERonnewsourcesofpollution.'!FE (#(#  MACT MaximumAchievableControlTechnology,asspecifiedinSection112oftheCleanAirAct. %4 *  Majormodifications Includeanyphysicaloroperationalchangetoanexistingfacilitywhichresultsinanincrease 2'!, intheemissionratetotheatmosphereofHAPorVOCmaterials.Typically,thesemodificationsresultinchangesinapermitorresultsintheneedtoacquireapermittoconstruct. Manufacturersformulationdata Dataonamaterial(e.g.,acoating)suppliedbythematerialmanufacturer D*$0  basedonknowledgeoftheingredientsusedtomanufacturerthatmaterial,ratherthanbasedontestingofthe  +%1 ]P"    ]P"    ]P"    ]P"    ]P"    ]P"    ]P!    material.Manufacturersformulationdatamayincludeinformationondensity,HAPcontent,VOCcontent,solids]P"    ]P"    ]P"    ]P"    ]P"    ]P"    content,etc. Materialbalance Acalculationbasedonconservationofmass(i.e.,themassofmaterialgoingintoaunit J operationisequaltothemassofmaterialwhichleavestheunitoperation).Thiscalculationisoftenusedtoestimatevolatileemissions. MaximumDesignCapacityEmissions 󀄀Thesearetheemissionspossiblewhenoperatingallequipmentatits  \ maximumdesigncapacityonafulloperationalschedule(upto8,760hrs/year),andutilizingmaterialswiththehighestHAPand/orVOCcontentcurrentlyinuse. Metalizedepoxycoating Acoatingthatcontainsrelativelylargequantitiesofmetallicpigmentationfor  n  appearanceand/oraddedprotection. Nonvolatiles(Solids) Thenonvolatileportionofthecoatingthatafterdryingmakesupthedryfilm. 0   Permanenttotalenclosure Apermanentlyinstalledenclosurethatcompletelysurroundsasourceofemissions D  suchthatallemissionsarecapturedanddischargedthroughacontroldevice.Forspecificqualifyingcriteria,seeMethod204(62FR32500)(June16,1997). Pollutionprevention 󀄀SourcereductionorinprocessrecyclingactivitiesthatreduceemissionsofHAPorVOC. V Sourcereductionactivitiesincludechangesincoatingformulation,changesinsurfacepreparationmaterialsormethods,changesinmaterialtransfermethodsinmixing,changesinstoragemethods,andchangesinmaterialsormethodsthatwouldallowreuseofcoatings.Inprocessrecyclingwouldincludecaptureandreuseofevaporatedsolventswithintheunitoperation.#\B# Polyester Apolymerinwhichthemonomerunitsarelinkedbythefunctionalgroup-COO-.Polyesterhasbeen d usedasthermoplasticpowdercoating,andasthefollowingthermosettingpowdercoatings:epoxypolyesterhybridpowder,urethanepolyesterpowder,andpolyesterTGICpowder. Powdercoatings Anycoatingappliedasadry(withoutsolventorothercarrier),finelydividedsolidwhich v adherestothesubstrateasacontinuousfilmwhenmeltedandfused. Primer Thefirstlayerandanysubsequentlayersofidenticallyformulatedcoatingappliedtothesurfacetobe P! coated.Primersaretypicallyusedforcorrosionprevention,protectionfromtheenvironment,functionalfluidresistance,andadhesionofsubsequentcoatings.Primersthataredefinedasspecialtycoatingsarenotincludedunderthisdefinition. Process(Processline) Theaggregateofunitoperationsnecessaryforproducingaproduct.Theemissionsfroma "&& processincludesallsourcesofairemissions(e.g.,storage,transfer,handling,painting,andpackaging). ResearchandDevelopmentActivities 󀄀Researchanddevelopmentintonewoperationsandproducts,wherethe $t) activitiesareoperatedundertheclosesupervisionoftechnicallytrainedpersonnelandarenotengagedinthemanufactureofproductsforcommercialsaleincommerce,exceptinademinimismanner.Forexample,researchanddevelopmentactivitiescouldincludebenchscalelaboratorywork,pilotplants,equipmenttesting,testingontheproductionlinewherethespecificpurposeofthetestingistocreateorimproveoperationsorproducts,andtheuseofbatchprocessrunsforexperimentalpurposes. ResinType 󀄀Thebasicchemicalclassificationofthecoatingsolids. F*$0    +%1  SIC/NAICSCodes TheserefertotheStandardIndustrialClassificationcodes(1987)andtheirreplacements,the t  NorthAmericanIndustrialClassificationSystemcodes.FormoreinformationonSICandNAICScodes,visitthefollowingInternetsite:http://www.census.gov/epcd/www/naics.html Sludge Thewastesolidsgeneratedfromanyprocess(surfacepreparation,coating,mixing,etc.)thatitisnecessary  tohavedisposed,eitheronsiteoroffsite.#KN# Solvent Theliquidorblendofliquidsusedtodissolveordispersethefilm-formingparticlesinacoatingandwhich  \ evaporateduringdrying.Atruesolventisasingleliquidthatcandissolvethecoating.Solventisoftenusedtodescribeterpenes,hydrocarbons,oxygenatedcompounds,furans,nitroparaffiins,andchlorinatedsolvents. Solvent-borne Coatingsinwhichvolatileorganiccompoundsarethemajorsolventordispersant.  n   Spraygun Adevicethatatomizesacoatingorothermaterialandprojectstheparticulatesontoasubstrate.  j  Surfacepreparation Theremovalofcontaminantsfromthesurfaceofasubstrateorcomponentortheactivation ~  orreactivationofthesurfaceinpreparationfortheapplicationofacoating. &  Temporarytotalenclosure Anenclosureconstructedonlytomeasurethecaptureefficiencyofpollutantsemitted @  fromagivensource.Forspecificqualifyingcriteria,seeMethod204:(62FR32500)(June16,1997'@Y). Thinningsolvent 󀄀Organicsolventusedtothincoatingmaterialpriortobeingappliedtothepartorproductbeing  coated. Topcoat Acoatingthatisappliedoveraprimeronapart,product,orcomponentforappearanceorprotection. h Topcoatsaretypicallythelastcoatappliedinacoatingsystem. Touchupandrepairoperation Thatportionofthecoatingoperationthatistheincidentalapplicationofcoating * usedtocoverminorimperfectionsinthecoatingfinishortoachievecompletecoverage.Thisdefinitionincludesoutofsequenceoroutofcyclecoating.#X# Unitoperation Anindustrialoperation,classifiedorgroupedaccordingtoitsfunctioninanoperatingenvironment < (e.g.,apaintmixingvessel,aspraybooth,etc.). Unitoperationsystem(UOS) Theensembleofequipmentaroundwhichamaterialbalanceisperformed.The " "boundary"ofaUOSmayincludeoneormoreunitoperations(e.g.,acoatinglineoracoatinglineplusmixingtanks)."WhatconstitutesaUOSforpresentingemissions/wastedataneedstobedefinedonanindustrybyindustrybasis.However,commonUOSsmaybefoundacrossindustries.  !d% Urethanes Materialsbasedonresinsmadebythecondensationoforganicisocyanateswithcompoundsorresins ^#' containinghydroxylgroups.Categoriesofpolyurethanecoatingsinclude:singlecomponentprereacted-urethanecoatings;singlecomponentmoisture-curedurethanecoatings;singlecomponentheat-curedurethanecoatings;two-componentcatalyst-urethanecoatings,two-componentpolyurethanecoatings;andone-componentnonreactivelacquer-urethanesolutioncoatings. UTM(UniversalTransverseMercator) 󀄀Amapprojectionandplanecoordinatesystemthatdividestheworldinto '"- 60northsouthzones,eachcoveringastrip6degreeswideinlongitude. VOC(VolatileOrganicCompound) AnycompounddefinedasVOCin40CFR51.100(s).Thisincludesany F*$0 organiccompoundotherthanthosedeterminedbytheEPAtobean`exemptcompound. +\&2  WasteCoatings coatingmaterialsfromequipmentcleaning,excesspreparedcoatingmaterials,etc.thatmustbe t treatedand/ordisposed. WasteSolvents solventsthathavebeenusedinanotherprocess(surfacepreparation,etc.)thatarecollectedfor N eitherrecyclingordisposal. Wastewater Anyprocesswatersorcleaningwatersshouldbeconsideredwastewateratthepoint/timetheyleave   theprocessunit.#b# Waterbornecoatings Coatingsinwhichwateraccountsformorethan5weightpercentofthevolatileportion. ^    WorkPractice Specifichumanactivitiesthatleadtoareductioninemissions(orwaste)orhavethepotentialtodo  t  so.Theactivitiesincludeoperatortraining,managementdirectives,workproceduresortechniquesforconductingemission(orwaste)generatingoperationsorforreducingoreliminatingtheneedforfrequencyofsuchoperations.#Jf#  r  _r%    _r$    7dd7XadX@pp% APPENDIXA 8  @B B STANDARDINDUSTRIALCLASSIFICATIONCODESAND@NORTHAMERICANINDUSTRIALCLASSIFICATIONSYSTEMCODES@((!FORMETALFURNITURE  \  @{{ TABLE1.PRIMARYSICCODESANDRELEVANTPRODUCTS  L *w&ddd Xdd Xdd X(#(#w,dd , dd , dd +  &   &SICCode =&*t " =Title @ =*t "& =RelevantProductsa RCt " @2514@R2514 M&:8   @2514 @ MMetalHouseholdFurniture + l & +Bookcases,Chairs,Tables,Swings,KitchenCabinets,MedicalCabinets,CampFurniture,FramesforBoxsprings,Cribs,Cots,GardenFurniture,ServingCarts I:0  @2522@I2522 M&:8$  @2522 @ MOfficeFurniture,ExceptWood + & +Bookcases,Chairs,Tables,Desks,FileCabinets,WallCases,Partitions,ModularFurniture,Benches I:  ƣ@2531ƣ@I2531 M&:8| ƣ@2531 ƣ@ MPublicBuildingandRelatedFurniture +h& +Benches,PortableBleacherSeating,StadiumSeating,TheaterSeating,SchoolFurniture,ChurchFurniture,SeatsforAutos,Vans,Aircraft,Railroad K:, ܣ@2542ܣ@K2542 M&:88 ܣ@2542 ܣ@ MOfficeandStoreFixtures,Partitions,Shelving,andLockers,ExceptWood +"& +Cabinets,Counters,DisplayCases,DisplayFixtures,BarFixtures,Shelving,Showcases,SortingRacks,LunchroomFixtures&p&   &Ѐ&Z&hXadaThefollowinglistofproductsisnotintendedtobecomprehensive. x' #XadX&&Z r#&Z&XXad   * @ TABLE2.SECONDARYSICCODESANDRELEVANTPRODUCTS    *w&dddd dd dd &(#(#w,dd , dd , dd +  &  . &SICCode ;* " ;Title =* " =RelevantProductsa RC " N@2599N@R2599 D:8p   N@2599 N@ DFurnitureandFixtures,NotElsewhereClassified  F   HospitalBeds,BowlingCenterFurniture,CafeteriaFurniture,FactoryFurniture,ShipFurniture,RestaurantCarts I:  ʪ@3429ʪ@I3429 D:8  ʪ@3429 ʪ@ DHardware,NotElsewhereClassified    FurnitureHardware,ConvertibleBedMechanisms I:\  @3469@I3469 D:8R  @3469 @ DMetalStampings,NotElsewhereClassified  (  StampedMetal#XadX&&Zr#&Z&XXadԀWastebaskets I:R  N@3495N@I3495 D:8  N@3495 N@ DWireSprings    FurnitureSprings,SpringUnitsforSeats I:  V@3499V@I3499 D:8p V@3499 V@ DFabricatedMetalProducts,NotElsewhereClassified  F MetalChairFrames,MetalFurnitureParts,MetalAutoSeatFrames I:F z@3645z@I3645 D:8< z@3645 z@ DResidentialElectricLightingFixtures  <  Chandeliers(Residential),FloorLamps,Lamps(Residential),WallLamps,DeskLamps,LampShades(Metal),TableLamps I:\# |@3646|@I3646 D:8R$ |@3646 |@ DCommercial,Industrial,andInstitutionalElectricLightingFixtures  (& Chandeliers(Commercial),DeskLamps I:R' ڭ@3821ڭ@I3821 D:8( ڭ@3821 ڭ@ DLaboratoryApparatusandFurniture  ) LaboratoryFurniture,Benches,Tables,Cabinets I:h+ @3843@I3843 D:8F, @3843 @ DDentalEquipmentandSupplies  F- DentalCabinets,DentistsChairs I:F. >@3999>@I3999 D:8</ >@3999 >@ DManufacturingIndustries,NotElsewhereClassified   1 BeautyShopandBarberShopFurniture K:<2 ٽ@7641ٽ@K7641 K:8!|3 ٽ@7641 ٽ@ KReupholsteryandFurnitureRepair +!|4 +FurnitureRepair/Refinishing,AntiqueRepairRestoration&"R6  &#XadX&&Z9x#Ԁ #X6 &Z&XXadaThefollowinglistofproductsisnotintendedtobecomprehensive. $D7 #XadX&&ZC#  % 8 &Z&XXad  *w&d ddd dd dd &(#(#w,dd , dd ,dd , dd +  & J &TABLE3.SICCODESANDCORRESPONDINGNAICSCODES#XadX&&Z#&Z&XXad :  C2"0 " C1987SICCode ;*F  ;1987U.S.SICDescription ;* &  ;1997NAICSCode =*F   =1997NAICSDescription WH$ &    @2514@W2514 D:8 < @2514 @ DMetalHouseholdFurniture 9/  < A337124A9337124 B/- < A337124 A BMetalHouseholdFurnitureManufacturing I:  @2522@I2522 D:8|  @2522 @ DOfficeFurniture,ExceptWood 9/ |  A337214A9337214 B/-|  A337214 A BNonwoodOfficeFurnitureManufacturing M>R  ƣ@2531ƣ@M2531 YOI0  ƣ@2531 ƣ@ YPublicBuildingandRelatedFurniture#XadX&&Z䤃#&Z&XXad I?    l@33636l@I33636#XadX&&ZÈ#&Z&XXad A.,0  l@33636 l@ AMotorVehicleFabricAccessoriesandSeatManufacturing#XadX&&ZS#&Z&XXad +  + )  ) <2   A337127A<337127 B/-p A337127 A BInstitutionalFurnitureManufacturing I:p ܣ@2542ܣ@I2542 D:8f  ܣ@2542 ܣ@ DOfficeandStoreFixtures,Partitions,Shelving,andLockers,ExceptWood 9/ <" A337215A9337215 B/-f# A337215 A BShowcase,Partition,Shelving,andLockerManufacturing M><% N@2599N@M2599 YOI&@ N@2599 N@ YFurnitureandFixtures,NotElsewhereClassified#XadX&&Z #&Z&XXad J@R)A A339113AJ339113#XadX&&Z乍#&Z&XXad B/-* A339113 A BSurgicalApplianceandSuppliesManufacturing#XadX&&ZK#&Z&XXad +|, + ), ) <2 , A337127A<337127 B/-Z- A337127 A BInstitutionalFurnitureManufacturing I:Z. ʪ@3429ʪ@I3429 D:8q/ ʪ@3429 ʪ@ DHardware,NotElsewhereClassified#XadX&&Z#&Z&XXad 9/ q0 \RA332951\RA9332951#XadX&&Z#&Z&XXad B/-q1 \RA332951 \RA BHardwareManufacturing#XadX&&Zp#&Z&XXad I:q2 @3469@I3469 D:8O3 @3469 @ DMetalStampings,NotElsewhereClassified(ExceptKitchenUtensils,PotsandPansforCookingandCoins) 9/ 6 PEA332116PEA9332116 B/-O7 PEA332116 PEA BMetalStamping I&:O8 N@3495N@I3495 G&:8e 9 N@3495 N@& GWireSprings#XadX&&Z #&Z&XXad I&<e :& MA332612MAI332612#XadX&&Zv#&Z&XXad O&<:e ; MA332612 MA& OWireSpringManufacturing#XadX&&Z#&Z&XXad M>e <& V@3499V@M3499 YOI![=&yyL V@3499 V@ YFabricatedMetalProducts,NotElsewhereClassified#XadX&&Z䱕#&Z&XXad J@{#@&M A337215AJ337215 B/-![A A337215 A BShowcase,Partition,Shelving,andLockerManufacturing +"1C + )#7C ) <2 #7C \JA332439\JA<332439 B/-$D \JA332439 \JA BOtherMetalContainerManufacturing#XadX&&Zі#&Z&XXad +$E + )%E ) <2 %E SA332999SA<332999#XadX&&Zט#&Z&XXad B/-y% F SA332999 SA BAllOtherMiscellaneousFabricatedMetalProductManufacturing#XadX&&Z䯙#&Z&XXad I:O& H z@3645z@I3645 D:8'E"I z@3645 z@ DResidentialElectricLightingFixtures 9/ 'E"J DtA335121DtA9335121 B/-'E"K DtA335121 DtA BResidentialElectricLightingFixtureManufacturing I:(#M |@3646|@I3646 D:8)$N |@3646 |@ DCommercial,Industrial,andInstitutionalElectricLightingFixtures 9/ +1&Q HtA335122HtA9335122 B/-)$R HtA335122 HtA BCommercial,Industrial,andInstitutionalElectricLightingFixtureManufacturing L=+1&U ڭ@3821ڭ@L)  )  )  )  (  3821 G=8 d ڭ@3821 ڭ@ GLaboratoryApparatusandFurniture I? d A339111AI339111 O<: d A339111 A OLaboratoryApparatusandFurniture Manufacturing I: : @3843@I3843 D:8 @3843 @ DDentalEquipmentandSupplies 9/  A339114A9339114 B/- A339114 A BDentalEquipmentandSuppliesManufacturing M>z  >@3999>@M3999 YOIF [[`  >@3999 >@ YManufacturingIndustries,NotElsewhereClassified#XadX&&Zq#&Z&XXad J@a  A337127AJ337127#XadX&&Z䯢#&Z&XXad B/-F A337127 A BInstitutionalFurnitureManufacturing#XadX&&ZA#&Z&XXad +F + )L ) <2 L DtA335121DtA<335121 B/-N DtA335121 DtA BResidentialElectricLightingFixtureManufacturing +$ + )* ) <2 * A326199A<326199 B/- A326199 A BAllOtherPlasticProductManufacturing +d  + )j  ) <2 j  |A339999|A<339999 B/-0  |A339999 |A BAllOtherMiscellaneousManufacturing K:  ٽ@7641ٽ@K7641 K:8p  ٽ@7641 ٽ@ KReupholsteryandFurnitureRepair L;p  `@81142`@L81142 N;9p  `@81142 `@ NReupholsteryandFurnitureRepair&p    &#XadX&&Z#  v @uu% APPENDIXB 8  @f f CONVERSIONFACTORSFORMETRICUNITS    @ CONVERSIONFACTORSFORMETRICUNITS  InkeepingwithU.S.EnvironmentalProtectionAgencypolicy,metricunitsshouldbeusedinyourresponse.TheseunitsmaybeconvertedtocommonEnglishunitsbyusingthefollowingconversionfactors:*&dddd  dd dd dd &(#(#,dd , dd ,( dd +  "   "MetricUnit 7-`  7MetricName 7-`   7EquivalentEnglishUnit .$`   .1m % l  %meter % l  %3.2808ft(feet) % l %2.54cm %` %centimeter %` %1in.(inch) %` %0.0283m3 %l  %cubicmeter %l  %1ft3(cubicfoot) %l  %liter %`  %liter %`  %0.0353ft3 %`  %dscm %l  %drystandardcubicmeter %l  %35.31drystandardft3 %l  %scmm %` %standardcubicmetersperminute %` %35.31ft3/min %` %kg %l %kilogram(103grams) %l %2.2046lb(pound) %l  %Mg %`! %megagram(106grams) %`" %2,204.6lb %`# %metricton %l$  %metricton(106grams) %l%  %2,204.6lb %l& %1m30 l /% `'l l  /cubicmeter %`( %264.17gallons %`) %3.785liters %l*  %liters %l+  %1gallon %l, %1.054kJ %`-  %kilojoule %`.  %1Btu(BritishThermalUnit) %`/ %1.054X106kJ %l0  %kilojoule %l1  %MMBtu %l2 %3514J/s %` 3  %Joulespersecond %` 4  %1ton(or12,000Btu/hr) %` 5 %16.02kg/m3 %!l6  %kilogramspercubicmeter %!l7  %1lb/ft3(pounds/cubicfoot)&!l8   &0   (#(#   T($F) ` = temperatureindegreesFahrenheit #t9   T($C)0 ` = temperatureindegreesCelsiusordegreesCentigrade$`:` (#` (# pb  pbֶ0    TemperatureindegreesCelsius($C)canbeconvertedtotemperatureindegrees &8!< Fahrenheit($F)bythefollowingformula:pbֶ݌'$"=(#(# Ќ    T($F)0 ` =1.8T($C)+32p)#?` (#` (#   pb  pbV0    TemperatureindegreesFahrenheit($F)canbeconvertedtotemperatureindegrees H+%A Celsius($C)bythefollowingformula:pbVq݌4,&B(#(# Ќ    T($C)0 ` =[T($F)32]/1.8 h    .(D` (#` (# @pp% APPENDIXC 8  @> > LISTOFHAZARDOUSAIRPOLLUTANTS    hHHO;XXad@#XadXO;ĺ#ListofHazardousAirPollutantsO;XXad , *wdddd dd ( dd &H$H$w,dd ,m dd ,dd ,m dd +  '  'CASNo. 7- 7ChemicalName 7- 7CASNo. 7- 7ChemicalName 8.$   8 " "        E;   S@75070S@E75070 E;9  S@75070 S@ EAcetaldehyde 9/   H1A132649H1A9132649 9/-  H1A132649 H1A 9Dibenzofurans B8  `x@60355`x@B60355 8., `x@60355 `x@ 8Acetamide 8.  x@96128x@896128 8., x@96128 x@ 81,2Dibromo3chloropropane B8   S@75058 S@B75058 8.,d  S@75058  S@ 8Acetonitrile 8. d `@84742`@884742 8.,d `@84742 `@ 8Dibutylphthalate B8d  "@98862"@B98862 8.,nB "@98862 "@ 8Acetophenone 9/ nB 0@1064670@9106467 9/-nB 0@106467 0@ 91,4Dichlorobenzene(p) B8nB  `Y@53963`Y@B53963 8.,L  `Y@53963 `Y@ 82Acetylaminofluorine 8. L  Pr@91941Pr@891941 8.,L  Pr@91941 Pr@ 83,3Dichlorobenzidene C9L   @!@107028@!@C107028 9/-*  @!@107028 @!@ 9Acrolein 9/ *   @5@111444@5@9111444 9/-* ! @5@111444 @5@ 9Dichloroethylether(Bis(2chloroethylether)) B8* "  PM@79061PM@B79061 8., # PM@79061 PM@ 8Acrylamide 9/  $ H A542756H A9542756 9/- % H A542756 H A 91,3Dichloropropene B8 &  0P@791070P@B79107 8., ' 0P@79107 0P@ 8Acrylicacid 8.  (  @62737 @862737 8., )  @62737  @ 8Dichlorvos C9 *  '@107131'@C107131 9/- + '@107131 '@ 9Acrylonitrile 9/  , 3@1114223@9111422 9/- - 3@111422 3@ 9Diethanolamine C9 .  "@107051"@C107051 9/- v / "@107051 "@ 9Allylchloride 9/  v 0 @121697@9121697 9/- v 1 @121697 @ 9N,NDiethylaniline(N,NDimethylaniline) B8 v 2  @92671@B92671 8.,T 3 @92671 @ 84Aminobiphenyl 8. T 4 `@64675`@864675 8.,T 5 `@64675 `@ 8Diethylsulfate B8T 6  @62533@B62533 8.,^2 7 @62533 @ 8Aniline 9/ ^2 8 F@119904F@9119904 9/-^2 9 F@119904 F@ 93,3Dimethozybenzidine B8^2 :  @90040@B90040 8.,<; @90040 @ 8oAnisidine 8. << Z@60117Z@860117 8.,<= Z@60117 Z@ 8Dimethlyaminoazobenzene D:<>  S4A1332214S4AD1332214 :0.? S4A1332214 S4A :Asbestos 9/ @ H@119937H@9119937 9/-A H@119937 H@ 93,3'Dimethylbenzidine B8B  p@71432p@B71432 8.,C p@71432 p@ 8Benzene(includingbenzenefromgasoline) 8. D pe@79447pe@879447 8.,E pe@79447 pe@ 8Dimethylcarbamoylchloride B8F  @92875@B92875 8.,G @92875 @ 8Benzidine 8. H @68122@868122 8.,I @68122 @ 8Dimethylformamide B8J  @98077@B98077 8.,K @98077 @ 8Benzotrichloride(isomersandmixtures) 9/ L HA131113HA9131113 9/-M HA131113 HA 9Dimethylphthalate C9N  @100447@C100447 9/-fO @100447 @ 9Benzylchloride 8. fP P@77781P@877781 8.,fQ P@77781 P@ 8Dimethylsulfate B8fR  @92524@B92524 8.,pDS @92524 @ 8Biphenyl 9/ pDT O A534521O A9534521 9/-pDU O A534521 O A 94,6Dinitroocresol,andsalts C9pDV  @117817@C117817 9/-N"W @117817 @ 9Bis(2ethylhexyl)pthalate(DEHP) 8. N"X  @51285 @851285 8.,N"Y  @51285  @ 82,4Dinitrophenol C9N"Z  B A542881B AC542881 9/-,[ B A542881 B A 9Bis(chloromethyl)ether 9/ ,\ `@121142`@9121142 9/-,] `@121142 `@ 92,4Dinitrotoluene B8,^  @_@75252@_@B75252 8., _ @_@75252 @_@ 8Bromoform 9/  ` p@@123911p@@9123911 9/- a p@@123911 p@@ 91,4Dioxane(1,4Diethyleneoxide) C9 b  @106990@C106990 9/-c @106990 @ 91,3Butadiene 9/ d @122667@9122667 9/-e @122667 @ 91,2Diphenylhydrazine C9f  A156627AC156627 9/-g A156627 A 9Calciumcyanamide 9/ h  @106898 @9106898 9/-i  @106898  @ 9Epichlorohydrin(1Chloro2,3epoxypropane) C9j  0>A1330620>AC133062 9/-xk 0>A133062 0>A 9Captan 9/ xl p@106887p@9106887 9/-xm p@106887 p@ 91,2Epoxybutane B8xn  @63252@B63252 8.,Vo @63252 @ 8Carbaryl 9/ Vp 2A1408852A9140885 9/-Vq 2A140885 2A 9Ethylacrylate B8Vr  X@75150X@B75150 8.,`4s X@75150 X@ 8Carbondisulfide 9/ `4t @100414@9100414 9/-`4u @100414 @ 9Ethylbenzene B8`4v  `u@56235`u@B56235 8.,>w `u@56235 `u@ 8Carbontetrachloride 8. >x J@51796J@851796 8.,>y J@51796 J@ 8Ethylcarbamate(Urethane) B8>z  G@43581G@B43581 8.,{ G@43581 G@ 8Carbonylsulfide 8. | O@75003O@875003 8.,} O@75003 O@ 8Ethylchloride(Chloroethane) C9~  ~@120809~@C120809 9/- ~@120809 ~@ 9Catechol 9/  `@106934`@9106934 9/- `@106934 `@ 9Ethylenedibromide(Dibromoethane) C9  XA133904XAC133904 9/- XA133904 XA 9Chloramben 9/  `#@107062`#@9107062 9/- `#@107062 `#@ 9Ethylenedichloride(1,2Dichloroethane) B8  2@577492@B57749 8.,  2@57749 2@ 8Chlordane 9/   ,@107211,@9107211 9/-  ,@107211 ,@ 9Ethyleneglycol D:   @]A7782505@]AD7782505 :0.!h @]A7782505 @]A :Chlorine 9/ !h `A151564`A9151564 9/-!h `A151564 `A 9Ethyleneimine(Aziridine) B8!h  P@79118P@B79118 8.,r"F  P@79118 P@ 8Chloraceticacid 8. r"F   ]@75218 ]@875218 8.,r"F   ]@75218  ]@ 8Ethyleneoxide C9r"F   d> A532274d> AC532274 9/-P#$! d> A532274 d> A 92Chloroacetophenone 8. P#$! @96457@896457 8.,P#$! @96457 @ 8Ethylenethiourea C9P#$!  @108907@C108907 9/-.$" @108907 @ 9Chlorobenzene 8. .$" d@75343d@875343 8.,.$" d@75343 d@ 8Ethylenedichloride(1,1Dichloroethane) C9.$"  0#A5101560#AC510156 9/- %" 0#A510156 0#A 9Chlorobenzilate 8.  %" j@50000j@850000 8., %" j@50000 j@ 8Formaldehyde B8 %"  @67663@B67663 8.,%# @67663 @ 8Chloroform 8. %# @76448@876448 8.,%# @76448 @ 8Heptachlor C9%#  `2@107302`2@C107302 9/-&$ `2@107302 `2@ 9Chloromethylmethylether 9/ &$ P@118741P@9118741 9/-&$ P@118741 P@ 9Hexachlorobenzene C9&$  `@126998`@C126998 9/-'z% `@126998 `@ 9Chloroprene 8. 'z% 0h@876830h@887683 8.,'z% 0h@87683 0h@ 8Hexachlorobutadiene D:'z%  ]#4A1319773]#4AD1319773 :0.(X& ]#4A1319773 ]#4A :Cresols/Cresylicacid 8. (X&  @77474 @877474 8.,(X&  @77474  @ 8Hexachlorocyclopentadiene B8(X&  O@95487O@B95487 8.,b)6' O@95487 O@ 8oCresol 8. b)6' @67721@867721 8.,b)6' @67721 @ 8Hexachloroethane C9b)6'  v@108394v@C108394 9/-@*( v@108394 v@ 9mCresol 9/ @*( X)A822060X)A9822060 9/-@*( X)A822060 X)A 9Hexamethylene1,6diisocyanate C9@*(  @106445@C106445 9/-+( @106445 @ 9pCresol 9/ +( $A680319$A9680319 9/-+( $A680319 $A 9Hexamethylphosphoramide B8+(   @98828 @B98828 8.,+)  @98828  @ 8Cumene 9/ +) @110543@9110543 9/-+) @110543 @ 9Hexane B8+)  P"@94757P"@B94757 8.,,* P"@94757 P"@ 82,4D,saltsandesters 9/ ,* nA302012nA9302012 9/-,* nA302012 nA 9Hydrazine D:,*  KA3547044KAD3547044 :0.-+ KA3547044 KA :DDE :0 -+ +]A7647010+]A:7647010 :0.-+ +]A7647010 +]A :Hydrochloricacid B8-+  `@57147`@B57147 8.,.j, `@57147 `@ 81,1Dimethylhydrazine :0 .j, @<]A7664393@<]A:7664393 :0..j, @<]A7664393 @<]A :Hydrogenfluoride(Hydrofluoricacid) C9.j,  pA334883pAC334883 9/-t/H- pA334883 pA 9Diazomethane 9/ t/H- p@123319p@9123319 9/-t/H- p@123319 p@ 9Hydroquinone t/H-    nd   nd   nd  B8nd  /@78591/@B78591 8.,LB /@78591 /@ 8Isophorone :0 LB +d4A1336363+d4A:1336363 :0.LB +d4A1336363 +d4A :Polychlorinatedbiphenyls(Aroclors) B8LB  `@58899`@B58899 8.,*   `@58899 `@ 8Lindane(allisomers) :0 *   1A11207141A:1120714 :0.*   1A1120714 1A :1,3Propanesultone C9*    q@108316q@C108316 9/-  q@108316 q@ 9Maleicanhydride 8.  @@57578@@857578 8., @@57578 @@ 8betaPropiolactone B8  ~@67561~@B67561 8., ~@67561 ~@ 8Methanol 9/  @123386@9123386 9/- @123386 @ 9Propionaldehyde B8  0@724350@B72435 8., 0@72435 0@ 8Methoxychlor 9/  P@114261P@9114261 9/- P@114261 P@ 9Propoxur(Baygon) B8  pE@74839pE@B74839 8., pE@74839 pE@ 8Methylbromide(Bromomethane) 8.  A@78875A@878875 8., A@78875 A@ 8Propylenedichloride(1,2Dichloropropane) B8  G@74873G@B74873 8., v G@74873 G@ 8Methylchloride(Chloromethane) 8.  v s@75569s@875569 8., v s@75569 s@ 8Propyleneoxide B8 v   @x@71556@x@B71556 8.,^ T! @x@71556 @x@ 8Methylchloroform(1,1,1Trichloroethane) 8. ^ T" `r@75558`r@875558 8.,^ T# `r@75558 `r@ 81,2Propylenimine(2Methylaziridine) B8^ T$  PE@78933PE@B78933 8.,< 2% PE@78933 PE@ 8Methylethylketone(2Butanone) 8. < 2& E@91225E@891225 8.,< 2' E@91225 E@ 8Quinoline B8< 2(  w@60344w@B60344 8.,  ) w@60344 w@ 8Methylhydrazine 9/   *  @106514 @9106514 9/-  +  @106514  @ 9Quinone B8  ,  @H@74884@H@B74884 8., - @H@74884 @H@ 8Methyliodide(Idomethane) 9/  . @100425@9100425 9/- / @100425 @ 9Styrene C9 0  Pd@108101Pd@C108101 9/- 1 Pd@108101 Pd@ 9Methylisobutylketone(Hexone) 8.  2 u@96093u@896093 8., 3 u@96093 u@ 8Styreneoxide C9 4  #A624839#AC624839 9/- 5 #A624839 #A 9Methylisocyanate :0  6 `:A1746016`:A:1746016 :0. 7 `:A1746016 `:A :2,3,7,8Terachlorodibenzopdioxin B8 8   @80626 @B80626 8., 9  @80626  @ 8Methylmethacryalate 8.  : _@79345_@879345 8., ; _@79345 _@ 81,1,2,2Tetrachloroethane D: <  8A16340448AD1634044 :0.pf = 8A1634044 8A :Methyltertbutylether 9/ pf >  @127184 @9127184 9/-pf ?  @127184  @ 9Tetrachloroethylene(Perchloroethylene) C9pf @  @101144@C101144 9/-NDA @101144 @ 94,4Methylenebis(2chloroaniline) :0 NDB |\A7550450|\A:7550450 :0.NDC |\A7550450 |\A :Titaniumtetrachloride B8NDD  @U@75092@U@B75092 8.,,"E @U@75092 @U@ 8Methylenechloride(Dichloromethane) 9/ ,"F 0@1088830@9108883 9/-,"G 0@108883 0@ 9Toluene C9,"H  @101688@C101688 9/- I @101688 @ 9Methylenediphenyldiisocyanate(MDI) 8.  J c@95807c@895807 8., K c@95807 c@ 82,4Toluenediamine C9 L  0@1017790@C101779 9/-M 0@101779 0@ 94,4'Methylenedianiline 9/ N "!A584849"!A9584849 9/-O "!A584849 "!A 92,4Toluenediisocyanate B8P  0D@912030D@B91203 8.,Q 0D@91203 0D@ 8Naphthalene 8. R R@95534R@895534 8.,S R@95534 R@ 8oToluidine B8T  (@98953(@B98953 8.,U (@98953 (@ 8Nitrobenzene :0 V ҅^A8001352҅^A:8001352 :0.W ҅^A8001352 ҅^A :Toxaphene(chlorinatedcamphene) B8X  P@92933P@B92933 8.,xY P@92933 P@ 84Nitrobiphenyl 9/ xZ P@120821P@9120821 9/-x[ P@120821 P@ 91,2,4Trichlorobenzene C9x\  k@100027k@C100027 9/-`V] k@100027 k@ 94Nitrophenol 8. `V^ I@79005I@879005 8.,`V_ I@79005 I@ 81,1,2Trichloroethane B8`V`  f@79469f@B79469 8.,>4a f@79469 f@ 82Nitropropane 8. >4b J@79016J@879016 8.,>4c J@79016 J@ 8Trichloroethylene C9>4d  $A684935$AC684935 9/-e $A684935 $A 9NNitrosoNmethylurea 8. f  m@95954 m@895954 8.,g  m@95954  m@ 82,4,5Trichlorophenol B8h  @62759@B62759 8.,i @62759 @ 8NNitrosodimethylamine 8. j @88062@888062 8.,k @88062 @ 82,4,6Trichlorophenol B8l  >@59892>@B59892 8.,m >@59892 >@ 8NNitrosomorpholine 9/ n @121448@9121448 9/-o @121448 @ 9Triethylamine B8p  @56382@B56382 8.,q @56382 @ 8Parathion :0 r $8A1582098$8A:1582098 :0.s $8A1582098 $8A :Trifluralin B8t  0@826880@B82688 8.,u 0@82688 0@ 8Pentachloronitrobenzene(Quintobenzene) 9/ v R A540841R A9540841 9/-w R A540841 R A 92,2,4Trimethylpentane B8x  s@87865s@B87865 8.,rhy s@87865 s@ 8Pentachlorophenol 9/ rhz `a@108054`a@9108054 9/-rh{ `a@108054 `a@ 9Vinylacetate C9rh|  @108952@C108952 9/-PF} @108952 @ 9Phenol 9/ PF~ "A593602"A9593602 9/-PF "A593602 "A 9Vinylbromide C9PF  p@106503p@C106503 9/-.$ p@106503 p@ 9pPhenylenediamine 8. .$ `P@75014`P@875014 8.,.$ `P@75014 `P@ 8Vinylchloride B8.$  Pk@75445Pk@B75445 8.,  Pk@75445 Pk@ 8Phosgene 8.   e@75354e@875354 8.,  e@75354 e@ 8Vinylidinechloride(1,1Dichloroethylene) D:   ]A7803512]AD7803512 :0.  ]A7803512 ]A :Phosphine :0   L4A1330207L4A:1330207 :0.  L4A1330207 L4A :Xylenes(isomersandmixtures) D:   !v]A7723140!v]AD7723140 :0.! !v]A7723140 !v]A :Phosphorus 8. ! @O@95476@O@895476 8.,! @O@95476 @O@ 8oXylenes B8!  @85449@B85449 8.," @85449 @ 8Phthalicanhydride 9/ " u@108383u@9108383 9/-" u@108383 u@ 9mXylenes "    #z   9/ #z  p@106423p@9106423 9/-#z  p@106423 p@ 9pXylenes#z   X   $! #XadXO;Y#CASNo.   P  ChemicalName  ̀0     P  AntimonyCompounds  Ѐ0     P  ArsenicCompounds(inorganicincludingarsine)  Ѐ0     P  BerylliumCompounds t Ѐ0     P  CadmiumCompounds  ` Ѐ0     P  ChromiumCompounds x L  Ѐ0     P  CobaltCompounds d 8  Ѐ0     P  CokeOvenEmissions P $  Ѐ0     P  CyanideCompoundsa <   Ѐ0     P  GlycolEthersb (  Ѐ0     P  LeadCompounds   Ѐ0     P  ManganeseCompounds   Ѐ0     P  MercuryCompounds  Ѐ0     P  Finemineralfibersc  Ѐ0     P  NickelCompounds  Ѐ0     P  PolycylicOrganicMatterd  Ѐ0     P  Radionuclides(includingradon)e p Ѐ0     P  SeleniumCompounds \ NOTE:Foralllistingsabovewhichcontaintheword compoundsandforgylcolethers,thefollowingapplies:Unlessotherwisespecified,theselistingsaredefinedasincludinganyuniquechemicalsubstancethatcontainsthenamedchemical(i.e.,antimony,arsenic,etc.)aspartofthatchemicalsinfrastructure.aX'CNwhereX=H'oranyothergroupwhereaformaldissociationmayoccur.ForexampleKCNor  Ca(CN)2.  bIncludesmonoanddiethersofethyleneglycol,diethyleneglycol,andtriethyleneglycol  ЀR(OCH2CH2)nORwhere    n=1,2,or3  R=alkylorarylgroups  R'=R,H,orgroupswhich,whenremoved,yieldglycoletherswiththestructure:R(OCH2CH)n  l! OH  PolymersareexcludedfromtheglycolcategorycIncludesglassmicrofibers,glasswoolfibers,rockwoolfibers,andslagwoolfibers,eachcharacterized H$"% as respirable(fiberdiameterlessthan3.5micrometers)andpossessinganaspectratio(fiberlengthdividedbyfiberdiameter)greaterthanor̀equalto3,asemittedfromproductionoffiberandfiberproducts.dIncludesorganiccompoundswithmorethanonebenzenering,andwhichhaveaboilingpointgreater (&* thanorequalto100oC. )'+ eAtypeofatomwhichspontaneouslyundergoesradioactivedecay.