WPC+ 'OGYDe߆sag BW! 2Pl;?Y:ͳ=6k- m 1sW=^}- !\A~I9-Ճ G hYcD7E2!`@1ʄ+MqD >y8߹weaDj^G ` QuFy*YM0z7z?7^lK18sIWRSٽjV !0%%   " &   7.00  InitialPerformanceTest: %% 0  Ifthetankmeetsthefollowingdescriptionitisexemptfromtheinitialperformancetest: %% 0  _____0%%chromiumanodizingtankwithawettingagentandamaximumsurfacetensionof45dynes/cm%% 0  Foranytanknotexempt,theoperatormusthaveperformedaninitialperformancetestwithinthetimerequirementofoneofthefollowing:(40CFR63.7(2)(b)and40CFR63.343(b)(1)) %% ,JX,X*wA(Bdd dd dd dd ;(<X%X%w,dd ,(dd ,dd ,\ dd +  "( 4 X " +!  ( +NeworExisting '  " 'OperationorStartupDate '  " 'InitialPerformanceTestDate *(  " *_____ " ( "Existingsource    withinitialstartupdatebeforeoron12/16/95    performtestby7/24/97 !(   !_____ "Pt ( "Existingsource  Pt  withinitialstartupdateafter12/16/95  Pt  performtestwithin180daysafterinitialstartup !( Pt  !_____ " ( "Existing,new,orreconstructedsource  <`  withanextensionofcompliancegrantedbyAPCD  t  performtestwithin180daysafterterminationofextension !( t  !_____ "( "Newsource   withinitialstartupdateafter1/25/93andbefore1/25/95  `  performtestby7/24/95 !( ! !_____ "" ( "Newsource  # withinitialstartupdateafter1/25/95  $ performtestwithin180daysafterinitialstartup %  ,XX,J'yB0  Ifnoinitialperformancetestperformed,explain_________________________________________ %% 0  ________________________________________________________________________________ %% М-XXX,X0  _____0%%InitialperformancetestwassubmittedtoAPCDt)%% 0  Ifno,explain______________________________________________________________________ %% 0  _________________________________________________________________________________ %% 0  _____0%%InitialperformancetestwasreviewedbyAPCDon_____________date.#,XXX-XML#-XXX,X4X-%% 0  Ifno,explain______________________________________________________________________ %% 0  _________________________________________________________________________________ %% #,XXX-XXN#-XXX,X0  _____0%%APCDgavefinaldeterminationwhethersourceincompliance(notifiedsourceandCounty).#,XXX-XO#"1%%   #2 &   0  Indicatetheparametersobtainedintheinitialperformancetest.Th% > eseparametersarenecessarytodeterminewhetherthesourceisinongoingcompliance. %% ,JX,X*?(Cdddd (dd dd \ dd A(BX%X%, dd ,dd +    @BB" AddonAirPollutionControlDevice    @'^ParameterObtainedinInitialTest    Compositemeshpad(CMP)  D h -J,JPressuredropacrosssystem#,J-JNS#:_____________in.w.c.1in.  D h Packedbedscrubber(PBS)    -J,JPressuredropacrosssystem:_____________in.w.c.1in.#,J-JT#-J,J    Velocitypressureatsysteminlet#,J-JT#:__________-J,JԀ1in.0%avg.vvVel.#,J-JU#  h   Fiberbedmisteliminator(FBME)     -J,JPressuredropacrossthecontroldevicelocatedupstreamo% = fthe    fiberbedthatpreventsplugging:#,J-J4V#Ԁ___________-J,Jin.w.c.1in.#,J-JW#    @hh " ChemicalFumeSuppressant    -J,J@'^ParameterObtainedinInitialTest#,J-JW#Ԉ    Wettingagent  Dh  Surfacetensionatthebath:______________dynes/cm  Dh  Foamblanket    Foamblanketthickness:_________________in.orcm.' P    ,XX,J& H 8.00  OngoingComplianceMonitoring: Inspectorshoulddeterminetypeofairpollutioncontroldeviceand  whetheroperatorhasmettheapplicableongoingcompliancemonitoringrequirement. %% 0  Operatorusesan addon airpollutioncontroldeviceandtakesthefollowingmeasurements:(yes/no)X|%% ,JX,X*fD(Gdd dd dd ?(CX%X%f,0 dd ,Hdd ,dd"+  '(( 4 'AirPollutionControlSystem :(-t"(( :MonitoredParameter @((-t"( @MonitoringFrequency 0((!<`"(( 0Compositemeshpad(CMP)system(40CFR63.343(c)(1)(ii)) %(`(( %_____0 D monitorpressuredropacrosssystem 5(("  Dl Dl ( 5Daily '(!(( 'Packedbedscrubber(PBS)(40CFR63.343(c)(2)(ii)) "#( "_____0 D monitorpressuredropacrosssystem$Dl Dl  _____0 D monitorvelocitypressureatsysteminlet ((%Dl Dl  (DailyDaily '('( 'Packedbedscrubber(PBS)andcompositemeshpad(CMP)system(40CFR63.343(c)(3)) "p!*( "_____0 D monitorpressuredropacrossthemeshpadsystem+Dl Dl  _____0 D measurethevelocitypressureatsysteminlet (( ,Dl Dl  (DailyDaily '( .( 'Fiberbedmisteliminator(FBME)(40CFR63.343(c)(4)(ii)) "#0( "_____0 D monitorpressuredropacrossthecontroldevicelocated "1 upstreamofthefiberbedthatpreventsplugging ((#2Dl Dl  (Daily )(("3( )Other:(40CFR63.343(c)(8))________________________________ )(& 6(( )_____0 D operatorhasdeterminedappropriateparameterwhichis: $7 _____________________________________________ Dl Dl  0 D _____________________________________________ Dl Dl  _____0 D U.S.EPAorAPCDhasapprovedappropriateparameterH'l!:Dl Dl  _____0 D operatorhasmeasuredappropriateparameter 5((" (4";Dl Dl ( 5Appropriatemonitoringfrequency_________&H'l!?  (( & 'H[Y,XX,J ),#? &   0  Inspectorhas personallyseen theoperatorproperlytakethefollowingmeasurementsifrequired:%% 0  _____0%%pressuredropacrosssystem%% 0  _____0%%pressuredropacrosstheCMPsystem%% 0  _____0%%pressuredropacrosstheFBMEsystem%% 0  _____0%%velocitypressureatthesysteminlet %% 'd0  Ifpressuredropmustbemeasured,didthemonitoredvaluesforpressuredrop:(yes/no) %% 0  _____0%%fallwithintherangeofvaluesestablishedbytheoperatorforpressuredrop or l %% 0  _____0%%fallwithin1inchabouttheaverageH20columnmeasuredduringthreecomplianttestruns\ %% 0  Ifyestoeither,thesourceisincompliance.Ifnotoeither,thesourceisnotincompliance.(40CFR63.343(c)(1)(ii),(2)(ii),(3),or(4)(ii)) %% 0  Ifvelocitypressuremustbemeasured,didthemonitoredvaluesforvelocitypressure:(yes/no) %% 0  _____0%%fallwithintherangeofvelocitypressuresestablishedbytheoperatorforvelocitypressure or  0 %% 0  _____0%%fallwithin10percentabouttheaveragevelocitypressuremeasuredduringthreecomplianttest   runs %% 0  Ifyestoeither,thesourceisincompliance.Ifnotoeither,thesourceisnotincompliance.(40CFR63.343(c)(2(ii)and(3)) %%    0  &   Operatorusesa chemicalfumesuppressant airpollutioncontroldeviceandtakesthefollowing  measurements:(yes/no) %% ,JX,X*wH(Kdd0 dd Hdd dd"D(GX%X%w,0 dd ,Hdd ,dd"+  $((  $AirPollutionControlSystem 9((* "(( 9MonitoredParameter =(((* "(( =MonitoringFrequency 0((! "((( 0Wettingagent(40CFR63.343(c)(5)(ii)) '(( 0(( '_____0 D measurethesurfacetensionatthebath(U.S.EPA  0  ReferenceMethod306B) 5((("   Dl Dl (( 5Dailyor_______ '((  ((( 'Foamblankettypefumesuppressant(40CFR63.343(c)(6)(ii)) '(( (( '_____0 D monitorfoamblanketthickness 5(((" 0 TDl Dl (( 5Every4hoursa,bor   ______ '((((( 'Combinationwettingagentandfoamblankettypefumesuppressants(40CFR63.343(c)(5)(ii)) '(( (( '_____0 D measurethesurfacetensionatthebath(U.S.EPA @  ReferenceMethod306B) 5((("  Dl Dl (( 5Dailyor_______ '(( ((( 'Chemicalfumesuppressantandaddoncontroldevice(40CFR63.343(c)(7)(ii)) '(( (( '_____0 D measurethesurfacetensionatthebath(U.S.EPA ,  ReferenceMethod306B) Dl Dl  _____0 D monitorfoamblanketthickness 5(((" Dl Dl (( 5Dailyor______Everyhourb,c ! or______ )(((`"((( )Other:(40CFR63.343(c)(8))________________________________ )(((Lp%((( )_____0 D operatorhasdeterminedappropriateparameterwhichis: & _____________________________________________ Dl Dl  0 D _____________________________________________ Dl Dl  _____0 D U.S.EPAorAPCDhasapprovedappropriateparameter8)Dl Dl  _____0 D operatorhasmeasuredappropriateparameter 5((((" *Dl Dl ((( 5Appropriatemonitoringfrequency_________&8.  (((( &aIftherearenoexceedancesofthemaximumsurfacetensionafterforty(40)hoursofoperation,thenthemonitoringfrequencycanbe . decreasedtoonceeveryeight(8)hours.Iftherearenoexceedancesforthenextforty(40)hours,thenthefrequencycanbedecreasedtoonceeveryforty(40)hours.Ifanexceedanceoccursatanytimeafterthat,thentheinitialmonitoringschedule(everyfour(4)hours)mustberesumed.bTheinitialschedulemustberesumedforeverynewtanksolution. 2 cIftherearenoexceedancesoftheminimumfoamblanketthicknessafterforty(40)hoursofoperation,thenthemonitoring 3 frequencycanbedecreasedtoonceeveryfour(4)hours.Iftherearenoexceedancesforthenextforty(40)hours,thenthefrequencycanbedecreasedtoonceeveryeight(8)hours.Ifanexceedanceoccursafterthat,thentheinitialmonitoringschedule(everyhour)mustberesumed.'l,XX,J !86 & p 0  Inspectorhas personallyseen theoperatorproperlytakethefollowingmeasurementsifrequired:"8%% 0  _____0%%surfacetension and/or #9%% 0  _____0%%foamblanketthickness$:%% 0  _____0%%Didthesurfacetensionexceedthemaximumsurfacetensionestablishedbytheoperatorfor & < pressuredrop,ifno,thesourceisincompliance.Ifyes,thesourceisnotincompliance.(40CFR63.343(c)(5)(ii)and(7)(ii) %% 0  _____0%%Didthefoamblanketthicknessfallbelowtheminimumfoamblanketthickness or fallbelow1 \)#? inchinthickness,ifno,thesourceisincompliance.'p"zԀ(40CFR63.343(c)(6)(ii)and(c)(7)(ii)) %%   <+`%A 0  & p  Ifthefacilityhasmultipletanks and meetsoneofthefollowingconditionsgotoTable2(page12)to  obtainequationsusedtoverifycompliancewiththeemissionlimits:(40CFR63.344(e)) %% 0  _____0%%themultipletanksincludeachromiumelectroplatingorchromiumanodizingtankamongother  tanksnotaffectedbytheregulation or %% 0  _____0%%themultipletanksincludechromiumtanksperformingdifferentoperationssubjecttodifferent   emissionlimits(e.g.,hardchromiumelectroplatingandanodizing),whichmayormaynotbecontrolledwithnonaffectedsources or | %% 0  _____0%%themultipletanksincludechromiumanodizingtankssubjecttodifferentemissionlimits(e.g., l  newtankandexistingsmalltank),whichmayormaynotbecontrolledwithnonaffectedsources'p~ %%  9.00  Recordkeeping: Theoperatorkeepsthefollowingrecordstodocumentcompliancewiththeregulation <`  forfiveyears.(yes/no) %% 0  1)0%%Inspectionandmaintenancerecords(40CFR63.346(b)(1)and(2)) 0 %% 0  0%%_____0` %%workpracticesconductedonschedule(reviewoperatorschecklist) ` %` % 0  0%%_____0` %%maintenanceperformedonprocess,controlsystem(s),andmonitoringequipment` %` % 0  2)0%%Malfunctionrecords(40CFR63.346(b)(3)and(4))%% 0  0%%_____0` %%correctionofmalfunctionconsistentwithO&Mplannorecordsrequired` %` % 0  0%%_____0` %%correctionofmalfunctionnotconsistentwithO&Mplanfollowingrecordsrequired:  occurrence,duration,andcauseofanymalfunctionoftheprocess,airpollutioncontroldevice,andmonitoringequipment ` %` % 0  3)0%%_____0` %%Performancetestresultsincludingprocessandairpollutioncontrolparameter l measurementsusedduringtestingandanyadditionalmeasurementsrequiredifusecommoncontrolsystemformultiplesources(40CFR63.346(b)(6)) ` %` % 0  4)0%%Monitoringdatarecordsincludeataminimum:(40CFR63.346(b)(8)),P%% 0  0%%_____0` %%identifycontrolsystem(s) @` %` % 0  0%%_____0` %%identifythemonitoredparameter(s) !0` %` % 0  0%%_____0` %%identifythevalueofthemonitoredparameter(s)! ` %` % 0  0%%_____0` %%identifythetimeanddatewhentheparameter(s)wasmonitored"` %` % &  0  5)0%%Excessemissionrecords(40CFR63.346(b)(9)and(10))$!%% 0  0%%_____0` %%excessemissionrecordsmustincludeataminimumthestartandendtimesanddatesof %" eachperiodofexcessemissions ` %` % 0  0%%_____0` %%excesscausedbymalfunctionoperatorrecords:typeofmalfunction,durationof '!$ malfunction,causeofmalfunction,correctiveactions,anddateandtimeofmalfunction ` %` % 0  0%%_____0` %%excessemissioncausedbysomethingotherthanmalfunctionrecords|)#&` %` % '$0  6)0%%Processrecordsmustbekept,ataminimum:(40CFR63.346(b)(11))\+%(%% 0  0%%_____0` %%processoperatingtimeforeachtankL,p&)` %` % 0  0%%_____0` %%ifusefumesuppressantdateandtimeofeachadditionoffumesuppressants<-`'*` %` % 0   %% 0  7)0%%_____0` %%Miscellaneousrecordsorotherrecordsrequiredbypermitornoticeofviolation` %` % 0  0%%_____0` %%Iffumesuppressantused,operatorkeepsthedateandtimeofeachadditionofthefume  suppressant(40CFR63.346(b)(13)) ` %` % 0  0%%_____0` %%Ifwaiverisgranted,operatorkeepsdocumentationsupportingtherequirementsforthat   waiver(40CFR63.346(b)(15)) ` %` %  10.00  Reporting: Ifitisachromiumanodizingelectroplatingtanktheoperatormustdemonstratethe l  followingreportingoccurred. %% 0  1)0%%Aninitialnotificationthatthesourceissubjecttotheregulationasrequiredbythefollowing <`  table:(40CFR63.347(c)(1)) %% ,JX,X*wL(Mdd0 dd Hdd dd"H(KX%X%w,(dd , dd ,dd +  $((   $TypeofSource 9((*Hl "(( 9RelevantDates =(((*Hl "(( =Requirements 0((!Hl "((( 0  Existing 0((!  (( 0startupdate before 1/25/95   *  4(((!l (( 4_____0 \ submitinitialnotificationonorbefore7/24/95 1(("  \%\%((( 1  NeworReconstructed 0((! (( 0startupdateafter1/25/95andconstructionorreconstructioncommenced before 1/25/95  v  4(((!X| (( 4H_____0 \ submitnotificationofdatewhen  construction/reconstructioncommenced \%\% _____0 \ submitnotificationofconstructionorreconstructionX|\%\% _____0 \ notificationofactualstartupdateofsourcesubmit  D within30calendardays 3((("  \%\%((( 3  NeworReconstructed 2(((! 0  ((( 2startupdateafter1/25/95andconstructionorreconstructioncommenced after 1/25/95  0" #  4((((!# ((( 4_____0 \ submitnotificationwithin30calendardaysafter Dh$ commencementdateofconstructionorreconstruction \%\% _____0 \ notificationofactualstartupdateofsourcesubmit ' within30calendardays0&$d(\%\%  (((( 0#,XX,JF#0  2)0%%_____0` %%Notificationofconstructionorreconstructionofthefacilityifbegunafter1/25/95(40 Lp) CFR63.345(b)(1)and63.347(c)(2)) ` %` % 0  3)0%%_____0` %%Notificationofinitialperformancetestingatleast60calendardayspriortoscheduled "@, dateoftest(40CFR63.347(d)) ` %` % &  0  4)0%%Asitespecifictestplanpriortoinitialperformancetestthatincludes:(yes/no)(40CFR $/ 63.344(a)) %% 0  0%%_____0` %%descriptionoftheprocesstobetested& 1` %` % 0  0%%_____0` %%conditionsunderwhichtestingistobeconducted'!2` %` % 0  0%%_____0` %%samplinglocationdescription("3` %` % 0  0%%_____0` %%testmethodtobeused)#4` %` %  '$m *$5 &   0  5)0%%_____ ` Aperformancetestreportaftertestingconducted(yes/no)(40CFR63.344(a))%% 0  0%%Ifno,explain________________________________________________________ %% 0  0%%____________________________________________________________________ %% 0  0%%Theperformancetestreportincludedthefollowing:(yes/no)(40CFR63.344(a)) %% 0  0%%_____0` %%descriptionoftheprocesstobetested ` %` % 0  0%%_____0` %%samplinglocationdescriptions ` %` % 0  0%%_____0` %%samplingandanalysisproceduresandanymodificationstostandardprocedures| ` %` % 0  0%%_____0` %%testresultsl ` %` % 0  0%%_____0` %%descriptionoftheinternalandexternalqualityassurance( QA)programandresults\ ` %` % 0  0%%-XXX,X_____0` %%recordsofoperatingconditionsduringtesting,preparationofstandards,andcalibration Lp  procedures ` %` % 0  0%%_____0` %%rawdatasheetsfor:fieldsamplingandfieldandlaboratoryanalyses#,XXX-XN#,P ` %` % 0  0%%_____0` %%documentationofcalculations and @ ` %` % 0  0%%_____0` %%anyadditionalinformationrequiredbythetestmethod 0 ` %` % 0  0%%_____0` %%internalqualityassuranceprogramincludes:activitiesplannedbyroutineoperatorsand   analyststoprovideassessmentoftestdataprecision'I ` %` % 0  6)0%%Areportofthefollowingwassentwithin90daysaftertheperformancetestandnolaterthan30  daysaftercompliancedate:(yes/no)(40CFR63.347(a)) %% 0  0%%_____0` %%performancetestresults` %` % 0  0%%_____0` %%compliancestatus` %` % 0  0%%_____0` %%copyofperformancetestreport and ` %` % 0  0%%_____0` %%notificationofcompliancestatustoU.S.EPAifnoTitleVpermityetissued or |` %` % 0  0%%_____0` %%notificationofcompliancestatustoAPCDifTitleVpermitissuedl` %` % 0  7)0%%Acompliancestatusreportthatincluded:(yes/no)(40CFR63.347(e))Lp%% 0  0%%_____0` %%applicableemissionlimitationandmethodsusedtodeterminecompliance<`` %` % 0  0%%_____0` %%ifperformancetestisrequired,thetestreportdocumentingtheresults,P` %` % 0  0%%_____0` %%typeandquantityofhazardousairpollutantsemitted @` %` % 0  0%%_____0` %%specificoperatingparametervalue,orrangeofvalues,foreachmonitoredparameter !0` %` % 0  0%%_____0` %%methodsthatwillbeusedtodeterminecontinuouscompliance! ` %` % 0  0%%_____0` %%descriptionoftheairpollutioncontroltechniqueforeachemissionpoint"` %` % 0  0%%_____0` %%statementthattheoperatorhastheO&Mplancompletedandonfile and # ` %` % 0  0%%_____0` %%statementbytheoperatorastowhetherthetankisincompliancewiththisregulation$!` %` %   %" &   0  8)0%%Anongoingcompliancestatusreportforthefacilitybasedupononeofthefollowingscenarios:  (40CFR63.347(g)ifmajorsourceor40CFR63.347(h)ifareasource) %% 0  0%%_____0` %%ifitisamajorsourceitpreparesandsubmitsareporttoAPCDevery6monthsunless  APCDdecidesmorefrequentreportsrequired or ` %` % 0  0%%_____0` %%ifitisamajorsourcethatexperiencedexceedancesofemissionlimitsitsubmitsareport   toAPCDeveryquarter(3months)(canbereducedifmeetconditions,SEEInspectorsGuidanceManualSection1.6.7.4) or | ` %` % 0  0%%_____0` %%ifitisanareasourceitpreparesandsubmitsongoingcompliancereportsannually,retain l  itonsite,andmakesitavailabletoAPCDorInspectoruponrequest or \ ` %` % 0  0%%_____0` %%-XXX,Xifitisanareasourcewithexcessemissions1%oftotaloperatingtimeforreporting Lp  period and totaldurationofmalfunctionsofaddoncontrolequipmentandmonitoring <`  equipmentis#,XXX-X#-XXX,X5%ofthetotaloperatingtime,itpreparesandsubmitsreportsevery6 ,P  monthsormoreoftenifAPCDchooses(canbereducedifmeetconditions)#,XXX-X#@ ` %` % '    0  XTRP '3$Letter (Landscape)3' '3 Letter Landscape3'T@))4 TABLE1 X @ EmissionLimitsForChromiumElectroplatingTanksSingleSource/Tank  H 'epXX'6,F XepX6,JX,X*wq(rdd(dd dd dd L(MX81X81w,dd ,P dd ,dd ,dd ,dd ,` dd +  & ( &SingleTank ;*4" ;Existing,New,orReconstructedSource ;*T" ;МHexavalentorTrivalentSolution#,XX,Jv#,JX,X ;*T" ;UseWettingAgentasControl ;*T " ;UseTrivalentSolution&WettingAgentisIngredient =* " =RequiredEmissionLimit 9*4" 9HardChromium0 q Large qt qt  0 q Small >4) @ qt qt  >Existing,New,orReconstructedExistingNeworReconstructed '`   'n/an/a#,XX,Jɾ#,JX,Xn/a#,XX,JW#,JX,X '`  " '#,XX,J#,JX,Xn/an/an/a#,XX,J#,JX,X '`  %" 'n/an/an/a 0`  +" 0Ѐtotalchromiumingasstream#,XX,JU#,JX,Xnotexceed: @ - #,XX,J#,JX,X0.015mg/dscm  . 0.03mg/dscm0.015mg/dscm 9*`  1" 9DecorativeChromium 4*, 3 4Existing,New,orReconstructed#,XX,J|#,JX,X#,XX,J#,JX,XExisting,New,orReconstructed '4; 'HexavalentTrivalent#,XX,J#,JX,X '4C" 'NoYesNoYesn/a#,XX,J#,JX,X 'TR" 'n/an/aNoNoYes 0Ta" 0Ѐtotalchromiumingasstream#,XX,J #,JX,Xnotexceed:#,XX,J#,JX,X0.01mg/dscm , c notallowthesurfacetensionoftheelectroplatingbathtoexceed45dynes/cm̀totalchromiumingasstream#,XX,J)#,JX,Xnotexceed:#,XX,J#,JX,X0.01mg/dscm j notallowthesurfacetensionoftheelectroplatingbathtoexceed45dynes/cm#,XX,JI#,JX,X n NoStandard ;*Tp" ;ChromiumAnodizing ;*xr ;Existing,New,orReconstructed ;*s ;n/a ;*t" ;NoYes#,XX,J#,JX,X ;*`x" ;n/an/a =*`|" =Ѐtotalchromiumingasstream#,XX,J#,JX,Xnotexceed:#,XX,Jg#,JX,X0.01mg/dscm x~ notallowthesurfacetensionoftheelectroplatingbathtoexceed45dynes/cm/%#"   /:epX,F X?:#,XX,J#,JX,X7,4XepX7   #,XX,J#@))4 TABLE2 X @* * EmissionLimitsForChromiumElectroplatingTanksMultipleSources/Tanks ,JX,X*stdddd P dd dd dd dd ` dd q(rX81X81,0 ,td",td",td",td",0t"+  1  h1GroupofTankswithAnyOneTankOperating >-p" >CommonAddonAirPollutionControlDevice ;(*8" ;EachTankPerformsSameTypeofOperation ;(*8 "( ;EachTankisSubjecttotheSameEmissionLimits ;(*8"( ;ControlDeviceControlsNonaffectedTanks =(*8"( =RequiredEmissionLimits J7*p" 0 h ( JTYPEI: %` % *(` * *(`( * *(`( * .(`( . A.` ( AHardChromium0  Large:Existing,New,&Reconstructed  0  Small:  0  0Existing  0  0New&Reconstructed /%   /YesYesYes *( % *YesYesYes *( +( *YesYesYes *( 1( * No   @ 4  No ( 6 No .( 7( .0.015mg/dscm0.030mg/dscm0.015mg/dscm C0! =  ( @xCDecorativeChromium %0 > %Yes '(0 ? 'Yes '(0 @( 'Yes 0(!0 A( 0No 4(!0 B"( 4SeeTable1.3 C0!0 C x @ ( @xCChromiumAnodizing %pD %Yes '(pE 'Yes '(pF( 'Yes 0(!pG( 0No 4(!pH"( 4SeeTable1.3 L(9!pI x @ ( LTYPEII: ((hJ( ( 0((!hK( 0 0((!hL(( 0 0((!hM(( 0 4((!hN(( 4 L9*hO"  (( @xLLargeorSmallHardChromium %P %Yes 0(!Q 0Yes 0(!R( 0Yes 0(!S( 0Yes 4(!T( 4SeeNoteA L9*U" x @ ( @xLDecorativeChromium %@V %Yes 0(!@W 0Yes 0(!@X( 0Yes 0(!@Y( 0Yes 4(!@Z( 4SeeNoteA L9*@[" x @ ( @xLChromiumAnodizing %(\ %Yes 0(!(] 0Yes 0(!(^( 0Yes 0(!(_( 0Yes 4(!(`( 4SeeNoteA U(B*(a" x @ ( UTYPEIII: ((xb( ( 0((!xc( 0 0((!xd(( 0 0((!xe(( 0 4((!xf(( 4 UB*xg"  (( @xULargeorSmallHardChromium %h %Yes 0(!i 0No 9(*j"( 9Yes 0(!k( 0YesorNo 4(!l( 4SeeNoteB UB*m" x @ ( @xUDecorativeChromium %Pn %Yes 0(!Po 0No 9(*Pp"( 9Yes 0(!Pq( 0YesorNo 4(!Pr( 4SeeNoteB L9*Ps" x @ ( @xLChromiumAnodizing %8t %Yes 0(!8u 0No 9(*8v"( 9Yes 0(!8w( 0YesorNo 4(!8x( 4SeeNoteB U(B*8y" x @ ( UTYPEIV: ((z( ( 0((!{( 0 0((!|(( 0 0((!}(( 0 4((!~(( 4 UB*"  (( @xULargeorSmallHardChromium %  %Yes 0(!  0Yes 0(! ( 0No 9(* "( 9YesorNo 4(! ( 4SeeNoteC UB* " x @ ( @xUDecorativeChromium %` %Yes 0(!` 0Yes 0(!`( 0No 9(*`"( 9YesorNo 4(!`( 4SeeNoteC Q>*`" x @ ( pxQChromiumAnodizing ,H ,Yes 2(!H 2Yes 2(!H( 2No ;(*H"( ;YesorNo 4(!H( 4SeeNoteC:0.H" x0 p  ( :7epX,4X7   @ NoteA:Specialcomplianceprovisionsformultiplesources,performingthesametypeofoperation,controlledbyacommonaddonairpollutioncontroldevice:(i)0  Calculatethecrosssectionalareaofeachinletduct,includingthosenotaffectedbythestandard.8181 (ii)0  Determinethetotalsampletimepertestrunbydividingthetotalinletareafromalltanksconnectedtothecontrolsystembythetotalinletareaforallductsassociated x  withaffectedsource,thenmultiplythisnumberbytwo(2)hours;thiscalculatedtimeistheminimumsampletimerequiredpertestrun. 8181 (iii)0  PerformMethod306testingandcalculateanoutletmassemissionrate.x8181 (iv)0  Determinethetotalventilationratefromtheaffectedsourcesbyusingequation1:`  8181 @"(1)VRtotXIDAi/(sum)IAtotal=VRinlet    0  whereVRtotistheaveragetotalventilationrateindscm/minforthethreetestrunsasdeterminedattheoutletbymassoftheMethod306testing;IDAi,aisthetotalinletductarea  (  forallductsconveyingchromicacidfromeachtypeofaffectedsourceperformingthesameoperation,oreachtypeofaffectedsourcesubjecttothesameemissionlimitation;IAtotalisthesumofallnonaffectedsources;andVRinlet,isthetotalventilationratefromallinletductsassociatedwithaffectedsources. 8181 (v)0  Establishtheallowablemassemissionrateofthesystem(AMRsys)inmilligramsoftotalchromiumperhour(mg/hr)usingequation2:H 8181 @(2)(sum)VRinletXELX60minutes/hours=AMRsys 0 0  where(sum)VRinlet,isthetotalventilationrateindscm/minfromtheaffectedsources,andEListheapplicableemissionlimitationfrom40CFR63.342inmg/dscm.The h allowablemassemissionrate(AMRsys)calculatedfromequation2shouldbeequaltoorlessthantheoutletthreerunaveragemassemissionratedeterminedfromMethod306 0 testinginorderforthesourcetobeincompliancewiththestandard. 8181    NoteB:Specialcomplianceprovisionsformultiplesourcescontrolledbyacommonaddonairpollutioncontroldevice(thatmayormaynotalsobecontrollingemissionsfromsourcesnotaffectedbythesestandards),andperformingdifferenttypesofoperations(i.e.,hardchromiumelectroplating,decorativechromiumelectroplating,orchromiumanodizing):(i)0  Calculatethecrosssectionalareaofeachinletduct,includingthosenotaffectedbythestandard.x 8181 (ii)0  Determinethetotalsampletimepertestrunbydividingthetotalinletareafromalltanksconnectedtothecontrolsystembythetotalinletareaforallductsassociated  withaffectedsource,thenmultiplythisnumberby2hours;thiscalculatedtimeistheminimumsampletimerequiredpertestrun. 8181 (iii)0  PerformMethod306testingandcalculateanoutletmassemissionrate.`  8181 (iv)0  Determinethetotalventilationrateforeachtypeofaffectedsourceusingequation3:(3)VRtotXIDAi,a/(sum)IAtotal=VRinlet,a  8181 0  whereVRtotistheaveragetotalventilationrateindscm/minforthethreetestrunsasdeterminedattheoutletbymeansoftheMethod306testing;IDAi,aisthetotalinletduct  (  areaforallductsconveyingchromicacidfromeachtypeofaffectedsourceperformingthesameoperation,oreachtypeofaffectedsourcesubjecttothesameemissionlimitation;IAtotalisthesumofallductareasfrombothaffectedandnonaffectedsources;andVRinlet,a,isthetotalventilationratefromallinletductsconveyingchromicacidfrom   eachtypeofaffectedsourceperformingthesameoperation,oreachtypeofaffectedsourcesubjecttothesameemissionlimitation. 8181 (v)0  Establishtheallowablemassemissionrateinmg/hrforeachtypeofaffectedsourcethatiscontrolledbytheaddonairpollutioncontroldeviceusingequation4,5,6,or h 7asappropriate: 8181 @ (4)VRhc1XELhclX60minutes/hour=AMRhc1  @zz (5)VRhc2XELhc2X60minutes/hour=AMRhc2 h @"(6)VRdcXELdcX60minutes/hour=AMRdc 0 @"(7)VRcaXELcaX60minutes/hour=AMRca P 0  where hcappliestothetotalofventilationratesforallhardchromiumelectroplatingtankssubjecttothesameemissionlimitation, dcappliestothetotalofventilationratesforthedecorativechromiumelectroplatingtanks, caappliestothetotalofventilationratesforthechromiumanodizingtanks,andEListheapplicableemissionlimitationfrom40CFR63.342inmg/dscm.Therearetwoequationsforhardchromiumelectroplatingtanksbecausedifferentemissionlimitationsmayapply(e.g.,anewtankversusanexisting,smalltank). 8181 (vi)0  Establishtheallowablemassemissionrate(AMR)inmg/hrforthesystemusingtheequation8,includingeachtypeofaffectedsourceasappropriate:p8181 @QQ#(8)AMRhc1+AMRhc2+AMRdc+AMRca=AMRsys X  0  Theallowablemassemissionratecalculatedfromequation8shouldbeequaltoorlessthantheoutletthreerunaveragemassemissionratedeterminedfromMethod306testinginorderforthesourcetobeincompliancewiththestandards. 8181   @% NoteC:Specialcomplianceprovisionsformultiplesourcescontrolledbyacommonaddonairpollutioncontroldevice,andperformingsametypeofoperation(thatmayormaynotalsobecontrollingemissionsfromsourcesnotaffectedbythesestandards),butaresubjecttodifferentemissionlimitations(i.e.,becauseoneisanewhardchromiumplatingtankandoneisanexistingtank):(i)0  Calculatethecrosssectionalareaofeachinletduct,includingthosenotaffectedbythestandard.x 8181 (ii)0  Determinethetotalsampletimepertestrunbydividingthetotalinletareafromalltanksconnectedtothecontrolsystembythetotalinletareaforallductsassociated  withaffectedsource,thenmultiplythisnumberby2hours;thiscalculatedtimeistheminimumsampletimerequiredpertestrun. 8181 (iii)0  PerformMethod306testingandcalculateanoutletmassemissionrate.`  8181 (iv)0  Determinethetotalventilationrateforeachtypeofaffectedsourceusingequation3:  8181 @!(3)VRtotXIDAi,a/(sum)IAtotal=VRinlet,a  (  0  whereVRtotistheaveragetotalventilationrateindscm/minforthethreetestrunsasdeterminedattheoutletbymeansoftheMethod306testing;IDAi,aisthetotalinletduct   areaforallductsconveyingchromicacidfromeachtypeofaffectedsourceperformingthesameoperation,oreachtypeofaffectedsourcesubjecttothesameemissionlimitation;IAtotalisthesumofallductareasfrombothaffectedandnonaffectedsources;andVRinlet,a,isthetotalventilationratefromallinletductsconveyingchromicacidfrom H  eachtypeofaffectedsourceperformingthesameoperation,oreachtypeofaffectedsourcesubjecttothesameemissionlimitation. 8181 (v)0  Establishtheallowablemassemissionrateinmg/hrforeachtypeofaffectedsourcethatiscontrolledbytheaddonairpollutioncontroldeviceusingequation4,5,6,or  7asappropriate: 8181 @ (4)VRhc1XELhclX60minutes/hour=AMRhc1 P @zz (5)VRhc2XELhc2X60minutes/hour=AMRhc2  @"(6)VRdcXELdcX60minutes/hour=AMRdc  @"(7)VRcaXELcaX60minutes/hour=AMRca P 0  where hcappliestothetotalofventilationratesforallhardchromiumelectroplatingtankssubjecttothesameemissionlimitation, dcappliestothetotalofventilationratesforthedecorativechromiumelectroplatingtanks, caappliestothetotalofventilationratesforthechromiumanodizingtanks,andEListheapplicableemissionlimitationfrom40CFR63.342inmg/dscm.Therearetwoequationsforhardchromiumelectroplatingtanksbecausedifferentemissionlimitationsmayapply(e.g.,anewtankversusanexisting,smalltank). 8181 (vi)0  Establishtheallowablemassemissionrate(AMR)inmg/hrforthesystemusingtheequation8,includingeachtypeofaffectedsourceasappropriate: !8181 @QQ#(8)AMRhc1+AMRhc2+AMRdc+AMRca=AMRsys X# 0  Theallowablemassemissionratecalculatedfromequation8shouldbeequaltoorlessthantheoutletthreerunaveragemassemissionratedeterminedfromMethod306testinginorderforthesourcetobeincompliancewiththestandards.  &8181 #,XX,J#@))4 TABLE3 X @WorkPracticeStandardsforAddOnControlDevice  H ,JX,X*h(idd0 td"td"td"td"0t"stX81X81,dd ,dd ,pdd +  &  &ControlDevice ;*d " ;WorkPracticeStandards =*d " =TimeRequired 0!d " 0CompositeMeshPad(CMP)System "0 "1.Visuallyinspectdevicetoensurethereisproperdrainage,nochromicacidbuilduponthepads,andnoevidenceofchemicalattackonthestructuralintegrityofthedevice.2.Visuallyinspectbackportionofthemeshpadclosesttothefantoensurethereisnobreakthroughofchromicacidmist.3.Visuallyinspectductworkfromtanktothecontroldevicetoensuretherearenoleaks.4.Performwashdownofthecompositemeshpadsinaccordancewithmanufacturersrecommendations   P 1.1/quarter2.1/quarter3.1/quarter4.Permanufacturer '  'PackedBedScrubber(PBS)System " t  "1.Visuallyinspectdevicetoensurethereisproperdrainage,nochromicacidbuilduponthepackedbeds,andnoevidenceofchemicalattackonthestructuralintegrityofthedevice.2.Visuallyinspectbackportionofthechevronblademisteliminatortoensurethatitisdryandthereisnobreakthroughofchromicacidmist.3.Sameasnumber3forCMPSystem.4.Addfreshmakeupwatertothetopofthepackedbed.a,b    1.1/quarter2.1/quarter3.1/quarter4.Whenevermakeupisadded '$  'PBS/CMPSystem "H  "1.SameasforCMPSystem.2.SameasforCMPSystem.3.SameasforCMPSystem.4.SameasforCMPSystem.  H$ 1.1/quarter2.1/quarter3.1/quarter4.Permanufacturer 'H( 'FiberBedMistEliminatorc ") "1.Visuallyinspectfiberbedunitandprefilteringdevicetoensurethereisproperdrainage,nochromicacidbuildupintheunits,andnoevidenceofchemicalattackonthestructuralintegrityofthedevices.2.Visuallyinspectductworkfromtankortankstothecontroldevicetoensuretherearenoleaks.3.Performwashdownoffiberelementsinaccordancewithmanufacturersrecommendations.  T- 1.1/quarter2.1/quarter3.Permanufacturer 'T1 'Airpollutioncontroldevicenotlistedinrule "x 3 "TobeproposedbythesourceforapprovalbytheAdministratoroftheU.S.EPA.  X4 TobeproposedbysourceforapprovalbyAdministrator /@7 /@-MonitoringEquipment *D8 *PilotTube "9 "Backflushwithwater,orremovefromtheductandrinsewithfreshwater.Replaceintheductandrotate180degreestoensurethatthesamezeroreadingisobtained.Checkpitottubeendsfordamage.Replacepitottubeifcrackedorfatigued.  0< 1/quarter )= )Stalagmometerd )> )Followmanufacturersrecommendations. +? +&@   &aIfgreaterthanfifty(50)percentofthescrubberwaterisdrained(e.g.,formaintenancepurposes),makeupwatermaybeaddedtothescrubberbasin.  @ bForhorizontalflowscrubbers,topisdefinedasthesectionoftheunitdirectlyabovethepackingmediasuchthatthemakeupwaterwouldflowperpendiculartotheairflow l" B throughthepacking.Forverticalflowunits,thetopisdefinedastheareadownstreamofthepackingmaterialsuchthatthemakeupwaterwouldflowcountercurrenttotheairflowthroughtheunit.cWorkpracticestandardsforthecontroldeviceinstalledupstreamofthefiberbedmisteliminatortopreventpluggingdonotapplyaslongastheworkpracticestandardsforthe X fiberbedunitarefollowed.dDeviceusedtomeasurethesurfacetensionofthebath.#,XX,J#