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V 8Document[6]Document Style8..V 8Document[5]Document Style0..V/8Document[2]Document Style 2A.3  Ԁ   V& 8Document[7]Document Style0..0` ..` zU :Right Par[1]Right-Aligned Paragraph Numbers..2I.3  Ԁ..0..zh :Right Par[2]Right-Aligned Paragraph Numbers..` ..2A.3  Ԁ..0` ..` V?8Document[3]Document Style.. 21.3  Ԁ   z{ :Right Par[3]Right-Aligned Paragraph Numbers..` ..`  ..P 21.3  Ԁ` ..` 0 .. z :Right Par[4]Right-Aligned Paragraph Numbers..` ..`  .. .. 2a.3  Ԁ .. 0..z :Right Par[5]Right-Aligned Paragraph Numbers..` ..`  .. ..h..2(1)3  Ԁ..0h..hz :Right Par[6]Right-Aligned Paragraph Numbers..` ..`  .. ..h..h..2(a)3  Ԁh..h0..z :Right Par[7]Right-Aligned Paragraph Numbers..` ..`  .. ..h..h....2i)3  Ԁ..0..z :Right Par[8]Right-Aligned Paragraph Numbers..` ..`  .. ..h..h....p..2a)3  Ԁ..0p..pVX8Document[1]Document Style  @..^  2I.3  Ԁ     Ԉ l2:Technical[5]Technical Document Style.. 2(1)3  Ԁ. l2:Technical[6]Technical Document Style.. 2(a)3  Ԁ. l/%:Technical[2]Technical Document Style 2A.3  Ԁ   .. l,!:Technical[3]Technical Document Style 21.3  Ԁ   .. l(!:Technical[4]Technical Document Style 2a.3  Ԁ   .. l:0:Technical[1]Technical Document Style  2I.3  Ԁ     .. l1:Technical[7]Technical Document Style.. 2i)3  Ԁ. l1:Technical[8]Technical Document Style.. 2a)3  Ԁ. l36EPA.STY[5]EPA Style with TOC marking..2(1)3  Ԁl06EPA.STY[6]EPA Style with TOC marking..2(a)3  Ԁ.l 6EPA.STY[3]EPA Style with TOC marking  21.3  Ԁ  lD!6EPA.STY[1]EPA Style with TOC marking  @..SECTION2I.3  Ԉ@..   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A. a.(1)(a) i) a)SPQR($0 ($0 0 (($0 0 0   A_ekqwDocumentDocument StyleI.1.A.a.(1)(a)i)a)jo4Tech InitInitialize Technical StyleS U  1 .1 .1 .1 .1 .1 .1 .1 S CuyTechnicalTechnical Document Style11.11.1.11.1.1.11.1.1.1.11.1.1.1.1.11.1.1.1.1.1.11.1.1.1.1.1.1.1x?u2PleadingHeader for numbered pleading paper W  X,(   4XX4XXX?Y'*dE*??Y'*dE*?HH1HH2HH3HH4HH5HH6HH7HH8HH910111213141516171819202122232425262728  .+(32,$ !     &$1$"X",ORD-1ORD 1st Level Heading  SECTION  JV4ORD StyleORD Format    #d# ` N%,ORD-33rd Order Header    ..N #,ORD-44th Order Header   Ԅ..N,ORD-55th Order Header..X!8second posisecond position8.. T0header1bold,1st position tAA0CPartIACompendium, Part IA:, Method IO-1  dghj'XX'  e,'   4XX4X4XXX4fXOXX4X MethodIO1HH<(#PartI:HiVol   ?Y' mxdEox?(32,$ !     * `*Times New RomanTT X(  4XX4X PartI:HiVol@(#MethodIO1   ?Y' LxdEcx?  i,)   4XX4X4XXX4fXOXX4X?Y' xdEx?   Revised11/92 E(#Page  1  (32,$ !      k,*   4XX4X?Y' xdEx?   Page  1  >(#Revised11/92 (32,$ !     LW0REPORTSBID, ACT, CTG ,   #d#VY0CPartIBCompendium Part 1B  nopq'XX' e'  4XX4X4XXX4fXOXX4X MethodIO1PP<(#PartI:Dichot   ?Y' mxdEox? X(  4XX4X PartI:Dichot@(#MethodIO1   ?Y' \xdEcx?  i)  4XX4X4XXX4fXOXX4X?Y' xdEx?   Revised11/92 E(#Page  1   k*  4XX4X?Y' xdEx?   Page  1  >(#Revised11/92 j0CPart2ACompendium Part 2: Method A  stuv'XX'  e'  4XX4X4XXX4fXOXX4X MethodIO1'(#Part2:XRayFluorescenceAnalysis   ?Y' mxdEox? X(  4XX4X Part2:XRayFluorescenceAnalysis @(# MethodIO1   ?Y' LxdEcx?  i)  4XX4X4XXX4fXOXX4X?Y' xdEx?   Revised11/92 E(#Page  1   k*  4XX4X?Y' xdEx?   Page  1  >(#Revised11/92 X4stdmethodPart 1-Std Method  xyz{'XX'  e'  4XX4X4XXX4fXOXX4X MethodIO2||3(#Part1:StandardMethod   ?Y' mxdEox? X(  4XX4X Part1:StandardMethod @(# MethodIO2   ?Y' LxdEcx?  i)  4XX4X4XXX4fXOXX4X?Y' xdEx?   Revised11/92 E(#Page  1   k*  4XX4X?Y' xdEx?   Page  1  >(#Revised11/92 ~F6CstdmethodCompendium--Part 1, Standard Method  }~'XX'  e'  4XX4X4XXX4fXOXX4X MethodIO2||3(#Part1:StandardMethod   ?Y' mxdEox? X(  4XX4X Part1:StandardMethod @(# MethodIO2   ?Y' LxdEcx?  i)  4XX4X4XXX4fXOXX4X?Y' xdEx?   Revised11/92 E(#Page  1   k*  4XX4X?Y' xdEx?   Page  1  >(#Revised11/92 b(2CPt2ICAPCompendium Part II:ICAP  'XX' e'  4XX4X4XXX4fXOXX4X MethodIO1XX=(#PartII:ICAP   ?Y' mxdEox? X(  4XX4X PartII:ICAP @(# MethodIO1   ?Y' LxdEcx?  i)  4XX4X4XXX4fXOXX4X?Y' xdEx?   Revised11/92 E(#Page  1   k*  4XX4X?Y' xdEx?   Page  1  >(#Revised11/92 p0CPt2-AACompendium Method, Part II: AA4&`&X4X&{&&4&`  'XX') `*Times New RomanTT * e'  4&`&X4X&{&&4&`XOX&&{fXOXXXO MethodIO10(#PartII:AtomicAbsorption   ?Y' mxdEox? X(  4&`&X4X&{&&4&` PartII:AtomicAbsorption <<@(# MethodIO1   ?Y' ]xdE_x? . i)  4&`&X4X&{&&4&`XOX&&{fXOXXXO?Y' xdEx?   Revised11/92 E(#Page  1   k*  4&`&X4X&{&&4&`?Y' xdEx?   Page  1  >(#Revised11/92 N ,ORD-22nd Order Header   N2CPart1XXMethod XX-YYY  'XX'  e'  4XX4X4XXX4fXOXX4X MethodXXYYY>(#PartI:PM10   ?Y' mxdEox? X(  4XX4X PartI:HiVol@(#MethodIO1   ?Y' LxdEcx?  i)  4XX4X4XXX4fXOXX4X?Y' xdEx?   Revised11/92 E(#Page  1   k*  4XX4X?Y' xdEx?   Page  1  >(#Revised11/92  dTable_A&0 d d d'dxd Level 1 Level 2 Level 3 Level 4 Level 5(32,$ !     (!$ Table    A<< b + ,"   $XX$Ӏ@tTABLE2.PROPOSEDVOLATILEORGANICHAP(VOHAP)CONTENT  @tLIMITSFORMARINECOATINGS4|X4X 4|Ԉ  *q ddd Xdd Xdd Xq,H ,( ,b( ,( ,(H +  7&  l7B+H HP X`hXB Coatingcategory N?0=o N@  )VOHAPlimitsa,d   D1" D@* VOHAPaltlimitsc,d   J@- l   |LJ & __ &Gramsperliter,g/L 9*>> " 9Poundspergallon,lb/galb 9*>> " 9Gramsperliter,g/L =*>> " =Poundspergallon,lb/galb QB*>>" L |  LQGeneraluse 0!BB 0340 9*BB" 92.83 9*BB" 9571 =*BB" =4.76 QB*BB" L  LQSpecialty 0!FF 0Є 9*FF" 9Є 9*FF" 9Є =*FF" =Є QB*FF" L  LQr^D L T\ d!#&l(*-t/1$4|68,;=?4BDHHXr0 8 Airflask :+ JJ88 :340 9*JJ" 92.83 9*JJ" 9571 =*JJ" =4.76 QB*JJ" L  LQ0 8 Antenna :+ NN88 :530 9*NN " 94.42 9*NN!" 91,439 =*NN"" =12.00 QB*NN#" L  LQ0 8 Antifoulant :+ R R $88 :400 9*R R %" 93.33 9*R R &" 9765 =*R R '" =6.38 QB*R R (" L  LQ0 8 Heatresistant :+ V V )88 :420 9*V V *" 93.50 9*V V +" 9841 =*V V ," =7.00 QB*V V -" L  LQ0 8 Highgloss :+ Z Z .88 :420 9*Z Z /" 93.50 9*Z Z 0" 9841 =*Z Z 1" =7.00 QB*Z Z 2" L  LQ0 8 Hightemperature :+ ^ ^ 388 :500 9*^ ^ 4" 94.17 9*^ ^ 5" 91,237 =*^ ^ 6" =10.31 QB*^ ^ 7" L  LQ0 8 Inorganiczinchighbuildprimer :+  988 :340 9*b b :" 92.83 9*b b ;" 9571 =*b b <" =4.76 QB*b b =" L   LQ0 8 Militaryexterior :+ >88 :340 9*?" 92.83 9*@" 9571 =*A" =4.76 QB*B" L  LQ0 8 Mist :+ C88 :610 9*D" 95.08 9*E" 92,235 =*F" =18.63 QB*G" L  LQ0 8 Navigationalaids :+   H88 :550 9*  I" 94.58 9*  J" 91,597 =*  K" =13.31 QB*  L" L  LQ0 8 Nonskid :+ M88 :340 9*N" 92.83 9*O" 9571 =*P" =4.76 QB*Q" L  LQ0 8 Nuclear :+ R88 :420 9*S" 93.50 9*T" 9841 =*U" =7.00 QB*V" L  LQ0 8 Organiczinc :+ W88 :360 9*X" 93.00 9*Y" 9630 =*Z" =5.25 QB*[" L  LQ0 8 Pretreatmentwashprimer :+ \88 :780 9*]" 96.50 9*^" 911,095 =*_" =92.46 QB*`" L  2LQ0 8 Repairandmaintenanceofthermoplasticcoatingofcommercialvessels :+ VVc88 :550 9*d" 94.58 9*e" 91,597 =*f" =13.31 QB*g" L 2  LQ0 8 Rubbercamouflage :+ ZZh88 :340 9*ZZi" 92.83 9*ZZj" 9571 =*ZZk" =4.76 QB*ZZl" L  LQ0 8 Sealantcoatforthermalsprayaluminum :+ n88 :610 9*^^o" 95.08 9*^^p" 92,235 =*^^q" =18.63 QB*^^r" L   LQ0 8 Specialmarking :+ s88 :490 9*t" 94.08 9*u" 91,178 =*v" =9.82 QB*w" L  LQ0 8 Specialtyinterior :+ x88 :340 9*y" 92.83 9*z" 9571 =*{" =4.76 QB*|" L  LQ0 8 Tackcoat :+ }88 :610 9*~" 95.08 9*" 92,235 =*" =18.63 QB*" L  LQ0 8 Underseaweaponssystems :+   88 :340 9*  " 92.83 9*  " 9571 =*  " =4.76 O>*  " L  LO0 8 Weldthrough(shop)primer <+ 88 <650 ;*" ;5.42 ;*" ;2,885 =*" =24.04:0." L0    :' xX X'0 x aVolatileorganicHAPlimits(forcomplianceoptions1through4)areexpressedinunitsofmassofVOHAPper   volumeofcoatinglesswaterandnonHAP"exempt"solvents,asapplied.VolatilecompoundsclassifiedbyEPAashavingnegligiblephotochemicalreactivityarelistedas"exempt"in40CFR51.100(s)(exceptthoseontheHAPlist). xx bToconvertfromg/Ltolb/gal,multiplyby: ##  x [(3.785L/gal)(lb/453.6g)]or(lbL/120ggal).0 x cAlternatevolatileorganicHAP(VOHAPalt)limits(forcomplianceoption5)areexpressedinunitsofmassof :$:$ VOHAPpervolumeofsolids,avaluethatassumesthevolumesofallcomponentswithinacoatingareadditive. xx 0 x dForcompliancepurposes,themetriclimitsarethestandard.(32,$ !     ) `CG TimesTable_B3%#&'678 ?LEVEL 5Using 1-5 levels for paragraph numberingI.A.1.a.(1)(a)i)a).01,29:; Cw}complevelCompendium auto numberingI.A.1.a.(1)(a)i)a)$*(+)<=> CMRIREPORTMRI Report with Level 1 flushed leftI.A.1.a.(1)(a)i)a)$35;AGMU]c2I.A.1.a.(1)(a)i)a)DE ?u{EPA.STYEPA Style with TOC markingI.A.1.a.(1)(a)i)a)  CRight ParRight-Aligned Paragraph NumbersI.A.1.a.(1)(a)i)a)FGHIJKL 35;AGMU]c3I.A.1.a.(1)(a)i)a) Level 1 Level 2 Level 3 Level 4 Level 5("$ Figure    A<< c3/x)`&&m P7&P*` P7P<6X9`(CourierXx6X@`7X@* `*Times New RomanTTXXw P7XP) `*Times New RomanTT&&m P7&P) `CG TimesmanTTc PE37P) `CG TimesmanTT^ PE37P($    Acrobat PDFWriterPDFWRITR,,,,,,01% !     744XXdd7   `     h @%FACTSHEET@NESHAPFORSHIPBUILDINGANDSHIPREPAIRFACILITIES@"(SURFACECOATING)BACKGROUND   $XX$0  OnJuly16,1992(57FR31576),pursuanttoSection112(c)of P  theCleanAirAct,"ShipbuildingandShipRepair(SurfaceCoating)"waslistedasasourcecategorytoberegulatedunderSection112. (#(# 0  Theaffectedsourceistheaggregateofalloperations/ t  activitiesatamajorsourceshipbuildingorshiprepairfacility. (#(# @ TABLE1.APPLICABILITYOFTHEPROPOSEDRULE*q ddd Xdd Xdd X(#(#q,( d ,( td ,( t +  1"  81ЀAffectedSources 0!@ 0ЀEmissionPoints 4!@ 4ApplicableSectionsofSubpartII H9!d 8  HTheproposedrulewouldapplytofacilitiesengagedinshipbuildingandshiprepairactivitiesthataremajorsourcesasdefinedin40CFRpart63.ApplicableSICcode3731. 0!! 0Painting,cleaningactivities,andblastingoperations 4!h$ 463.781 F5!p%  P FSourceswhichemitorhavepotentialtoemitconsideringcontrols,intheaggregate,9.1megagramsperyearormoreofanysingleHAPor22.7Mg/yrormoreofanycombinationofHAP. 2!\(#0 2Allemissionlocationsatthesource. 4!! 3 463.781(a)1'% 85 0 P   10  TherulewouldlimitthevolatileorganicHAP(VOHAP)content 4*%6 ofseveralcategoriesofmarinecoatingsandspecifyworkpracticesthatminimizeevaporativeemissionsfromthehandling,transfer,andstorageofdilutionsolventandpaintwastes.-(:(#(# Ї0  CompliancewiththeHAPrulewouldbedeterminedusingtheVOC  contentofthecoatingasasurrogatebecauseVOHAP'sareasubsetofVOC's(complianceoptions1-4)orusinganAdministratorapprovedtestmethodtomeasureVOHAPcontent(complianceoption5). (#(# 0  Therearefrom437(basedon1992MarineLoglisting)to600   (estimatedbythe1987censusofManufacturers)shipyardsintheUnitedStates.Anestimated25oftheseshipyardsaremajorsourcesofHAPemissions. (#(# 0  Nonewmajorsourceshipyardsareexpectedtobebuiltwithin    thenext5years. (#(# RECOMMENDEDSTANDARDS H  0  Basis:Forcoatingoperationsatnewandexistingaffected @  sources,theproposedNESHAPisbasedontheuseoflowerVOCcoatingsthatmeetthe1992CaliforniaVOClimitsformarinecoatings.Forhandling,transfer,andstorageofdilutionsolventandpaintwastesatnewandexistingaffectedsources,thestandardwouldrequirecertainworkpracticemeasurestominimizeevaporativeemissions. (#(# 0  0@AllnewandexistingmajorsourceshipyardswouldberequiredtousecoatingsthatmeetthelimitspresentedinTable2. d UEAz|  x) p @ P@Ex)*& P+ (#(#                                                  p,'0  (#(#  0  Allnewandexistingmajorsourceshipyardswouldberequired X tohandleandtransferdilutionsolventandpaintwastesinamannerthatminimizesspills.Inaddition,containersofdilutionsolventorpaintwastesthatholdanyorganicHAP  mustbefreeofcracks,holesandotherdefectsandmustbeclosedunlessmaterialsarebeingaddedorremovedfromthem. (#(#   RECOMMENDEDCOMPLIANCEPROCEDURES $ t  0  Affectedsourceswouldchoosefromthefollowingmethodsto    determinecompliancewiththecoatinglimits: (#(# *XX*0  1.0(#(#TestorcertifytheVOCcontent,asmeasuredbythe H  Agency'sMethod24,ofeachcontainerofcoating,asapplied,islessthanorequaltotheapplicablelimit. (#(# 0  2.0(#(#Nodilutionsolventadded:CertifythattheVOCcontent,  bymanufacturer'slot,ofeachcontainerofcoating,asapplied,isthesameastheVOCcontentofthecomplyingcoating,assupplied. (#(#   3.0  Dilutionsolventaddedcoating-by-coatingcompliance:   Comparetheactualvolumeofdilutionsolventusedtothemaximumallowablevolumeonacoating-by-coatingbasisovereachcalendarmonth. (#(# 0  4.0(#(#Dilutionsolventaddedgroupcompliance:Comparethe 0 actualvolumeofgivendilutionsolventusedforall (#(# coatingstowhichthatsolventisaddedtothemaximumallowablevolumewhichcouldbeaddedwithoutviolatingtheapplicableaveragelimit(basedonaMethod24analysisoftheassuppliedcoating),overeachcalendarmonth.  ̀5.0  CertifythattheVOHAPcontent,asmeasuredbyan $ Administratorapprovedtestmethod,ofeachcontainerofcoating,asapplied,islessthanorequaltotheapplicableVOHAPaltlimit.P (#(# 0  Compliancewiththehandling,transfer,andstoragestandard  H  wouldbeevaluatedagainsttheproposedstandard(requiringcertificationdocumentation)andthesourcespecificworkpracticesproposedbythesourceandapprovedbytheAdministrator. (#(#   RECOMMENDEDNOTIFICATION/RECORDKEEPING/REPORTINGREQUIREMENTS @  0  Initialnotificationisrequiredbythepart63General  Provisions.InadditiontotheinformationrequiredintheGeneralProvisions,sourceswouldberequiredtosubmitfortheAdministrator'sapprovalthecomplianceandrecordkeepingprocedurestheyintendtouseforthecoatingoperationsandtheworkpracticemeasurestheyintendtoimplementtominimizeevaporativeemissionsfromthehandling,transfer,andstorageofcoatings,dilutionsolventandpaintwastes. (#(# 0  CompliancestatusnotificationsarerequiredbytheGeneral  \ Provisions.InadditiontotheinformationrequiredintheGeneralProvisions,sourceswouldberequiredtoincludetheirmonthlycompliancedemonstrationsandassociatedrecordsinthesenotifications.Sourceswouldberequiredtosubmitthesenotificationsonaquarterlybasisthefirstyear.Iftherearenoexceedanceswithinthefirstyear,sourcesmayrequesttogotosemiannualnotifications. (#(# 0  Sourceswouldberequiredtomaintainfor5yearsallrecords "$ necessarytodemonstratecompliancewiththestandards.RecordswouldincludeanyMethod24tests,VOCcontentcertifications,VOHAPtests,VOHAPcontentcertifications,calculationsofallowabledilutionsolventusage,andactualpaintanddilutionsolventusagebymonth. (#(# IMPACTS(nationwideincrementalimpacts) L(#+ 0  OrganicHAPemissions:reductioninHAPemissionsof )D%- 24percentor272Megagramsperyear(300tonsperyear). (#(# 0  Energy/water/solidwaste/noise:nonegativeimpacts.p,'0(#(#  D-(1 0  Costs:increaseinannualizedcostofapproximately  $1.7millionperyear;insignificantincreaseincapitalcosts. (#(# 0  Economic:Allofthe25facilitiesareexpectedtoexperience P amaximumpriceincreasebetween0.0and0.3percentwhichislessthanthescreeningvalueof1percent.ImplementationoftheNESHAPisnotexpectedtosignificantlyimpactthemajor-sourcefacilities. (#(# CONTROLTECHNIQUESGUIDELINES(CTG)  H  0  Section183(b)(4)oftheCleanAirActrequiresaCTG   recommendingcontrolsforvolatileorganiccompound(VOC)andparticulateemissionsfromshipbuildingandshiprepairfacilities.ThepreambletotheproposedNESHAPexplainsthatthecontrolsrequiredfortheNESHAParealsoapplicabletoVOCandconstitutedraftrecommendedbestavailablecontrolmeasures(BACM). (#(# 0  Althoughtwoparticulatecontrolsystemsthatappearsuitableforshipyardsareindevelopmentandmaybeavailableinthefuture,nonearesufficientlydemonstratedatthistimetorecommendasBACM.Thisinformationisfurtherdiscussedinanalternativecontroltechniques(ACT)documentpublishedforthisindustryinFebruary1994. (#(# ISSUE  \ .0  Wehaverequestedinformation,fromnineshipyards,onsolvent  usageforthinningofcoatingsinNorthernclimates.(#(#