WPCL> zh!y1e N}V{f.1_WH Ei1Ρ`/NJ%v2;ZClZx4\ŐzO,ʁ+2H>>Gմ"x!1 x?G;|Qȝ\H|.i?0 \DEdBcl$x劾/[ШVUN %* 00 X U.a UD 1m U>@U@~w@4 0! 0D>F 0UF h h  h h! h 6666666666666666666;?z 1mi1 C 1f1a1 D+212 02 0I4 AM4545 0555 B{*u7u7 B277f77777a777f7a7 D37777777777777 088:::::::::':':':':':':':':':':':':':':':':':':8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<8<f > > >a">">">">">">">">">">">">f6>a8>(9 Z 6Times New Roman RegularX(%$TRY3' LetterY3' Letter3' Letter3' LetterT7)XXdXXd7  TRY3'c:\office\wpwin\template\donna\standard.wpt<6X9`(CourierhL 9Z#,Courier New Italic# e37=CIQYag1.a.i.(1)(a)(i)1)a)<l9Z &Courier Regular) `(CG TimesScalable [D\]D^D_`DaDbDcEdU_$xd3|xd((3i$ %!TRY3' Letter3' 3' Letter3'T7aXXdXXd7  TRY3'      a  (#$  0   < &q)TRY3'  IDLrev(3&q$ %!TRY3' Letter3' 3' Letter3'T7aXXdXXd7  TRY3'  hQ 9Z#.Courier New Regular-<DI   #AAW@i@X@ 9@ W@ C@@   @@T@   @?Y@X@ 9@ X@ ?@   @Table_D    TABLE C 1     p  5"TRY3'    @@ TABLE1.COATINGLINEINFORMATION*w<Addd Xdd Xdd X&&w,l< ,L<",FL< , L% ,L<%,yL%+  /888  h/LineID ;8:8*"888 ;No.ofCoatingStations ;8:8*XX"8:8 ;No.ofOvens/Dryers ;8:8*ll"8:8 ;CoatingApplicationMethodByStation ;8:8*XX "8:8 ;MaximumSubstrateWidth(inches) =8:88*DD"8:8 =Totala  ExhaustFlowRate(scfm) W8,B*DD" 0 h 8:88 xWExampleA ^:,I"8,  ?1?^1 t:,_5  ?1 ?:,  ?1?t1 ^:,I>"  ?1 ?:, ^Station1dip 6:,!:, 654 ?:8,*":, ?35,000 Q:8B*" x  :8, Q 0::! :8 0 0::!8 8 :: 0 0::!8 8 :: 0 0::!8 8 :: 0Ј 4::8!8 8 !:: 4Ј H:89!8 8 "  ::8 H 0::!p p %:8 0 0::!  &:: 0 0::!  ':: 0 0::!  (:: 0Ј 4::8!  ):: 4Ј H:89!  *  ::8 H 0::!FF-:8 0 0::!.:: 0 0::!/:: 0 0::!0:: 0Ј 4::8!1:: 4Ј H:89!2  ::8 H 0::!5:8 0 0::!6:: 0 0::!7:: 0 0::!8:: 0Ј 4::8!9:: 4Ј ::8+!:  ::8 : '::=:8 ' '::>:: ' '::?:: ' '::@:: 'Ј +::8A:: +Ј C:84B ::8 C 0::!E:8 0 0::!ffF:: 0 0::!ffG:: 0 0::!ffH:: 0Ј 4::8!ffI:: 4Ј F:885!ffJ  ::8 F 2::8!M:88 2 2::8!<<N::8 2 2::8!<<O::8 2 2::8!<<P::8 2Ј 4::88!<<Q::8 4 1'%<<R 0   ::88 1                                                                                                                                                                                     aIncludesexhaustfromdryers/ovensandcoaters.$35;AGOW_e1A.1.a.(1)(1)(a)i)a) dTable_A'dxd Level 1 Level 2 Level 3 Level 4 Level 5(2$ %!TRY3' Letter3' 3' Letter3'T7aXXdXXd7  TRY3'  (!$ Table    012/A<< b(2$ %!TRY3' Letter3' 3' Letter3'T7aXXdXXd7  TRY3'  &0 d d dTable_BTABLE A8888'dxd(2$ %!TRY3' Letter3' 3' Letter3'T7aXXdXXd7  TRY3'     0p0 pp(#p(#<990p  (# (#500999'j"&p(#p(#  0p0 pp(#p(#1002490pn! (# (#1,0001,499(#'p(#p(# 0 0p(#(#0 pp(#p(#2504990pn! (# (#>1,500*$(p(#p(# <X xXp <  S'TRY3'  0XpP X0 XXXX  +X X@  ListofHazardousAirPollutants(continued)   (,T$T$( CASNo.0XFX X00  Chemicalname **  CASNo.0  Chemicalname Table_DTABLE C %!TRY3' Letter3' 3' Letter3'T7aXXdXXd7  TRY3'  XXXXTRY3' LetterY3' Letter 3' Letter 3' LetterTEnclosure1A  x@*   ALTERNATIVELISTOFQUESTIONS   0X xX0C + $#C 2  A  .3  ԀInstructions  X   Thisinformationrequestisdesignedforthepaperandotherwebcoatingsourcecategory,includinganyfacilityengagedinthecoatingofpaper,plasticfilm,metallicfoil,andotherwebsurfaces.Thisalternativelistofquestionsisparticularlygearedtowardfacilitiesthatproduceindustrialordecorativeoverlaysand/orlaminates.However,thequestionsshouldbecompletedforallpaperandotherwebcoatingoperationsatyourfacility.Becausefabriccoatingwillbecoveredunderanotherstandard,SectionGincludesquestionsthatarespecifictofabriccoating.Thisinformationrequestincludesquestionsrelatedtocoatingmixing,coatingapplicationanddrying,coatingandsolventstorage,andcleaningoperations.  Thissurveydoesnotconsiderinformationconcerningwebsurfacecoatingoperationswhicharededicatedprimarilytoresearchorlaboratorypurposes.Aresearchorlaboratoryoperationisonewhoseprimarypurposeistoconductresearchanddevelopmentintonewprocessesandproductsandisoperatedundertheclosesupervisionoftechnicallytrainedpersonnelandisnotengagedinthemanufactureofproductsforcommercialsaleincommerce,exceptinademinimismanner.    Wehaveprovidedexampleresponsestomostquestionstoaidyouincompletingthesurvey.Attachment1includesalistofhazardousairpollutantsthatyoushouldrefertoasyouarecompletingthesurvey.Attachment2includesalistofdefinitionsthatmaybehelpfulwhenrespondingtothequestions.  Alldataandresponsesshouldbebasedoncalendaryear1996emissions,usage,andemissioncontrolequipment,orthemostrecent12monthsavailable.Pleasebesuretokeepacopyofthecompletedsurveyforyourrecords.Youshouldalsokeepcopiesofanynotesorcalculationsyouperformincompletingthesurvey.Inansweringthequestionsrequiringanumericalresponse,thenearestpercentage(forexample,5percentnot5.1percent)andthenearesttonaresufficientinmostcases.Ifadditionalsignificantfiguresarerequired,thiswillbenotedintheinstructions/exampleforthatquestion.Ingeneral,pleaseprovidethesamenumberofsignificantfiguresthatareincludedintheexamplesforeachresponse.XXXX  Ifthespaceprovidedforyourresponseisnotadequate, @)$/ pleaseincludetheinformationclearlylabeledwithyourresponse.Ifyoubelievethereisadditionalinformationthatis notrequestedonthesurveythatwouldbehelpfultotheEPAin +&2 developingstandardsforthisindustry,pleaseincludethisinformationwithyourresponsealso.#XXXX # x    Returnthecompletedsurveyandanyadditionalinformationto:  U.S.Mail:   0  0(#(#0 (#(#0 (# (#BruceC.Jordan,Director  (# (#       EmissionStandardsDivision(MD13)      U.S.EnvironmentalProtectionAgency      OfficeofAirQualityPlanningandStandards      ResearchTrianglePark,NC27711      Attention:DanielBrown  ExpressMail:  (  0  0(#(#0 (#(#0 (# (#BruceC.Jordan,Director  (# (#       EmissionStandardsDivision(MD13)      U.S.EnvironmentalProtectionAgency      OfficeofAirQualityPlanningandStandards0  0(#(#0 (#(#0 (# (#NorthCarolinaMutualLifeBuilding  (# (#       411W.ChapelHillRoad      Durham,NC277020  0(#(#0 (#(#0 (# (#Attention:DanielBrown,Room1125  (# (#   2  B  .3  0  GeneralInformation p(#(# X3<XXX#XXXX3<\#XXXX  B.10  GeneralCorporateInformation <(#(#   2  1  .3  0  Nameoflegalowner(parentcompany)(#(#K(#(#(# D   2  2  .3  0  Addressoflegalowner:""J(#(#(#@(#(#K(#(#(#      (#(#K(# d  0  2  3  .3  0(#(#Sizeofcompany""J(#(#(#@(#(#K(#(#(#@(#(#K(#(#(# " 0  0(#(#Pleaseindicatebelowtheapproximatenumberofemployeesinthebusinessenterprisethatownsthisfacilityincluding,whereapplicable,theparentcompanyandallsubsidiaries,branches,andunrelatedestablishmentsownedbytheparentcompany.9Xp pX X9 (#(# 0  0p(#(#0 p(#p(#<990p (# (#500999% *p(#p(#   0 p 0 p(#p(#1002490p (# (#1,0001,499&!,p(#p(# 0  0p(#(# 2504990pp(#p(#>1,500'(#.p(#p(# %  B.2FacilityInformation  0*%1   F ^ <X xXp <    2  1  .3  0  Nameoffacility:(#(#K(#(#(#  +8'3 0  2  2  .3  0(#(#Addressoffacility(mailingaddressandphysical  addressifdifferent):@ (#(# 0  0(#(#(#(#K(#(#(# l 0  0(#(#(#(#K(#(#(# `  0  0(#(#(#(#K(#(#(# T  (#(#K(#@ӈ  2  3  .3  0  Nameofperson(s)completingthesurvey:(#(#K(#(#(#  f  0  2  4  .3  0(#(#Title(s):(#(#K(#(#(#     2  5  .3  0  Telephonenumber:(#(#K(#(#(# 6  0  2  6  .3  0(#(#SICcode(s)coveringfacilityoperations:(#(#K(#(#(#   0  2  7  .3  0(#(#Pleaseindicatebelowthetotalnumberofemployeesat V thisfacility. (#(#   0  0 (#(#<990x (# (#򀀀500999x(#x(#   0  0 (#(#1002490@\򀀀0@8\1,0001,499> (# (# 0  0(#(# 2504990@x\򀀀>1,500(#(# 0  2  8  .3  0(#(#Pleaseindicatebelowtheapproximatepercentageof ^ employeesattachedtopaper,film,foil,andotherwebcoatingoperations(andotheroperationsassociatedwiththecoatedproduct)atthisfacility.Iftheonlyproductsproducedatthefacilityaremadeofcoatedpaper,film,foil,orotherwebs,thepercentagewillbe100. (#(#     ____100%____75%____50%____25%____0%    2  9  .3  0  If,atanyofthecoatinglinesatthefacility, "% controlsorprocesschangeshavebeenimplementedthataretheresultofnewsourcereviewrequirementspursuantto40CFR51.160,SubpartI,ReviewofNewSourcesandModifications,providebelow:thedateat %!) whichthelatestLowestAchievableEmissionRate(LAER)requirementcameintoeffect,and,whereapplicable,theIDnumberoftheaffectedline@. (Z#,(#(# 0  0(#(#LAERdate x LineID)N%.(#(# 0  0(#(#(#(#K(#(#(#@ӈ +B'0 Ї  2   10  .3  0  Arethecoatinglinesatthisfacilitysubjecttoany x Federalnewsourceperformancestandards(NSPS),Statereasonablyavailablecontroltechniques(RACT)rules,orStateairtoxicrules?PleasecirclethosethatapplyandspecifywhichNSPS. (#(# *q-. ddd Xdd Xdd X(#(#q,dd ,dd ,dd , dd ,dd ,dd +  ," `  x,NSPS       (     (  RACT     AirToxics    None$  x  $    (specify) h   C.0  FacilityOperations   (#(#    TheinformationrequestedinthissectionwillprovideEPA x  withanoverviewofyourfacility.Thisinformationwillbeusedtocharacterizethepaper,film,foil,andotherwebcoatingindustry.  H  <XpP X X<  1.0 p Typeofproduct(s)manufactured(e.g.,decorativefoil P overlays,lowbasisweightpaperoverlays,decorativelaminates,industriallaminates,etc.):@ p(#p(#    p (#(#K(#  0  0p(#(#(#(#K(#p(#p(# x  0  2a.0p(#(#Arebothprintingandcoatingdoneatthefacility? l" Pleasecircle. p(#p(#    p  P Yes   No Z%   2b.0 p Ifyes,approximatelywhatpercentageofthetotal N ' materialsusedforcoatingandprintingatthefacilityareusedforcoating? @H  @H Pleasecircle. p(#p(#    p  P 05%   525%>25% 6$+   3.0 p Pleaselistthesubstratescoatedatyourfacility.Be *&z!- specific.Forexample,ifyoucoatonfilm,indicatetypeoffilm,suchaspolyvinylchloride). p(#p(#    p (#(#K(# *b%1    p (#(#K(# ,V'3 Ї  4.0 p Numberofcoatinglines:(#(#K(#p(#p(#    5.0 p PleasecompleteTable1foreachcoatinglineatyour  facilityusingtheexampleprovided.Attachment3includesalistofcoatingapplicationmethodsthatyoucanrefertoincompletingtheTable. @  p(#p(#   6.0 p Ifyouproducehighpressurelaminates,please#XXXX#XXXX[ZZD[\d\escribe   thepressingprocess(includethenumberofpressopenings,theaveragetemperatureandpressureused,andtheventingofanyemissions).] p(#p(# ] p(#p(#    p (#(#K(# n  ^^   p (#(#K(# h    7.0 p Typicalhoursofcoatingoperation(runplusmakeready), \  ontheaverage: p(#p(#    p Hoursperday:(#(#K(# P 0   p Daysperweek:(#(#K(#(#(# J    p Weeksperyear:(#(#K(# D   8. p TotalAnnualCoatingUse(lb):(#(#K(# 8   9. p TotalAnnualCoatingSolidsApplied(lb):(#(#K(# ,|   10.0 p Pleaseprovideadetaileddiagram(s)showingtypical  p coatingprocessflowthroughthefacility.Thediagramshouldidentifyeachemissionpoint(forexamplecoatingstationsoneachcoatingline)andthecontroldevice(s),ifany,thattheemissionsaredirectedto.Multiplediagramsareacceptableifnecessary.Ifyouprepareda0@"0@"(#(# !R similar  diagramforyourTitleVpermitapplication,you  maysubmitthatdiagramratherthanpreparinganewdiagram.$ p(#p(#  D.0  VOCandHAPEmissions '(##(#(#    Theinformationrequestedinthissectionwillbeusedto )N%% determinebaselineVOCandHAPemissions,toidentifythecurrent *+z&& levelofcontrolbeingachievedbytheindustryandthemethods  , 3*WGCz|= "x) p @ P@Ex|((&%  * (#(#                                         +'( usedtoreduceemissions,andtoidentifythetypeofHAPemitted  bytheindustry.  PLEASENOTE:"BeforeControl"asusedbelowmeanstotalVOC 4 emittedfromalloperations,assumingnocontrolsarepresent(oftenequaltotheVOCused).Itincludesemissionsfromsourcesthatarenotcontrolled,fugitiveemissions,andthe   emissionsfromcontrolledsourcesBEFOREtheemissionsaresenttothecontroldevice.Similarly,"AfterControl"includesemissionsfromalluncontrolledsources,includingfugitivesand <  emissionsoccurringattheoutletofanycontroldevices(e.g.stack). #XXXX7#XXXX  1.0 p Annual VOC Emissions(tons/year)  p(#p(#    p 2   a  .3   P AnnualCoatingOperationVOCEmissions 0    p  P 1)Beforecontrol:(#(#K(# *    p  P 2)Aftercontrol:(#(#K(# $    p 0 P 3)Method(s)usedtodeterminecontrolledemissions(emissiontestresults,engineeringestimate,massbalance,AP42): P (#P (# 0   p 0P (#(#(#(#K(#P (#P (#  0   p 2   b  .3  0P (#(#AnnualCleaningOperationVOCEmissions(directly  associatedwithwebcoating) P (#P (#    p  P 1)Beforecontrol:(#(#K(#      p  P 2)Aftercontrol:(#(#K(# !    p 0 P 3)Method(s)usedtodeterminecontrolledemissions(emissiontestresults,engineeringestimate,massbalance,AP42): P (#P (# 0   p 0P (#(#(#(#K(#P (#P (# z&!  (#(#K(#   p 2   c  .3  0 P AnnualVOCEmissionsfromOtherFacilityOperations n(#" DirectlyAssociatedwithWebCoating(e.g.,donotincludeemissionsfromboilers).0@@P (#P (#0@@ (# (#0@@p(#p(#Pleasespecifysource. P (#P (#  V,'&    p  P 1)Sourceofemissions:(#(#K(#     p  P (#(#K(#     p  P 2)Beforecontrol:(#(#K(#     p  P 3)Aftercontrol:(#(#K(#  0  0p(#(#0P p(#p(#4)Method(s)usedtodeterminecontrolledemissions(emissiontestresults,engineeringestimate,massbalance,AP42): P (#P (# 0   p 0P (#(#(#(#K(#P (#P (#   @  2a.0 p Whatistheoverallannualaverageweight(pounds)ofHAP t  emittedperweight(pounds)ofcoatingsolidsused? p(#p(#   0 p (#(#K(#p(#p(#   #XXXXG#XXXX(#(#K(#@ P @ @   2b.0 p CompleteTable2foreachsourceof hazardousair $t pollutant(HAP) ,andeachHAPknowntobeemittedfrom d operationsrelatedtowebcoatingatthefacility.IncludeHAPemissionsfromcoatingmixing;coatinglines;coatingandsolventstorage;coatingrelatedcleaningoperations;resinmanufacturing;printing;transfer,handling,andprocessingofmaterials;andwastewaterandsolidwastehandling.Also,ifknown,includeanynonvolatileHAPandanyHAPthatareemittedasreactionbyproductsduringcoatingcuring. p(#p(# 0  0p(#(#Reportemissionsfromcalendaryear1996ormorerecent12monthperiod,unlessyoucanjustifyselectionofanalternativebaseyear.PleaseindicatebelowthetimeperiodtowhichtheinformationinTable2applies. p(#p(#   0 p Table2dataappliestothefollowing12monthperiod: p(#p(# 0  0p(#(# p(#p(# 0  0p(#(#Begin򀀀󀀀End򀀀!"p(#p(# 0  0p(#(#ExampleentriestoTable2arealsoprovided.AlistofHAPisprovidedinAttachment1.#XXXXR# #,%p(#p(# XXXXTRP'3 Letter LandscapeY3' Letter '3 Letter Landscape 3' LetterT   p  P       p  P       p  P      @0 0  EXAMPLETABLE2.HAPEMISSIONS-BEFOREANDAFTERCONTROL X    p  P    p  P * dddd dd dd dd dd dd -...,l<,eL,L<E,,9L,L,L<,L,L<B,L<,LKB,LB+  3888" P  l3o XX#o  o|X#Source   ofHAP ;8:8* . "888 ;NameofHAP ;8:8* . "8:8 ;TotalAnnualHAPEmissionsBeforeControl(ton/yr)a,b ;8:8*"r "8:8 ;BasisforBeforeControlEstimate ;8:8* P"8:8 ;CaptureMethod;OriginalorRetrofit?o  o  P  ;8:8* "8:8 ;CaptureEfficiency(%) ;8:8*o #"8:8 ;BasisforReportedCaptureEfficiency ;8:8* P("8:8 ;ControlDevice/Method ;8:8*o ,"8:8 ;ControlDeviceD/CEfficiency(%)c ;8:8* 2"8:8 ;BasisforReportedD/CEfficiency =8:8:* P7"8:8 =OverallControlEfficiency(%)c,d @888- P<"8:8: @TotalAnnualHAPEmissionsAfterControl(ton/yr)e T8E* D" l  888 vLTCoatingLineA <:-0 F8 <MethanolPhenolFormaldehyde a:RR J: #AA2331207#AAa2331207 a:RD MU #AA2331207 #AA: aMassbalance <:-0 O: <Coaterhoodanddryer;original \:MR S:  W@95W@\95 \:M? T"  W@95 W@: \Method204 <:- U: <Thermaloxidizer \:M0 W:  X@99X@\99 \:M? XU  X@99 X@: \Method25 `::M Y:  W@94W@`94@ @ 8o? Z"  W@94 W@:: C@39.2C@39.2 s:8dL [U C@39.2 L v C@8 LsLinecleaning 9::*`:8 9Methanol X::I> a::  @5@X5 X::I>> bU  @5 @:: XUsagerecords 9::*d:: 9  N/A 9::*> e :: 9N/A 9::*> f":: 9  N/A 9::*> g :: 9  N/A 9::*> h :: 9N/A 9::*> i":: 9  N/A =:::*> j :: =  @ @ @ @ N/A _:8L> k%:::  @5@_5 p:8aI> lU  @5 L @:8 LpPrintinglineZ 9::*q:8 9MEK X::Inr::  @2@X2 X::I>nsU  @2 @:: XMassbalance 9::*Ou:: 9  Hood;original Y::JOw ::  T@80T@Y80 Y::J?nx"  T@80 T@:: Y  Engineeringcalculation 9::*Oz :: 9  N/A 9::*n{ :: 9N/A 9::*n|":: 9  N/A =:::*n} :: =  N/A _:8Ln~%:::  @2@_2 p:8aInU  @2 L @:8 LpCoatingLineB 9::*2:8 9#o  o~_#Methanol  Formaldehydeo  o \::M/:: ?0.525?\0.525 \::MB/U ?0.525 ?:: \Massbalance 9::*/:: 9#o  op#Permanent  totalenclosureo  o  (PTE)retrofit Z::K2:: Y@100Y@Z100 Z::K@" Y@100 Y@:: ZMeetsEPAcriteria 9::*:: 9Thermaloxidizer 9::*/:: 998(permit95) 9::*":: 9Method25 =:::*:: =98(permit95) a:8NU::: ?0.5?a0.5 t:88cKU ?0.5 L  ?:8 LtWastewaterAerationBasin ;::8*N:88 ;Methanol Z::8I::8  @2@Z2 Z::8I>U  @2 @::8 ZEngineeringcalculation ;::8*n::8 ;  N/A ;::8* ::8 ;N/A ;::8*"::8 ;  N/A ;::8* ::8 ;  N/A ;::8* ::8 ;N/A ;::8*"::8 ;  N/A =::8:* ::8 =  N/A _:88L%::8:  @2@_2YOMU  @2 L   @:88 Y#XX o]# . ~ @  򄄄SEENOTESaeONPAGE10THATEXPLAINCOLUMNHEADINGS #XXXXq#Ԉ   a0  BeforecontrolemissionsrepresentthesumofallHAPemissionsthatwouldoccurin  theabsenceofallcontroldevices.Therefore,itincludesemissionsfromthesourcethatarenevercontrolledplusemissionsfromthesourceBEFOREtheemissionsaresent @ tothecontroldevice. .. Ѐb0  InadditiontothosevolatileHAPsthatareemittedintotheair,identify(tothe  extentpossible)andfootnote1)volatileHAPsthatarepresentbutnotemitted(e.g.,reacttoformcoating),and2)inorganicHAPsornonvolatileHAPsthatarepresentbutnotemittedintotheair. @.. c0  Ifpermitteddestruction/collection(D/C)and/oroverallcontrolefficienciesare :   differentthanthoseshowninthetable,pleasealsoprovidethepermitted  R  efficiencies. .. d0  Overallcontrolefficiency(OCE)istheproductofthedestruction/collection d  efficiency(DCE)timesthecaptureefficiency(CE):OCE=(DCExCE)10,000 .. e0  Aftercontrolemissionsrepresentallemissionsfromthesource,includingemissions l  fromthecontroldevice(s)aswellasemissionsthataretotallyuncontrolled. 4 .. XXXXXX 8     #XXXX#Xڄ XXX P   8   @TABLE2.HAPEMISSIONS-BEFOREANDAFTERCONTROL 8 #XX XXڄm#o XX 8 #XX o2#o XX*d dl<eLL<E9LLL<LL<BL<LKBLBX81X81,l<,L,LE,L,L<,L,L<,L<,LB,L,LlB,LB+  3888"  l3o  oSource X ofHAP ;8:8** z"888 ;NameofHAP ;8:8** z "8:8 ;TotalAnnualHAPEmissionsBeforeControl(ton/yr)a,b ;8:8*n "8:8 ;BasisforBeforeControlEstimate ;8:8* -"8:8 ;CaptureMethod:Capture:OriginalorRetrofit? ;8:8*n "8:8 ;CaptureEfficiency(%) ;8:8* ""8:8 ;BasisforReportedCaptureEfficiency ;8:8* -("8:8 ;ControlDevice/Method ;8:8* ,"8:8 ;9p} x XX X9ControlDeviceD/CEfficiency(%)c ;8:8* -2"8:8 ;BasisforReportedD/CEfficiency =8:8:* -8"8:8 =OverallControlEfficiency(%)c,d @888-L ="8:8: @TotalAnnualHAPEmissionsAfterControl(ton/yr)e Q8:@*n D" l  888 lQ >::- I"8: > >::-z J":: > >::-z K":: > >::-z L":: > >::-z M":: > >::-z N":: > >::-z O":: > >::-z P":: > >::-z Q":: > >::-z R":: > @::8-z S":: @ L8:;%z T" l ::8 lL >::-^ Y"8: > >::- Z":: > >::- [":: > >::- \":: > >::- ]":: > >::- ^":: > >::- _":: > >::- `":: > >::- a":: > >::- b":: > @::8- c":: @ L8:;% d" l ::8 lL >::-^i"8: > >::-jj":: > >::-jk":: > >::-jl":: > >::-jm":: > >::-jn":: > >::-jo":: > >::-jp":: > >::-jq":: > >::-jr":: > @::8-js":: @ L8:;%jt" l ::8 lL >::-y"8: > >::-jz":: > >::-j{":: > >::-j|":: > >::-j}":: > >::-j~":: > >::-j":: > >::-j":: > >::-j":: > >::-j":: > @::8-j":: @5+)j" l  ::8 5#o  o2# o#Z#XaX@  SEEEXAMPLETABLEONPAGE9ANDNOTESAEONPAGE10THATEXPLAINCOLUMNHEADINGS #XXXXa;#`  X      X `a  X   X   X   X   X   X   X ab  X b & TRY3' LetterP'3 Letter Landscape 3' Letter '3 Letter LandscapeT``XXXXXX0 ` 3.0 `(#`(#TestDataforResidualHAPandEmissions (# (# 0 ` 3a.0 `(#`(#Areyouawareofanyavailabletestorengineering j dataregardingtheamountofresidualHAPfromthecoatingthatisestimatedtoremainintheproductaftercuring?Pleasecircle.  (# (#  `  Yes   h No   0 ` 3b.0 `(#`(#Doyouhaveanyemissionstestsorengineeringdata  ]  foremissionsthatoccurduringlayup,buildup,pressingorpostformingoperations,orforemissionsthatoccuralongtheline,aftertheovens,beforethepressingoperations_forhighpressurelaminates_?Pleasecircle.  (# (# 0 `  Yes   h NoP `(#`(# 0 ` 3c.0 `(#`(#Ifanyofthedatadescribedin3aand3bare j  available,pleaseprovideasummaryoftheinformationwithyourresponse. $ (# (# #XXXX#XXXXE.0 ` VOCandHAPInformationforCoatings =`(#`(#  ` Theinformationrequestedinthissectionwillbeusedto  identifythetypesofcoatingsusedbytheindustry,theVOCandHAPcontentsofthosecoatings,andthetypesoflowVOC/HAPcoatingsbeingusedbytheindustry.Thisinformationwillbeusedindevelopingmodelplantsandevaluatingtheimpactsofcontrolalternatives.  ^ 0 ` 1.0 `(#`(#InTable3,providethetotalusage(asapplied)   foreachtypeofcoatingusedatthefacility,as R! wellasthecorrespondingrangeofHAPandVOCandsolidscontentsforthecoatingsused.Pleasebeasspecificaspossibleinprovidingranges.  (# (# 0 ` 2a.0 `(#`(#Whatcoatingsdoyoumanufactureforuseonsite?  +& Pleasecircle. Pleaseremembertoincludeany !' associatedemissionsinTable2ofSectionD. j"( (# (#  `  ResinAdhesiveOtherCoatingNone ` 0 ` 2b.0 `(#`(#Ifyoumanufacturecoatingsonsite,aretheyalso c% , availableforsaleoffsite?Pleasecircle.  (# (# 0 `  Yes   h No'"/`(#`(#  ` 2c.0 Ifyoumanufacturecoatingsonsite,arethese (<$1 processescurrentlycoveredbyanyregulation?Ifyes,pleasespecifytheregulation.  (# (# 0 `  Yes0`(#`(#0h(#(#No+'5h(#h(# Ї `  (#(#K(#  0 ` 3a.0 `(#`(#Ifyoupurchaseyourcoatings,doyouthinthem j priortoapplication?Pleasecircle.  (# (# 0 `  Yes   h No9`(#`(# 0 ` 3b.0 `(#`(#Ifcoatingsarethinned,howmuchthinnerisadded   (asaratioorpercentage)?  (# (#  `  (#(#K(##XXXXo#Ԉ     F. ` CleaningOperations,andSolventandCoatingStorage   1   ` Theinformationrequestedinthissectionwillbeusedto p  identifythelevelofemissionsfromoperationsotherthancoatingandtoidentifycontrolmeasuresandworkpracticestandardstheindustryhasalreadyimplementedtoreduceemissionsfromthesesources.Typically,EPAdevelopsworkpracticestandardsforthesemiscellaneousemissionsourcesratherthansettingemissionlimitsorcontrolefficiencyrequirements.Identifyingworkpracticestandardsalreadybeingusedbysomefacilitiesintheindustryisusuallyagood  @ startingpointforidentifyingworkpracticestandardsthatcould  beimplementedbytheentireindustry.  D 0 ` 1.0 `(#`(#Pleaseprovideabriefdescriptionofyourcleaning  operationsandcleaningsolventusage.  (# (# 0 ` 0 `(#`(#(#(#K(# (# (#  0 ` 0 `(#`(#(#(#K(# (# (#  \  0 ` 0 `(#`(#(#(#K(# (# (# v" 0 ` 0 `(#`(#(#(#K(# (# (# ` 2.0 Describeanyworkpracticesorpollution  % prevention/sourcereductionmeasuresthathavebeenimplementedatthefacility(withinthelast10years)toreducecleaningorotherfacilitysolventusage,oremissionsfromsolventuseoperations.Forexample:Thefacilityhas $n* implementedacleaningsolventaccountingsystemtotrackcleaningsolventusage.%"!, (# (# 0 ` 0 `(#`(#(#(#K(# (# (# a'". 0 ` 0 `(#`(#(#(#K(# (# (# ($0 0 ` 0 `(#`(#(#(#K(# (# (# 5*%2  ` 3.0 IfyouhavepreviouslyestimatedstoragetankVOC +&4 orHAPemissions(forTitleVpermitorother T,'5 regulatoryrequirements),pleaseprovidethestoragetankemissionsdatabelow(bystoragetankortotalemissionsfromallstoragetanks,whicheverisavailable).  (# (# 0 ` 0 `(#`(#IfyouprovidedsimilarinformationinyourTitleVpermitapplicationoranyotherapplications/inventories,youmayattachthatsectionofyourpermitapplicationratherthanprovidetheinformationbelow.  (# (# 0 ` 0 `(#`(#Ifstoragetankemissionsdataarenotavailable,pleaseindicatebelow.  (# (# 0 ` 0 `(#`(#(#(#K(# (# (#   0 ` 0 `(#`(#(#(#K(# (# (# P   ` 4.0 Provideinformationonthetypesofemission j  controlsusedoncoatingstoragetanksatthefacility.Statethetypesofcontrolsusedoverall,andindicateifcertaintypesofcontrolsareusedwithcertaintypesofcoatingsortypesofstoragetanks(e.g.,solventstoragetanksareventedtoathermalincinerator,remainingtanksareuncontrolled).  (# (#  0 ` 0 `(#`(#(#(#K(# (# (#  0 ` 0 `(#`(#(#(#K(# (# (# 1 0 ` 0 `(#`(#(#(#K(# (# (#  0 ` 0 `(#`(#(#(#K(# (# (# U!   #   TABLE3.TOTALCOATINGUSAGEANDRANGEOFHAP,VOC,ANDSOLIDSCONTENTS*DF:Ed dl<LLELL<LL<L<LBLLlBLB(#(#,( dd ,dd ,dd ,'dd +  $  $CoatingType 'R " 'RangeofHAPandVOCContents(%byweight) '  " 'RangeofSolidsContents(%byweight) 'q " 'TotalUsage(lb/year) ., W"  .EXAMPLES::YXXSolventborneTopCoat   WaterborneTopCoatPhenolicCoating0  (asapplied) tt MelamineCoating0  (asapplied) tt  -,I#, -@$6065HAP@$9095VOC@$1015HAP  1015VOC253000.5 6,!/. , 6@pp58510@>>585060@486570@483035 -,/9, -@LLB 900,000@LLB 400,000@A 2.0x107  A @A 2.5x107 %/D, %#XX:Y# %ZF %@( %_I %@8878@8878 %_L % "ZN "  %Q   kR   kS   kT   W   1X   1Y   1Z   \   G]   G^   G_   ! a   !Xb   !Xc   !Xd   #f   #ig   #ih   #ii   %/!k   *%z l   *%z m  *%z n     (F$q XXXX G.FabricCoating    ` Theinformationcollectedthroughthissurveywillbeused ? todevelopstandardsforthepaperandotherwebcoatingsourcecategory.Fabriccoatingisscheduledtoberegulatedunderseparatestandard.However,becausesomefacilitiesthatmanufacturelaminatesmayalsocoatfabric,suchasfiberglass,wemayconsideranoptionforthesefacilitiestocoverthefabriccoatingunderthisregulation.Inordertoconsiderthisoption,weneedtocollectinformationontheextentoffabriccoatingwithintheindustrialanddecorativeoverlaysandlaminatesindustry,andthetypesofcoatingsusedforfabriccoating.       ` 1.0 Whatpercentageofthecoatingsusedatthe R  facilityisusedforcoatingfabric?  (# (# 0 `  򀀀0  0h`(#`(#򀀀2550q h(#h(#  ` 0 򀀀110 h 0 (# (#򀀀5075+(#(# 0 ` 0 `(#`(#򀀀1025 h 򀀀>75E (# (# 0 ` 2a.0 `(#`(#Arethecoatingsusedforoverlaysandlaminates  thesamecoatingsusedonfabric?Pleasecircle.  (# (#  `  Yes   h   No  0 ` 2b.0 `(#`(#Ifno,whattypesofcoatingformulationsdoyou 8 useforfabriccoatingandhowarethesedifferentfromthecoatingsusedforoverlaysandlaminates?  (# (# 0 ` 0 `(#`(#(#(#K(# (# (#  \  0 ` 0 `(#`(#(#(#K(# (# (##XXXXý#XXXX  v" H.PollutionReduction/SourceReductionMeasures   /%   ` Pleaseanswerthequestionsbelow,whereapplicable.You n"' donotneedtoanswerallofthesequestions,however,theinformationwillbehelpfulinidentifyingsourcereduction(pollutionprevention)measurescurrentlybeingusedbytheindustry.  %&!+ 0 ` 1.0 `(#`(#Sourcereductionmeasuresreducetheamountofany e'"- HAPpriortorecycling,treatment,ordisposal.Sourcereductionmeasuresincludeequipmentortechnologymodifications,processorproceduremodifications,reformulationorredesignofproducts,substitutionofrawmaterials,andimprovementsinhousekeeping,maintenance,training,orinventorycontrol.Foreachunit X,'4 operationforwhichsourcereductionmeasureshave(inthelast10years)resultedinadecreaseinHAPemissions,providethefollowinginformation.#XXXX[#X3<XXXj (# (# #XXXX3<#XXXX `  a.0  Nameofunitoperation(e.g.,resin  formation):q(#(# (#(#K(# `   (#(#K(#  P  `  b.0  Descriptionofprocesschange(e.g.,Reduced j   contentoffreeformaldehyde):@D  (#(#  ` 0 0 (# (#(#(#K(# (# (# j   ` 0 0 (# (#(#(#K(# (# (#@ӈ ^   ` 2.0 Ifrecoveryorrecyclingoffeedstocksisused, >  quantifytheeffectoftheprogram(e.g.,whatwouldtheannualpurchaseoffeedstocksbeintheabsenceoftherecovery/recyclingprogram,asafactoroftheactualpurchases).  (# (# Ѐ0 ` 0 `(#`(#(#(#K(# (# (#  0 ` 0 `(#`(#(#(#K(# (# (# .~  ` 3.0 Areyouawareofanyalternativeprocesses  (feedstocksubstitutionoreliminations)orcontroldevicesthatcouldresultinfewerimpactsbetweenenvironmentalmedia(water,air,andland)orreducedtotalreleasetoallenvironmentalmedia(e.g.,reducedwastewaterorsolidwaste)?Ifyoucan,discusswhethertheseprocessescouldbeadaptedtotheindustrialanddecorativeoverlayand/orlaminatingindustriesandanyexperienceyouhavewiththis.  (# (# 0 ` 0 `(#`(#(#(#K(# (# (# V"% 0 ` 0 `(#`(#(#(#K(# (# (# #6' 0 ` 4.0 `(#`(#IfyourfacilityhasswitchedtolowVOC/lowHAP v% ) coatingsand/oradhesives,whydidyouswitch?Ifyouhavenotswitched,haveyouconsidereddoingso?  (# (# 0 ` 0 `(#`(#(#(#K(# (# (# ^)$. 0 ` 0 `(#`(#(#(#K(# (# (# *>&0  +'1  ` 5.0 Pleasedescribeanyoveralldifferencesinthe  coatingsthatcanbeusedonthevarioussubstratescoatedand/orforthevariousendproductsproduced.Forinstance,perhapswaterbornecoatingscannotbeusedsuccessfullyononeparticularsubstrate,orforoneparticularenduse,suchaskitchencabinetlaminates.  (# (# 0 ` 0 `(#`(#(#(#K(# (# (#  @ 0 ` 0 `(#`(#(#(#K(# (# (#    0 ` 0 `(#`(#(#(#K(# (# (# `  0 ` 0 `(#`(#(#(#K(# (# (#    ` 6.0 IfyourfacilityhasswitchedtolowHAPcoatings, 0  howhaveyourproductioncostschanged(%),andwhatcausedtheproductioncoststochange(e.g.,increasedcostofcoatings)?  (# (# 0 ` 0 `(#`(#(#(#K(# (# (# h 0 ` 0 `(#`(#(#(#K(# (# (#   ` 7a.0 Wasadditionalcapitalinvestmentrequired?Please 8 circleone.  (# (# 0 ` 0 `(#`(#Yes   h No (# (# 0 ` 7b.0 `(#`(#Ifyes,howmuchwasrequired,andwhatwerethe  p majorcostitems?  (# (# 0 ` 0 `(#`(#(#(#K(# (# (# x! 0 `  `(#`(# 0 ` 0 `(#`(#(#(#K(# (# (#  X#  ` 8a.0 Wastheadditionalinvestmentmorethanexpected?!% (# (# 0 ` 0 `(#`(#Yes   h No(#x' (# (# 0 ` 8b.0 `(#`(#Ifyes,whichcostswereunexpected?$ ) (# (# 0 ` 0 `(#`(#(#(#K(# (# (# H&!+  ` 9a.0 DidyourproductqualitychangewiththelowHAP '(#- coatings?  (# (# 0 ` 0 `(#`(#Yes   h No0*%0 (# (# 0 ` 9b.0 `(#`(#Ifyes,how?+'2 (# (# Ї0 ` 0 `(#`(#(#(#K(# (# (#  0 ` 0 `(#`(#0 (# (#  (# (# 0 ` 0 `(#`(#(#(#K(# (# (# @  ` 10.0 Didyourfacilityfinditmoredifficulttomeet   yourcustomers'requirementswiththelowHAPcoatings?  (# (# 0 ` 0 `(#`(#Yes   h No @ (# (# 0 ` 0 `(#`(#Comment(#(#K(# (# (#@(#(#K(#p(#p(#     &  I.Miscellaneous (     ` Pleaseanswerthequestionsbelow,whereapplicable.You   donotneedtoanswerallofthesequestions, however,the   informationwillbeusefultotheEPAinperforming'Ԁtheeconomicimpactanalysisfortheindustry.  `  ` 1.0 Howextensiveisthecompetitionyourfirmfaces h fortheproductsyouproduce,whethertheybeintermediateorforfinalenduse?Areyoutypicallycompetingwithonefirmorseveralfirmsinthemarketyouservice?  (# (#  `  (#(#K(#  0 ` 0 `(#`(#(#(#K(# (# (# X  `  (#(#K(# @  8 0 ` 2.0 `(#`(#Whatistheshareofproductioncostforyour x  productsthatisduetoapplyingandformulatingcoatings(e.g.,morethan25percent,lessthan1percent)?(#(#K(# (# (#  # 0 ` 0 `(#`(#(#(#K(# (# (# `"% c   X# cdd0 ` 3.0 `(#`(#Describeanyfactorsnotaddressedintheabove $ ( questionsthatmightservetodistinguishyouroperationfromothersintheindustry:  (# (#  `  (#(#K(# '(#, 0 ` 0 `(#`(#  (# (#  `  (#(#K(# h)$. 3attachments  +'1 , ( )-Attachment1:YXX#:Y:Y#  +:Y@WW ListofHazardousAirPollutants   (,T$T$( CASNo.3XFp} x X30  Chemicalname @VV  CASNo.0  Chemicalname  @T$T$ (,VV((,T$T$(75070  Acetaldehyde  60355  Acetamide Y 75058  Acetonitrile :  98862  Acetophenone   53963  2Acetylaminofluorine  x  107028  Acrolein Y -  79061  Acrylamide   79107  Acrylicacid   107131  Acrylonitrile x L  107051  Allylchloride -  92671  4Aminobiphenyl   62533  Aniline k 90040  oAnisidine L  1332214  Asbestos  714320  Benzene(includingbenzenefromgasoline)VV 92875  Benzidine k? 98077  Benzotrichloride(isomersandmixture)   100447  Benzylchloride  92524  Biphenyl ^ 117817  Bis(2ethylhexyl)phthalate(DEHP) ? 542881  Bis(chloromethyl)ether  75252  Bromoform } 106990  1,3Butadiene ^2 156627  Calciumcyanamide  133062  Captan  63252  Carbaryl }Q 75150  Carbondisulfide 2 56235  Carbontetrachloride   43581  Carbonylsulfide p! 120809  Catechol Q%" 133904  Chloramben # 57749  Chlordane $ 7782505  Chlorine pD% 79118  Chloroaceticacid %& 532274  2Chloroacetophenone ' 108907  Chlorobenzene  c( 510156  Chlorobenzilate D! ) 67663  Chloroform ! * 107302  Chloromethylmethylether "!+ 126998  Chloroprene c#7", 1319773  Cresols/Cresylicacid $"- 95487  oCresol $#. 108394  mCresol %V$/ 106445  pCresol 7& %0 98828  Cumene &%1 94757  2,4D,saltsandesters 'u&2 3547044  DDE V(*'3 57147  1,1Dimethylhydrazine  )'4 334883  Diazomethane )(5 132649  Dibenzofurans u*I)6 96128  1,2Dibromo3chloropropane *+)7 84742  Dibutylphthalate +*8 106467  1,4Dichlorobenzene(p) 8 91941  3,3Dichlorobenzidene Y9 1114440  Dichloroethylether(Bis(2chloroethylether): :T$T$ 542756  1,3Dichloropropene  ; 62737  Dichlorvos  x < 111422  Diethanolamine Y - = 121697  N,NDiethylaniline(N,N-Dimethylaniline)  > 64675  Diethylsulfate  ? 119904  3,3Dimethozybenzidine x L @ 60117  Dimethylaminoazobenzene - A 119937  3,34Dimethylbenzidine  B 79447  Dimethylcarbamoylchloride kC 68122  Dimethylformamide L D 131113  Dimethylphthalate E 77781  Dimethylsulfate F 534521  4,6Dinitroocresol,andsalts k?G 51285  2,4Dinitrophenol  H 121142  2,4Dinitrotoluene I 123911  1,4Dioxane(1,4-Diethyleneoxide) ^J 122667  1,2Diphenylhydrazine ?K 1068980  Epichlorohydrin(1ChloroLT$T$ 0  2,3epoxypropane) T$T$ 106887  1,2Epoxybutane ^2N 140885  Ethylacrylate O 100414  Ethylbenzene P 51796  Ethylcarbamate(Urethane) }QQ 75003  Ethylchloride(Chloroethane) 2R 106934  Ethylenedibromide(Dibromoethane) S 1070620  Ethylenedichloride(1,2Dichloroethane)pTT$T$ 107211  Ethyleneglycol Q%U 151564  Ethyleneimine(Aziridine) V 75218  Ethyleneoxide W 96457  Ethylenethiourea pDX 75343  Ethylidenedichloride(1,1Dichloroethane) %Y 50000  Formaldehyde Z 76448  Heptachlor  c[ 118741  Hexachlorobenzene D! \ 87683  Hexachlorobutadiene ! ] 77474  Hexachlorocyclopentadiene "!^ 67721  Hexachloroethane c#7"_ 822060  Hexamethylene1,6diisocyanate $"` 680319  Hexamethylphosphoramide $#a 110543  Hexane %V$b 302012  Hydrazine 7& %c 7647010  Hydrochloricacid &%d 7664393  Hydrogenfluoride(Hydrofluoricacid) 'u&e 123319  Hydroquinone V(*'f 78591  Isophorone  )'g 58899  Lindane(allisomers) )(h 108316  Maleicanhydride u*I)i 67561  Methanol *+)j 72435  Methoxychlor+*kT )- t ,p  74839  Methylbromide(Bromomethane)  74873  Methylchloride(Chloromethane) Y c)- r ,p  cb)- 0 ,p  b715560  Methylchloroform(1,1,1-Trichloroethane)jVV 78933  Methylethylketone(2Butanone)  60344  Methylhydrazine x  74884  Methyliodide(Iodomethane) -  108101  Methylisobutylketone(Hexone)  > 624839  Methylisocyanate   80626  Methylmethacrylate L  1634044  Methyltertbutylether  ]  101144  4,4Methylenebis(2chloroaniline)    75092  Methylenechloride(Dichloromethane) k  101688  Methylenediphenyldiisocyanate(MDI)  |  101779  4,4'Methylenedianiline 1  91203  Naphthalene   98953  Nitrobenzene ?  92933  4Nitrobiphenyl P  100027  4Nitrophenol   79469  2Nitropropane ^  684935  NNitrosoNmethylurea o  62759  NNitrosodimethylamine $ 59892  NNitrosomorpholine } 56382  Parathion 2 82688  Pentachloronitrobenzene(Quintobenzene) C 87865  Pentachlorophenol  108952  Phenol Q 106503  pPhenylenediamine b 75445  Phosgene  7803512  Phosphine p 7723140  Phosphorus % 85449  Phthalicanhydride 6 1336363  Polychlorinatedbiphenyls(Aroclors)  1120714  1,3Propanesultone D  57578  betaPropiolactone U! 123386  Propionaldehyde  " 114261  Propoxur(Baygon) c# 78875  Propylenedichloride(1,2Dichloropropane)  t$ 75569  Propyleneoxide $ 75558  1,2Propylenimine(2Methylaziridine) Y% 91225  Quinoline j& 106514  Quinone ' 100425  Styrene x ( 96093  Styreneoxide - ) 1746016  2,3,7,8Tetrachlorodibenzopdioxin  >* 79345  1,1,2,2Tetrachloroethane  + 1271840  Tetrachloroethylene(Perchloroethylene)L ,T$T$ 7550450  Titaniumtetrachloride  ]- 108883  Toluene  . 95807  2,4Toluenediamine k/ 584849  2,4Toluenediisocyanate  |0 95534  oToluidine 1 1 8001352  Toxaphene(chlorinatedcamphene)  2 120821  1,2,4Trichlorobenzene ? 3 79005  1,1,2Trichloroethane P 4 79016  Trichloroethylene  5 95954  2,4,5Trichlorophenol ^ 6 88062  2,4,6Trichlorophenol o 7 121448  Triethylamine $8 1582098  Trifluralin }9 540841  2,2,4Trimethylpentane 2: 108054  Vinylacetate C; 593602  Vinylbromide < 75014  Vinylchloride Q= 753540  Vinylidenechloride(1,1Dichloroethylene)b>T$T$ 1330207  Xylenes(isomersandmixture) ? 95476  oXylenes p@ 108383  mXylenes %A 106423  pXylenes 6B (,VV(',hJXF'Q?? h0 J AntimonyCompounds  )B Q?? h0 J ArsenicCompounds(inorganicincludingarsine) !C Q?? h0 J BerylliumCompounds 7"D Q?? h0 J CadmiumCompounds "HE Q?? h0 J ChromiumCompounds #F Q?? h0 J CobaltCompounds V$G Q?? h0 J CokeOvenEmissions  %gH Q?? h0 J CyanideCompoundsa %I Q?? h0 J Glycolethersb u&J Q?? h0 J LeadCompounds *' K Q?? h0 J ManganeseCompounds ';!L Q?? h0 J MercuryCompounds (!M Q?? h0 J Finemineralfibersc I)"N Q?? h0 J NickelCompounds )Z#O Q?? h0 J PolycylicOrganicMatterd *$P Q?? h0 J Radionuclides(includingradon)e h+$Q Q?? h0 J SeleniumCompounds ,y%R K14 <DL!T$,hJK# XX  +#NOTE:0 4 Foralllistingsabovewhichcontaintheword"compounds"andforglycolethers,the -&T followingapplies:Unlessotherwisespecified,theselistingsaredefinedasincluding a.'U anyuniquechemicalsubstancethatcontainsthenamedchemical(i.e.,antimony,arsenic,etc.)aspartofthatchemical'sinfrastructure. ~4T$4T$ pL f  X X|@ ListofHazardousAirPollutants(continued) # X|X #Ԉ  $p@X$a0  X'CNwhereX=H'oranyothergroupwhereaformaldissociationmayoccur.Forexample f KCNorCa(CN)2.@T$T$ b0  Includesmonoanddiethersofethyleneglycol,diethyleneglycol,andtriethyleneglycolofthe x form: T$T$ Ѐ0  R(OCH2CH2)nOR'  T$T$ 0  where: T$T$ 0  n  = p 1,2,or3n T$T$ 0  R  = p alkylorarylgroupsH T$T$   R' p =0 @ R,H,orgroupswhich,when "  removed,yieldglycoletherswiththestructure: @T$@T$ 0  0T$T$0pT$T$R(OCH2CH)nOH,pT$pT$ 0  Notethatpolymersareexcludedfromtheglycolcategory. T$T$ c0  Includesglassmicrofibers,glasswoolfibers,rockwoolfibers,andslagwoolfibers,each  characterizedas"respirable"(fiberdiameterlessthan3.5micrometers)andpossessinganaspectratio(fiberlengthdividedbyfiberdiameter)greaterthanorequalto3,asemittedfromproductionoffiberandfiberproducts. T$T$ d0  Includesorganiccompoundswithmorethanonebenzenering,andwhichhaveaboilingpoint Z greaterthanorequalto100$C.4T$T$ e0  Atypeofatomwhichspontaneouslyundergoesradioactivedecay.dT$T$ N4X` hp x (#pN#XXX X|}#XXXXH4X` hp x (#XHU  ,! U  dU  dbU  b  Attachment2@  DEFINITIONSFORPURPOSESOFTHISSURVEY     Coatingmeansamaterialappliedontoorimpregnatedintoa   substrateforprotective,decorative,orfunctionalpurposes.Suchmaterialsinclude,butarenotlimitedto,paints,varnishes,sealants,adhesives,inks,maskants,temporaryprotectivecoatings,industrialanddecorativeoverlaysandlaminates,andresins;andareoften,butnotalways,appliedacrosstheentirewidthand/orlengthofthesubstrate.  Coatingapplicatormeansanapparatususedtoapplya  1  surfacecoatingtoacontinuousweb.  Coatinglinemeansanynumberorcombinationofprecoator P  coatingapplicators,flashoffareas,andovenswhichcoatacontinuousweb,locatedbetweenawebunwindstationandawebrewindorcuttingstation.  Coatingoperationmeansthoseactivitiesinwhichacoating ] isappliedtoasubstrateandissubsequentlyairdried,curedinanoven,orcuredbyradiation.  Coatingstationmeansaunitonacoatinglinewhichapplies 1 acoatingtothesubstrate.  Facilitymeansallcontiguousoradjoiningpropertythatis P undercommonownershiporcontrol,includingpropertiesthatareseparatedonlybyaroadorotherpublicrightofway.  Flashoffareameanstheportionofacoatinglineafterthe $  coatingapplicatorandbeforetheovenentrance.  Hoodorenclosuremeansdevicesusedtocaptureemissions C# anddirectthemtoacontroldevice.  Ovenmeansachamberwhichusesheatorirradiationtobake, b& cure,polymerize,ordryasurfacecoating.  ' К  Attachment3,j@  COATINGAPPLICATIONMETHODS  K   PleaserefertothefollowinglistofcoatingapplicationmethodswhencompletingTable1.  Airknife       Calender  Dip  Dip/bath  Gravure  Knifeoverroll  Mayerrod  Reverseroll  Slotdie  Other(pleasespecify):#XXXXY#