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) hp x )23   5+ ` hp x 5  M -, dc2>M 0_levnl5   &hhp x &23   5+ ` hp x 5  2;M 0_levnl6   #p x #23   5+ ` hp x 5  28M 0_levnl7  h  p x 23   5+ ` hp x 5  ` I&mage <=8C HKKKK25M 0_levnl8   pp x 23   5+ ` hp x 5  22M 0_levnl9    x 23   5+ ` hp x 5  * `(CG TimesScalable(9 Z(Times New Roman \  `&Times New RomanTable_A(3$ !  .\  `"TimesNewRoman XILXXXԀFUNC{STACK{Monthly~Actual#Solvent~Loss#(gallons)}~=~  #X}XLXXI#XILXXX}Sum#X}XLXXI#XILXXX}FROM{i=1}TOn#X}XLXXI#XILXXX}({SOLVsub{B}}#X}XLXXI&#XILXXX}~~  {SOLVsub{E}}~+~{SOLVsub{R}}~UNDERLINE{+}~{SOLVsub{A}}})sub{i}#X}XLXXIv#<l9Z &Courier Regular #  _Eq.1of  63.2853X7XXX#XXXX7V#<l9Z &Courier RegularXXMonthlyXX!ActualXXSolventXXHLossXXBD(XXDgallonsXXD)XXXXIngig g1XX(XXSOLV BXX| XXy SOLV EXX+XX(SOLV1R{XXXXXSOLVAXXH)i,cAZ"Arial Regular XILXXXFUNC{{Stack{Monthly~Weighted#Average~HAP~Content#of~Extraction~Solvent#(volume~fracti  on)}}~=~{{{sumFROM{i=1}TOn~LEFT({~Received#X}XLXXI#XILXXX}sub{i}#X}XLXXI#XILXXX}~*~ ^^ {{Contentsub{i}~}}}RIGHT)}}}#X}XLXXI(#OVER{XILXXX}Total~Received}#X}XLXXI#} (( <l9Z &Courier Regular #  _Eq.1of  63.2854X7XXX#XXXX7V#XXMonthlyXXWeightedXXAverageXXHAPXXContentXXHofXXF ExtractionXXSolventXXD(XX7DvolumeXXDfractiXXDonXXUD)XX 2XXX iI7 {ni  1X8 EfXEmXX Received eiXXXXContent|eiXX TotalXX Received,cAZ"Arial Regular XILXXXFUNC{{Stack{12  Month~Weighted#Average~HAP#Content~\in~Solvent~Received#(volume~fraction)}}~=~{{{sumFROM{i=1}TO12~LEFT({~Received#X}XLXXI#XILXXX}sub{i}#X}XLXXI#XILXXX}~#X}XLXXI)#XILXXX}*~ ^^ {{Contentsub{i}~}}}RIGHT)}}}#X}XLXXIl#OVER{XILXXX}Total~Received#X}XLXXI#XILXXX}}#X}XLXXI8#} (( <l9Z &Courier Regular #  _Eq.2of  63.2854X7XXX#XXXX7V#XXZ12XX"XXMonthXX5WeightedXXAverageXXHAPXXContentXXinXXSolventXXReceivedXXD(XX=DvolumeXXDfractionXX[D)XX  2X XX+ iI! {12 i  1XD EfXEmXX ReceivedeiXXXXContenteiXX TotalXXReceived,cAZ"Arial Regular XILXXXԀFUNC{STACK{Monthly~Quantity#of~Each~Oilseed#Processed~(tons)}~=~  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VEGETABLEOIL#XX#XXPRODUCTION J  NESHAP #XX#XX f  #iG##iXlXiG#i XiXl-i #-XX-#-Y X-X#i\  -Y##iXlX i\#      XXXiXlEPA#iXlXXX}#ԄXXXiXl453/B04001#iXlXXX#-XXXiXl | September2001 e    - X-XComplianceDemonstrationfortheSolventExtractionforVegetableOil    ProductionNESHAP#-XX -}#  9   Preparedfor: V JamesDurham,ProjectOfficer ? EmissionsStandardsDivision (x  U.S.EnvironmentalProtectionAgency Y! OfficeofAirQualityPlanningandStandards B"  EmissionStandardsDivision +#{! WasteandChemicalProcessesGroup $d" ResearchTrianglePark,NorthCarolina#iXlXX-X#XXXiXl  $M # 811XXdd8    TABLEOFCONTENTS    Section!!G(#Page  ',X6$X'0  1.00` (#(#Introduction#""J(#.? ? ` (#` (##1 J   2.00 ` HAPLossInventoryLog#""J(#.LL*` (#` (##1  b    ` 2.10 BeginningandEndingDatesforEachOperatingStatus * (# (# 0  0` (#(#0 ` (#` (#PeriodandtheProcessOperatingStatus#""J(#.ttA (# (##2       ` 2.2 BeginningandEndingSolventInventory""J(#.?3      `     ` 2.3 TotalQuantityandAverageHAPContentofExtraction N  0  0` (#(#0 ` (#` (#SolventReceived#""J(#.77) (# (##4 2     ` 2.4 SolventInventoryAdjustments""J(#.~~65 J    ` 2.5 MonthlyActualSolventLoss""J(#.4 @ 5     ` 2.60 MonthlyWeightedAverageHAPContentofSolvent#""J(#.XXH (# (##6     ` 2.7 ActualSolventLossforthePrevious12OperatingMonths""J(#.$$Q7 R    ` 2.8 WeightedAverageHAPContentofSolventforthePrevious j    `  12OperatingMonths""J(#.ii,7 N   3.00 ` OilseedProcessedInventoryLog#""J(#.3` (#` (##8  0  0` (#(#3.10 ` (#` (#ProcessOperatingStatusandBeginningandEnding (# (# 0  0` (#(#0 ` (#` (#DatesforEachChangeinProcessOperatingStatus#""J(#.J (# (##9 r 0  0` (#(#0 ` (#` (#  (# (#    ` 3.2 BeginningandEndingOilseedInventory""J(#.?9 :!     ` 3.3 QuantityofOilseedReceived""J(#.59 #R"    ` 3.40 OilseedInventoryAdjustments#`"`"I(#.~~6 (# (##10 $ $    ` 3.50 MonthlyDeterminationofQuantityofOilseedProcessed#`"`"I(#.O (# (##10 &!&    ` 3.60 DeterminingtheQuantityofOilseedProcessedfortheZ(#( (# (# 0  0` (#(#0 ` (#` (#Previous12OperatingMonths#`"`"I(#.XX5 (# (##11 >)$)   4.0 ` ComplianceDeterminationandStatusLog`"`"I(#.<12  +V&+ @#LISTOFTABLES  0  !!G(#(#(#Page  H+ X,<,, #(#,,X6$H0  Table1.0` (#(#HAPLossInventoryLog#`"`"I(#.LL*` (#` (##15 T 0  Table2A.OilseedProcessedInventoryLogFlax#`"`"I(#.=(#(##17 & v 0  Table2B.OilseedProcessedInventoryLogCottonseed,Small#`"`"I(#.J(#(##19  H 0  Table3.0` (#(#ComplianceDeterminationandStatusLog#`"`"I(#.;` (#` (##21    0  Table4.0` (#(#OilseedSolventLossFactorsforDeterminingAllowableHAPLoss#`"`"I(#.S` (#` (##22    L,X6$ X,<,, #(#,L 1.0INTRODUCTION   Thepurposeofthisdocumentistoprovideanexampleofhowavegetableoilproduction  processcoulddemonstratecompliancewiththesolventextractionforvegetableoilproduction l NESHAP(40CFR63,SubpartGGGG).TocomplywiththeseNESHAP,staffataffected U vegetableoilproductionprocessesneedtomonitorandrecordthreetypesofinformation,as >  listedbelow: ' w  (h83Z"O3"  0  O32h  1  .3  0` (#(#  TheHAPloss(gallons)fromthevegetableoilproductionprocess.Anexample  I HAPlossinventorylogisshownasTable1andisdescribedfurtherin  2  Section2.0.O3݌  ` (#` (# Ќ  0   (#(# "O3"  0  O32h  2  .3  0` (#(#  Thequantity(tons)#iXlXXX #XXXiXlԀofeachoilseedtypeprocessedatthevegetableoilproduction   process.ExampleoilseedprocessedinventorylogsareshownasTables2Aand   2BandaredescribedinSection3.0.O3݌o ` (#` (# Ќ  0   (#(# "O3"  0  O32h  3  .3  0` (#(#  Thedeterminationandstatusofcompliance.Anexamplecompliance A determinationandstatuslogisshownasTable3andisdescribedinSection4.0.O3݌*z` (#` (# Ќ  Note:Theexamplelogsinthisdocumentare#iXlXXXb#XXXiXlԀpro#iXlXXX!#XXXiXlvided#iXlXXX!#XXXiXlԀonly#iXlXXX""#XXXiXlԀasguidanceforstaffatvegetableoil L productionprocesses.Theseexamplelogsshowhowrequiredcomplianceinformationcanbe 5 recorded.Thisguidancedocumentdoesnotcontaininstructionsforhowstaffatanaffected  processmustrecordcomplianceinformation.Staffateachvegetableoilproductionprocessmay  developitsownrecordkeepinglogs,aslongasallrequiredinformationisproperlyrecorded.   2.0HAPLOSSINVENTORYLOG  r Table1isanexamplelogthatshowshowstaffatavegetableoilproductionprocessmaywishto E organizeandrecordmonitoringinformationonHAPlossfromtheprocess.Ataminimum,a .~ HAPLossInventoryLogshouldincludeentriestorecordthefollowinginformation: g   1.0 ` Thebeginningandendingdatesforeachoperatingstatusperiodandtheprocess  9 operatingstatus(columns1and2ofTable1).!" ` (#` (#   2.0 ` Beginningandendingsolventinventoryingallons(columns3and4ofTable1).#"` (#` (#   3.0 ` Totalquantityofextractionsolventreceivedatthevegetableoilproduction v% $ processingallons(column5ofTable1)._&!%` (#` (#   4.0 ` TheaverageHAPcontentofsolventreceivedatthe#iXlXXXi"#XXXiXlvegetableoilproduction 1(#' process#iXlXXX(#XXXiXlԀrepresentedasavolume#iXlXXX)#XXXiXlԀfractionofthesolvent(column6ofTable1).)j$(` (#` (#   5.0 ` Ifapplicable,recordandjustifyanyadjustmentsmadetothesolventinventoryin *<&* gallons(column7ofTable1).+%'+` (#` (# Ї  6.0 ` Themonthlyactualsolventlossingallons(column8ofTable1).` (#` (#   7.0 ` ThemonthlyweightedaverageHAPcontentofallsolventreceivedrepresentedas  avolume#iXlXXXj)#XXXiXlԀfractionofthesolvent(column9ofTable1).k` (#` (#   8.0 ` Theactualsolventlossfortheprevious12operatingmonthsingallons =  (column10ofTable1).& v` (#` (#   9.0 ` TheweightedaverageHAPcontentinsolventreceivedfortheprevious12  H operatingmonthsrepresentedasafractionofthevolumeofsolvent. 1 ` (#` (# EachoftheselistedentriesisdiscussedinmoredetailinSections2.1through2.8.   2.10  BeginningandEndingDatesforEachOperatingStatusPeriodandtheProcessOperating   Statusn (#(# Columns1and2ofTable1requesttheprocessoperatingstatus,andbeginningandendingdates @ foreachchangeinoperatingstatus.In63.2853(a)(2)ofthesolventextractionforvegetableoil )y productionNESHAP,fivetypesofprocessoperatingstatusthatavegetableoilproduction b processmayexperiencearelistedanddescribed: K 0   (#(# 0  1.0` (#(#normaloperatingperiod,` (#` (# 0  2.0` (#(#nonoperatingperiod,` (#` (# 0  3. ` initialstartupperiod,q(#(# 0  4. ` malfunctionperiod,andC(#(# 0  5. ` exemptperiod.e(#(# Thedatesthatdefineeachoperatingstatusperiodincludethebeginningdateofeachcalendar  7 monthandthedateofanychangeinthesourceoperatingstatus.Ifthevegetableoilproduction !   processmaintainsthesameoperatingstatusduringanentirecalendarmonth,thebeginningand " ! endingdatesofthecalendarmonthdefinetheoperatingperiod.However,avegetableoil #" productionprocessmaycyclethroughmorethanonetypeofoperatingstatusduringanygiven $# calendarmonth,asshowninthefollowingexamplelogentriesforTable1: t% $ Uc  Uc4"0    Anexamplevegetableoilproductionprocessmaintainsanormaloperatingstatus F'"& throughoutJanuary2001.Therefore,theexampleprocessentersonlythefirstandlast /(#' daysofthemonth(January1throughJanuary31).Theentirefirstcalendarmonth )h$( qualifiesasanoperatingmonthbecausetheexampleprocessoperatedcontinuously *Q%)  throughthemonthunderanormaloperatingperiod.Allsolventinformationrelatedto *:&* thisoperatingmonthmustbeenteredintothelognolaterthantheendofthecalendar  monthfollowingthisoperatingmonth(i.e.,byFebruary28,2001).Uc44݌(#(#   Uc  Uc;8"0    InFebruary2001,theexampleprocessmaintainsanormaloperatingstatusformostof k themonth,buthasaplannedmaintenanceshutdowninthelastfewdaysofthemonth. T Theexampleprocessmustenterthebeginningandendingdatesofthenormaloperating =  period(February1throughFebruary25)anddesignatethisintervalasanormal & v operatingperiod.Next,theexampleprocessentersthebeginningandendingdatesofthe  _ shutdownperiod(February26throughFebruary28)anddesignatesthisintervalasa  H nonoperatingperiod.Sincetheexamplevegetableoilproductionprocessoperatedat  1  leastonceunderanormaloperatingperiod,theintervalfromFebruary1through    February25qualifiesasanoperatingmonth.Allsolventinformationrelatedtothis   operatingmonthmustbeenteredintothislognolaterthantheendofthecalendarmonth   followingthisoperatingmonth(i.e.byMarch31,2001).Uc;8V8݌ (#(# Ќ  Uc  Uc0="0    Theexamplevegetableoilproductionprocessremainsshutdownthroughouttheentire W  nextcalendarmonth.Thus,theexampleprocessentersthefirstandlastdaysofthe @ month(March1throughMarch31)andcontinuestodesignatethisintervalasa )y nonoperatingperiod.Sincetheexampleprocessdidnotoperateonceunderanormal b operatingperiodduringthemonthofMarch,thisintervalisnotcategorizedasan K operatingmonthandisexcludedfromanycountsfordeterminingthe12previous 4 operatingmonths.Uc0=K=݌(#(# Ќ  Uc  Uc<@"0    Theexamplevegetableoilproductionprocessresumesnormaloperationsforallof  April2001andcontinuesnormaloperationsintoMay(May1throughMay9).  However,theexampleprocessexperiencesanemergencyshutdownduetoanunforeseen q processmalfunctioninthemiddleofMay(May10throughMay15,whichisdesignated Z amalfunctionperiod).Sincetheexampleprocessoperatedatleastonceunderanormal C operatingperiodinthemonthofMay(May1throughMay9andMay16throughMay ,| 31twonormaloperatingperiods),thenMayqualifiesasanotheroperatingmonth. e Thus,allsolventinformationrelatedtothisoperatingmonthmustbeenteredintothislog N nolaterthantheendofthecalendarmonthfollowingthisoperatingmonth(i.e.,byJune  7 30,2001).Uc<@W@݌!  (#(# Ќ   &O]^bcefh('x82.20  BeginningandEndingSolventInventory#"(#(# Columns3and4ofTable1requestthebeginningandendingsolventinventoryforeachnormal t% $ operatingperiod.Staffattheexamplevegetableoilproductionprocessmustmeasureand ]&!% recordthesolventinventorybyfollowingtheproceduresdescribedinitsplanfordemonstrating F'"& compliance.(Requirementsforpreparingaplanfordemonstratingcompliancecanbefoundat /(#' 63.2851.)Examplesofhowthesolventinventoryshouldberecordedunderdifferent )h$( circumstancesareshownbelow: *Q%)   *:&* Uc  UcG"0    RefertoTable1andtheexampleentriesforJune,July,andAugustof2001.Theending   solventinventoryforagivenoperatingmonthisgenerallythebeginningsolvent  inventoryforthefollowingoperatingmonth.Anexceptioniswhensolventisreceived  duringanonoperatingmonththatseparatestwooperatingmonths(refertoTable1 k entriesforFebruary,March,andAprilof2001).Inthiscase,theamountofsolvent T receivedduringMarch2001(anonoperatingmonth)isaddedtothebeginningsolvent =  inventoryofthenextoperatingmonth.UcGH݌& v(#(# Ќ  Uc  Uc8K"0    Thepriormentionedrelationshipofendingandbeginningsolventinventoriesalso  H appliestosolventlossassociatedwithanonoperatingperiodsuchasaplanned  1  maintenanceshutdownofthevegetableoilproductionprocess.RefertoTable1andthe    exampleentriesforFebruary2001(endinginventoryof2,000gallons)andApril2001   (beginninginventoryof4,000gallons).Anysolventlostduringthisplannedshutdown   shouldbeincludedinthesolventinventoryforthenextoperatingperiodandsubjectto   theHAPemissionlimitsoftheseNESHAP.Uc8KSK݌n (#(# Ќ  Uc  UcN"0    Solventlossthatoccurswhenavegetableoilproductionprocessoperatesundera @ malfunctionperiodoraninitialstartupperiodisexcludedfromthesolventloss )y inventory.RefertoTable1andtheexampleentryforMay2001.Twonormaloperating b periods(May1throughMay9,andMay16throughMay31)areinterruptedbyabrief K malfunctionperiod(May10throughMay15).Theendingsolventinventoryforthefirst 4 normaloperatingperiod(3,500gallons)is500gallonsmorethanthebeginningsolvent  inventory(3,000gallons)forthefollowingnormaloperatingperiod.Inthisexample  entry,500gallonsofsolventwaslostduringthemalfunctionperiodandexcludedfrom  therollingsolventinventory.Duringmalfunctionorinitialstartupperiods,solvent  lossesareexcludedfromthesolventinventoryandarenotsubjecttotheHAPemission q limits.Instead,thesolventlossesaresubjecttocontrolrequirementsdescribedinthe Z processsstartup,shutdown,andmalfunctionplan.(Requirementsforpreparinga C startup,shutdown,andmalfunction#iXlXXX+#XXXiXlԀplancanbefoundat63.2852.)#iXlXXXJT#XXXiXlUcNN݌,|(#(# Ќ  2.30  TotalQuantityandAverageHAPContentofExtractionSolventReceivedN(#(# Columns5and6ofTable1requestinformationonthequantityandHAPcontentofsolvent !   receivedatthevegetableoilproductionprocess.Wheneverashipmentofsolventisreceivedat " ! avegetableoilproductionprocess,thevolumeofsolventreceivedandtheaverageHAPcontent #" (expressedasavolumefraction)ofthesolventareenteredontheHAPLossInventoryLog. $# StaffatthevegetableoilproductionprocessmustdeterminetheHAPcontentofeachsolvent t% $ receiptbyfollowingtheproceduresdescribedinitsplanfordemonstratingcompliance.Listed ]&!% belowareseveralexamplesofhowstaffshouldrecordthequantityandHAPcontentofsolvent F'"& receivedatavegetableoilproductionprocess. /(#' Uc  UcX"0    InMarch2001,theexampleprocessreceivedasingleshipmentofsolvent(2,000 *Q%) gallons)withacorrespondingHAPvolumefractionof0.70.However,theoperational *:&* statusoftheexampleprocesswasanonoperatingperiodwhenthesolventdeliverywas +#'+ accepted.Thus,allinformationonthissolventdeliveryisrecordedinthenextlogentry  foranormaloperatingperiod.WhenthesolventinventoryforthebeginningofApril  2001isdetermined,theinventorywillreflectthe2,000gallonsofsolventaddedduring  thenonoperatingperiod.UcX Y݌k(#(# Ќ  Uc  Uc%\"0    InMay2001,theexampleprocessreceivedtwoseparatesolventshipments(1,000 =  gallonseach).ThefirstsolventdeliverywasdeterminedtohaveaHAPvolumefraction & v of0.75;whilethesecondsolventdeliverywasdeterminedtohaveaHAPvolume  _ fractionof0.65.Therefore,themonthlyweightedaverageHAPcontentofsolvent  H receivedwasdeterminedandrecordedasavolumefractionof0.70.Uc%\@\݌ 1 (#(# Ќ  & v 2.40  SolventInventoryAdjustments (#(# Column7ofTable1allowsstaffatavegetableoilproductionprocesstodocumentperiodic   adjustmentstoimprovetherecordedaccuracyofthesolventinventory.Section63.2853(a)(5)of n  thesolventextractionfor#iXlXXXT#XXXiXlԀvegetableoilproductionNESHAPallowssolventinventory W  adjustmentstobemadeaslongasan'v^Ԁadequatejustificationfortheadjustmentisprovided. @ Adjustmentstothesolventinventoryareexpectedtobeinfrequent.Examplesofsituationsthat )y mayrequireadjustmentstothetotalsolventlossinclude,whensolventisdestroyedinacontrol b deviceandwhentherearechangesinthesolventworkingcapacityoftheprocessingequipment. K 2.50  MonthlyActualSolventLoss(#(# Basedoninformationalreadyrecordedinthistypeoflog,staffatavegetableoilproduction  processmustdetermineitsactualsolventlossforeachoperatingmonthandenterthevalue,such  asunderColumn8ofTable1.Themonthlyactualsolventlossisthetotalsolventlossduringall q normaloperatingperiodsofanoperatingmonth.Themonthlyactualsolventlossmaybe Z determinedusingEquation1of63.2853: C w=-)px# `X!E8yddw (#(#     (#(#where: #" 3X, X,X6$30  0(#(#SOLVB0 (#(#=0 (# (#Gallonsofsolventintheinventoryatthebeginningofnormaloperating t% $ period iasdeterminedat63.2853(a)(3).]&!% (# (# 0  0(#(#SOLVE0 (#(#=0 (# (#Gallonsofsolventintheinventoryattheendofnormaloperatingperiod /(#'  iasdeterminedat63.2853(a)(3).)h$( (# (# 0  0(#(#SOLVR0 (#(#=0 (# (#Gallonsofsolventreceivedbetweenthebeginningandendingdatesofthe *:&* normaloperatingperiod iasdeterminedat63.2853(a)(4).+#'+ (# (# Ї  0  SOLVA =0 (#(#Gallonsofsolventaddedorremovedfromthesolventinventoryduring  operatingperiod iasdeterminedat63.2853(a)(5). (# (#     0 4  ` i = Anoperatingperiod.k4(#4(#     0 4  ` n = Numberofoperatingperiodswithinacalendarmonth.= 4(#4(#      4  `   7,X6$X, Xe7Uc  Uck"0    RefertoTable1andtheexampleentryforMay2001.Theexamplevegetableoil  _ productionprocessexperiencestwonormaloperatingperiodswithinthesamemonth.  H Thesolventlossescorrespondingtothefirstnormaloperatingperiod(4,5003,500+  1  1,000+0=2,000gallons)andthesecondnormaloperatingperiod(3,0002,000+1,000    +0=2,000gallons)arecombinedandrecordedasthenetsolventloss(4,000gallons)for   theentireoperatingmonthofMay.Uckl݌ (#(# Ќ  &  2.60  MonthlyWeightedAverageHAPContentofSolventn (#(# Column9ofTable1offersstaffattheaffectedvegetableoilproductionprocesstodeterminethe @ weightedaverageHAPcontentofsolventreceived'nnԀduringagivenmonth.Themonthlyweighted )y averagevolumefractionofHAPintheextractionsolventisbasedonallshipmentsofsolvent b receivedsincethelastoperatingmonth,regardlessoftheoperatingstatusatthetimeofthe K delivery.ThemonthlyweightedaveragevolumefractionofHAPmaybedeterminedusing 4 Equation1of63.2854:  I95| `X@Eu?s<WOs (#(#        (#(#where: N 3X, X,X6$3    Receivedi =0 Gallonsofextractionsolventreceivedindelivery i.!   (# (#     Contenti =0 ThevolumefractionofHAPinextractionsolventdelivery i.#" (# (# TotalReceived =0 Totalgallonsofsolventextractionreceivedsincetheendoftheprevious t% $ operatingmonth.Note:thisincludesallsolventdeliveriessuchas ]&!% deliveriesduringnonoperationalandmalfunctionperiodsthatoccur F'"& betweentheendofthepreviousnormaloperatingperiodandthe /(#' beginningofthenextnormaloperatingperiod.)h$( (# (#      4  `  ` i0 =0 (# (#Thedeliveryofextractionsolvent.*:&* (# (#  +#'+      4  ` n0 =0 (# (#Thenumberofextractionsolventdeliveriesduringtheoperatingperiod. (# (# 7,X6$X, X7s7Uc  UcMx"0    Forexample,inMay2001theexamplevegetableoilproductionprocessreceivedtwo  separatesolventshipments(1,000gallonseach).Thefirstsolventdeliverywas k determinedtohaveaHAPvolumefractionof0.75;whilethesecondsolventdelivery T wasdeterminedtohaveaHAPvolumefractionof0.65.UsingEquation1of63.2854,a =  monthlyweightedaverageHAPvolumefractioninthesolventforthisexampleentrywas & v determinedas0.70.UcMxhx݌ _(#(# Ќ  &  2.70  ActualSolventLossforthePrevious12OperatingMonths 1 (#(# Afterrecordingsolventlossinformationfor12operatingmonths,Column10ofTable1allows   staffatavegetableoilproductionprocesstodetermineandenteravaluefortheactualsolvent   lossfromtheprocessfortheprevious' zԀ12operatingmonths.Thissolventlossvalueis   determinedbysummingtheactualsolventlossesforthelasttwelveoperatingmonths. n  BasedontheexampleinformationrecordedinTable1,thefirstsetof12operatingmonthsis @ actuallyencompassedbythefirst13calendarmonthslistedinTable1.Thissituationisthe )y resultoftheexampleprocessbeingunderanonoperatingstatusperiodfortheentiremonthof b March2001.Thus,thecountforthe12previousoperatingmonthsbeginsinJanuary2001,skips K theentryforMarch2001,andcontinuesthroughtoJanuary2002,wherethepropercountof 4 operatingmonthisattained.Thesumofthemonthlyactualsolventlossforthefirst12operating  monthsinthisexamplelogis26,500gallons.  2.80  WeightedAverageHAPContentofSolventforthePrevious12OperatingMonths(#(# AfterrecordingsolventlossandHAPcontentinformationfor12operatingmonths,Column11 Z ofTable1allowsstaffatavegetableoilproductionprocesstodetermineandentertheweighted C averageHAPcontentexpressedasvolumefractionofsolventreceivedattheprocessforthe ,| previous12operatingmonths.ThisvolumefractionvalueisdeterminedusingEquation2of e 63.2854: N C3/|0! `XE0!!Hh  "(#"(#(#(# "(#"(#"(#"(# "(#"(#"(#"(# "(#"(#"(#"(# "(#"(#"(#"(# "(#"(#"(#"(# "(#"(#"(#"(# "(#"(#"(#"(# (#(#"(#"(#Where: /(#' 3X, X,X6$3    Receivedi0 =0 (# (#Gallonsofextractionsolventreceivedinoperatingmonth ias *Q%) determinedat63.2853(a)(4).*:&* (# (#  +#'+     Contenti0 =0 (# (#MonthlyaveragevolumefractionofHAPinextractionsolventreceivedin  operatingmonth iasdeterminedinaccordancewith63.2854(b)(2). (# (# TotalReceived0 =0 (# (#Totalgallonsofextractionsolventreceivedduringtheprevious12 k operatingmonths.T (# (#      4  ` i0 =0 (# (#Theoperatingmonth.& v (# (# 7,X6$X, XT7BasedontheexampleinformationrecordedinTable1forthefirst12operatingmonths,the12  H monthweightedaveragevolumefractionofHAP,(f),is0.655.  1   3.0OILSEEDPROCESSEDINVENTORYLOG    AnOilseedProcessedInventoryLogmustbecompletedforeachoilseedtypeprocessed.For   thisexample,vegetableoilproductionprocess,itisassumedthatthetotaloilseedprocessing o  capacityisbelow120,000tons/year,andtwotypesofregulatedoilseed(flaxandcottonseed)are X  processed.TheexamplelogTable2AiscompletedfortheflaxinventoryandTable2Bis A completedforthecottonseed(small)inventory.Tables2Aand2Bshowhowstaffatavegetable *z oilproductionprocessmaywishtoorganizeandrecordmonitoringinformationdocumentingthe c quantityofeachoilseedtypeprocessed.Accordingto63.2855,anOilseedProcessedInventory L Logshouldincludeentriestorecordthefollowinginformationforeachoperatingmonth: 5   1.0 ` Processoperatingstatusandthebeginningandendingdatesforeachchangein  processoperatingstatus,` (#` (#   2.0 ` Beginningandendingoilseedinventory,r` (#` (#   3.0 ` Quantityofeachoilseedtypereceivedattheprocess,D` (#` (#   4.0 ` Oilseedinventoryadjustments,f` (#` (#   5.0 ` Determinationofthemonthlyquantityofeachoilseedtypeprocessed,and 8` (#` (#   6.0 ` Determinationofthequantityofeachoilseedtypeprocessedfortheprevious12 " ! operatingmonths.#"` (#` (# EachoftheselistedentriesisdiscussedinmoredetailinSections3.1through3.6. u% $ 3.10  ProcessOperatingStatusandBeginningandEndingDatesforEachChangeinProcess G'"& OperatingStatus0(#'(#(# Columns1and2ofTables2Aand2Brequesttheprocessoperatingstatus,andbeginningand *R%)  endingdatesforeachchangeinoperatingstatus.Thedatesandprocessoperatingstatusentered *;&* ontheOilseedInventoryLogmustcoincideexactlywiththedatesenteredontheHAPLoss  InventoryLog.   3.20  BeginningandEndingOilseedInventoryk(#(# Columns3and4ofTables2Aand2Brequestthebeginningandendingoilseedinventoryfor =  eachnormaloperatingperiod.Theexamplevegetableoilproductionprocessmustmeasurethe & v oilseedinventorybyfollowingtheproceduresdescribedinitsplanfordemonstrating  _ compliance.Theoilseedinventorymustberecordedatthebeginningandendingdatesofeach  H normaloperatingperiodthatoccursduringanoperatingmonth,asshowninthefollowing  1  examples:    Uc  Uc"0    RefertoTable2AandtheexampleentriesforJune,July,andAugustof2001.The   endingoilseedinventoryforagivenoperatingmonthisthebeginningoilseedinventory   forthefollowingoperatingmonth.Uc0݌n (#(# Ќ  Uc  Uc"0    Whenavegetableoilproductionprocessoperatesunderamalfunctionperiodoraninitial @ startupperiod,thequantitiesofoilseedprocessedareexcludedfromtheinventory. )y RefertoTable2AandtheexampleentryforMay2001.Twonormaloperatingperiods b (May1throughMay9,andMay16throughMay31)areinterruptedbyabrief K malfunctionperiod(May10throughMay15).Theendingoilseedinventoryforthefirst 4 normaloperatingperiod(5,500tonsofflax)is500tonsmorethanthebeginningoilseed  inventory(5,000tonsofflax)forthefollowingnormaloperatingperiod.Inthisexample  entry,500tonsofflaxwasprocessedduringthemalfunctionperiodandexcludedfrom  therollingoilseedinventory.Likethesolventlosses,duringmalfunctionorinitial  startupperiods,quantitiesofoilseedprocessedareexcludedfromtheoilseedinventory.Uc݌q(#(# Ќ  &  3.30  QuantityofOilseedReceivedC(#(# Column5ofTables2Aand2Brequestinformationonthequantityofoilseedreceivedatthe e vegetableoilproductionprocess.Wheneverashipmentofoilseedisreceivedatavegetable'CԀoil N productionprocess,theoilseedquantityisenteredontheOilseedInventoryLog.Thestaffatthe  7 processmustdeterminethemassofeachoilseedreceiptbyfollowingtheproceduresdescribed !   initsplanfordemonstratingcompliance.Twoexamplesaredescribedbelowforentering " ! informationonanOilseedInventoryLog: #" Uc  Uc{"0    RefertoTable2AandtheentryforMarch2001.Theexamplevegetableoilproduction t% $ processreceivedasingleshipmentofflax(2,000tons).However,theoperationalstatus ]&!% oftheexampleprocesswasanonoperatingperiodwhentheflaxdeliverywasaccepted. F'"& Thus,informationonthisflaxdeliveryisrecordedinthenextlogentryforanormal /(#' operatingperiod.WhentheflaxinventoryforthebeginningofApril2001is )h$( determined,theinventorywillreflectthe2,000tonsofflaxaddedduringthe *Q%) nonoperatingperiod.Uc{݌*:&*(#(# Ќ   +#'+ Uc  Uc"0    RefertoTable2AandtheentryforMay2001.Theexamplevegetableoilproduction  processreceivedtwoseparateflaxshipments(2,000tonseach),foratotalof4,000tons  offlaxreceivedattheprocessduringMay2001.UcС݌(#(# Ќ  3.40  OilseedInventoryAdjustmentsT(#(# Column6ofTables2Aand2Ballowstaffatanaffectedprocesstodocumentperiodic & v adjustmentstoimprovetherecordedaccuracyoftheoilseedinventory.In63.2855(a)(5)ofthe  _ solventextractionfor#iXlXXX `#XXXiXlԀvegetableoilproductionNESHAP,oilseedinventoryadjustmentscanbe  H made,aslongas,anadequatejustificationfortheadjustmentisprovided.Entriestoadjustthe  1  oilseedinventoryareexpectedtobeinfrequent.Examplesofsituationsthatmayrequire    adjustmentstothemassofoilseedprocessedinclude:   "O3"  O3^2'"3  0    Oilseedthatmoldorotherwisebecomeunsuitableforprocessing.O3^݌ (#(# Ќ  "O3"  O3U2'"3  0    Oilseedyousellbeforeitenterstheprocessingoperation.O3U݌W (#(# Ќ  "O3"  O3G2'"3  0    Oilseeddestroyedbyaneventsuchasaprocessmalfunction,fire,ornaturaldisaster.O3Gt݌)y(#(# Ќ  "O3"  O3U2'"3  0    Oilseedprocessedthroughoperationspriortosolventextractionsuchasscreening, K dehulling,cracking,drying,andconditioning;butthatarenotroutedtothesolvent 4 extractorforfurtherprocessing.O3U݌(#(# Ќ  "O3"  O32'"3  0    Inventorycorrectionsduetoperiodicphysicalmeasurementsofinventory.O3,݌(#(# Ќ  &  3.50  MonthlyDeterminationofQuantityofOilseedProcessedq(#(# Column7ofTables2Aand2Ballowstaffatavegetableoilproductionprocesstodocumentthe C quantityofeachoilseedprocessedeachoperatingmonth.Themonthlyquantityofoilseed'q ,| processedisthetotalofeachtypeofoilseedprocessedduringallnormaloperatingperiodsofan e operatingmonth.ThemonthlyoilseedprocessedmaybedeterminedusingEquation1of N 63.2855:  7 w=-)px < `X!E^"xyd " w (#(#      (#(#where: F'"& 3X, X,X6$30    SEEDB0 (#(#=0 (# (#Tonsofoilseedintheinventoryatthebeginningofnormaloperating )h$( period iasdeterminedinparagraph63.2855(a)(3).*Q%) (# (#   *:&* 0    SEEDE0 (#(#=0 (# (#Tonsofoilseedintheinventoryattheendofnormaloperatingperiod i   asdeterminedinparagraph63.2855(a)(3). (# (# 0    SEEDR0 (#(#=0 (# (#Tonsofoilseedreceivedbetweenthebeginningandendingdatesofthe k normaloperatingperiod iasdeterminedin63.2855(a)(4).T (# (# Ѐ    SEEDA0 =0 (# (#Tonsofoilseedaddedorremovedfromthesolventinventoryduring & v operatingperiod iasdeterminedin63.2855(a)(5). _ (# (#      4  ` i0 =0 (# (#Anoperatingperiod. 1  (# (#      4  ` n0 =0 (# (#Numberofnormaloperatingperiodsinthecalendarmonthduringwhich   thistypeofoilseedwasprocessed.  (# (# 7,X6$X, X¯7Uc  Ucٵ"0    RefertoTable2AandtheexampleentryforMay2001.Theexampleprocess n  experiencestwonormaloperatingperiodswithinthesamemonth.Thequantityofflax W  processedduringthefirstnormaloperatingperiod(4,0005,500+2,000+0=500tons) @ andthesecondnormaloperatingperiod(5,0007,000+2,000+0=0tons)are )y combinedandrecordedinColumn7asthenetquantityofflaxprocessed(500tons)for b theentireoperatingmonthofMay.Ucٵ݌K(#(# Ќ  &  3.60  DeterminingtheQuantityofOilseedProcessedforthePrevious12OperatingMonths(#(# Afterrecordingthequantityofalloilseedtypesprocessedfor12operatingmonths,Column8of  Tables2Aand2Boffersstaffattheaffectedprocesstoenterthequantityofeachoilseed'Ԁtype  processedfortheprevious12operatingmonths.Thisquantityofoilseedprocessedis q determinedbysummingthemonthlyquantitiesofoilseedprocessedatthevegetableoil Z productionprocessforthelasttwelveoperatingmonths.Basedontheexampledataprovidedin C Tables2A,thefirst,12monthrollingsum(January2001throughJanuary2002)offlax ,| processedincludesonly6monthsofoperatingdata.Inthefollowingmonth,thesecond12 e monthrollingsum(February2001throughFebruary2002)offlaxprocessednowincludesonly N 5monthsofoperatingdata.  7 BasedontheexampleinformationrecordedinTables2Aand2B,thefirstsetof12operating " ! monthsisactuallyencompassedbythefirst13calendarmonthslistedinTable1.Thissituation #" istheresultoftheexampleprocessbeingunderanonoperatingstatusperiodfortheentire $# monthofMarch2001.Thus,thecountforthe12previousoperatingmonthsbeginsinJanuary t% $ 2001,skipstheentryforMarch2001,andcontinuesthroughtoJanuary2002,wheretheproper ]&!% countof12operatingmonthsisattained.Thequantitiesofflaxandcottonseedprocessedforthe F'"& first12operatingmonthsinthisexamplelogare26,500and24,000tons,respectively. /(#'   )h$(  &    4.0COMPLIANCEDETERMINATIONANDSTATUSLOG   Table3isanexamplelogthatshowshowanaffectedprocessmaywishtoorganizeandrecord  theinputvariablesforthecomplianceratio'<Ԁcalculationandthecorrespondingresults.Ata l minimum,aComplianceDeterminationandStatusLogshouldincludeentriestorecordthe U followinginformation: >    1.0 ` Beginningandendingdatesdefiningeachoperatingmonth, `` (#` (#   2.0 ` Actualsolventlossfortheprevious12operatingmonths(seeTable1), 2 ` (#` (#   3.0 ` WeightedaverageofHAPinsolventfortheprevious12operatingmonths   (seeTable1), ` (#` (#   4.0 ` Quantityofeachoilseedtypeprocessedfortheprevious12operatingmonths o  (seeTables2Aand2B),X ` (#` (#   5.0 ` Determinationofthemonthlycomplianceratio,and*z` (#` (#   6.0 ` DeterminationofcompliancestatuswiththeHAPemissionlimitsofthese L NESHAP.5` (#` (# The12monthrollingsumofactualsolventloss,weightedaverageHAPcontent,andquantityof  eachoilseedtypeprocessedcanbedeterminedusingtheexampledatarecordedinTables1,2A,  and2B.ThesecalculatedandrecordedvaluesarecopiedovertoTable3tosupport  documentationofthecomplianceratiocalculation. r Thecomplianceratioissimplytheratioofthe actualHAPlossingallonsfromanaffected D processtothe allowableHAPlossingallonsaspermittedbytheNESHAP. -} #iXlXXX#XXXiXl #AF62|}D `X!E3D)*   (#(#       (#(#Thepriormentionedcomplianceratioequationcanberearrangedtoacceptsolventloss u% $ informationinsteadofHAPlossinformation,asshowninEquation2from63.2840(a)(2): ^&!% F62|m7 `X!E(q7Tl^4 W'  #(# #(#(#(#  #(# #(# #(# #(#  #(# #(# #(# #(#  #(# #(# #(# #(#  #(# #(# #(# #(#  #(# #(# #(# #(# +$'+ #(# #(# Where:  3X, X,X6$3     4  `   f =0  TheweightedaveragevolumefractionofHAPinsolventreceived  duringtheprevious12operatingmonths,asdeterminedin k 63.2854,dimensionless.(RefertoTable3,Column3)T(#(#      4  `  0.64 =0  TheaveragevolumefractionofHAPinsolventinthebaseline & v performancedata,dimensionless. _(#(#   ActualSolventLoss =0  Gallonsofactualsolventlossduringprevious12operating  1  months,asdeterminedin63.2853.(RefertoTable3,Column2)  (#(#      4  ` Oilseed =0  Tonsofeachoilseedtype jprocessedduringtheprevious12   operatingmonths,asshownin63.2855.(RefertoTable3,   Column(s)4and/or5)n (#(#      4  `  SLF =0  Thecorrespondingsolventlossfactor(gal/ton)foroilseed j @ listedinTable1of63.2840oftheNESHAP.Asaconvenience, )y thelistofsolventlossfactorshasbeenreprintedinthisdocument b asTable4.K(#(#        4  `   j =0  Eachoilseedtypeprocessed.(#(#      4  `   m =0  Numberofoilseedtypesprocessedduringtheprevious12  operatingmonths.(#(# 7,X6$X, X7Uc  Uc"0    BasedontheexampleinformationrecordedinTables1,2A,and2Bforthefirst12 Z operatingmonths,theresultofthefirstcomplianceratiocalculationis0.84.Anexample C calculationofhowthiscomplianceratiowasdeterminedisshownbelow:Uc݌,|(#(# Ќ  2J7F62|h `X!E}Zc & (#(#      (#(##iXlXXX#XXXiXlDQFF 62| `X!Ep&Z s%%_ (#(#        *:&* Whenthevalueofthecomplianceratio,asdeterminedabove,islessthan1.00,thentheaffected   vegetableoilproductionprocessisincompliancewiththeallowableHAPemissionsunderthese  NESHAP.Theword, Yes,canthenbeenteredunderColumn7ofTable3.Whenthe  complianceratioisgreaterthan1.00,thentheaffectedprocessisnotincompliancewiththe k allowableHAPemissionsundertheseNESHAP.Theword, No,shouldthenbeenteredunder T Column7ofTable3. =  Uc  Uc"0    InTable3,alloftheexampledatashowthatallofthemonthlycomplianceratiovalues  _ arebelow1.00.Thus,theexamplevegetableoilproductionprocessisincompliance  H withtheallowableHAPemissionsundertheseNESHAPfortheperiodof12/01/01to  1  02/28/02.Uc݌  (#(# Ќ  Uc  Uc"0    Note:Inacasewhereanaffectedprocesshandlestwoormoreoilseedtypes,itisnota   requirementforcomplianceto#iXlXXX#XXXiXldetermineorrecorda weightedaverageSLFvalue.The   abovecomplianceratioequationrequiresonlythesubstitutionoftheSLF(fromTable4 n  ofthisdocument)thatcorrespondstoeachoilseedtypeprocessedandthequantity(in W  tons)ofeachoilseedtypeprocessedovertheprevious12operatingmonths.Theabove @ complianceratioequationformat#iXlXXX#XXXiXlԀhastheadvantageofsimplifyingtheprocedurefor )y comparingthe actualHAPlosstothe allowableHAPlossfromavegetableoil b productionprocess.Thus,thereisnoneedtodeterminea weightedaverageSLFvalue.Uc݌ K(#(# Ќ  eTRP('3 Letter LandscapeX3' Letter'3 Letter Landscape3'TXXI* (*/++++,ddd Xdd Xdd Xe.e.,F00",00",00",00",00",00",00",00",e00",900",00"+  -#ee - [1]  d DatesofEach   Operating  x Status  = Period g  63.2853 ,  (a)(1)#XXs#XX <2#  ": < [2]  d  #XX#XXOperating g  Status ,  63.2853   #XX#XX(a)(2) <2# Q":## <#XX#XXSolventInventory d (gallons) ) #XXC#XX63.2853(a)(3)#XX#XX .$S" . [5]  d #XX#XX @g Total   Extraction  x Solvent  = Received#XX#XX g  (gallons) ,  #XXX#XX63.2853   (a)(4)#XX#XX <2# Q " ## < [6]  d! #XX5#XX @6 #XX#XX @6 Average S# HAPContentof  $ Solvent  x% Received#XX #XX  =& (Volume g ' fraction) , ( #XX#XX63.2854  ) (b)#XXg#XX <2# Q*" ## < [7]  d+ #XX#XX̀Solvent  . Inventory  x/ Adjustments  =0 [+/] g 1 (gallons) , 2 #XXd#XX63.2853  3 (a)(5)#XX@#XX <2# Q4" ## < [8]  d5 #XX#XXMonthly  8 Actual  x9 Solvent  =: Loss g ; (gallons) , < #XX@#XX63.2853  = (b)#XX#XX <2# Q>" ## < [9]  d? #XXt#XXMonthly )@ Weighted SA AverageHAP  B Contentof  xC Solvent  =D (Volume g E fraction) , F #XX#XX63.2854  G (b)(2)#XX$#XX <2# QH" ## < #XX#XXForthePrevious dI 12Operating )J Months#XX #XX /%SK"   /  _ K  ! _ K ! [3]   ^L #XX#XXBegin#XXj#XXning#XX#XX ' O" ' [4]   ^P #XX#XXEnd#XX#XXing#XX#XX +! S" +#XX # % _ S %XX  _ S  % _ S % % _ S % ! _ S !#XX#XX [10] #XXe#XX  ^T ЀActual  #U SolventLoss M V #XX#XX(gallons)  W #XXE#XX63.2853  rX (c)#XX#XX ' 7Y" '#XX #XX [11] #XXs#XX  ^Z f  #[ (Volume M \ fraction)  ] #XX#XX63.2854  r^ (b)#XXj#XX ," 7_"  ,1/131/01 '`" 'Normal OEa" @@4000P@@O4,000 vl9b"P @@4000 @@ p@3000Pp@v3,000 vl9c"P p@3000 p@ @@1000P@@v1,000 vl9d"P @@1000 @@ ffffff?0.70ffffff?v0.70 h^9e" ffffff?0.70 ffffff? # Ph0 h^+f"P #  @@2000P@@h2,000 vl9g"P @@2000 @@ ffffff?0.70Rffffff?v0.70 _ J9h"R ffffff?0.70 ffffff? _ M 8'i"  M C2'j"  C2/125/01 N k 2/2628/01#XX#XX =,!s m" =Normal N n Nonoperating#XX#XX C2!s p" PC3,000 N q ̄ I8's s"P PI2,000 N t ̄#XXD#XX kZ's v"P @@2000P@@k2,000 N w 0 jYHs y"P @@2000 @@ j0.70 N z ̄ ]L's |" # P]0 ~m:N }"P #  p@3000Pp@~#XXN#XX3,000 {HN ~"P p@3000 p@ ffffff?0.70Rffffff?0.70 n YHN "R ffffff?0.70 ffffff? n M 8'N "  M QS<'N "  ddQ3/131/01 US@+1 "Sdd ddUNonoperating [SF+1 "Sdd ddP[Є#XXz#XX aSL11 "PSdd ddPaЄ#XX&#XX aSL11 "PSdd ddPa2,000gal.were 1  receivedbutitis   recordedinnext V operatingmonth aSL1"PSdd dda#XX#XX0.70#XXP#XX 1  recordedinnext   operatingmonth#XX#XX uS`1V"Sdd # ddPu0 tS_D1 "P # Sdd ddPt#XX! #XXԄ aSL11 "PSdd ddRa0.70#XXM #XX 1  recordedin   nextoperating V month#XX #XX W B1"RSdd W M 8'1 "  M <2'1 "  <4/130/01 't" 'Normal OEt" @@4000P@@O4,000 vl9t"P @@4000 @@ @4500P@v4,500 vl9t"P @4500 @ @@2000P@@v2,000 vl9t"P @@2000 @@ ffffff?0.70ffffff?v0.70 h^9t" ffffff?0.70 ffffff? # Ph0 h^+t"P #  p@1500Pp@h1,500 vl9t"P p@1500 p@ ffffff?0.70Rffffff?v0.70 _ J9t"R ffffff?0.70 ffffff? P_ M 8't"P  M ?5't"  ?#XX #XX5/19/01#XX#XX 9/!2" 9#XX7#XXNormal#XX#XX aW!2" @4500P@a4,500 ~H2"P @4500 @ X@3500PX@3,500 ~H2"P X@3500 X@ @@1000P@@1,000 ~H2"P @@1000 @@ ?0.75?0.75 zpH2" ?0.75 ? # Pz0 XN:2"P #  PX#XX#XX E;'2"P RE P ;'2"R PP P ;'2"P  P ?5'2"  ?5/105/15 9/!&" 9#XX#XXMalfunction#XX#XX ?5!&" P?Є#XX#XX E;'&"P PEЄ#XX#XX YO'&"P # PY0 XN:&"P #  XЄ#XX#XX YO'&" # PY0 zp:&"P #  @@4000P@@z#XX#XX4,000 ~H&"P @@4000 @@ ffffff?0.70Rffffff?0.70#XX+#XX q \H&"R ffffff?0.70 ffffff? Pq P ;'&"P  P <2'&"  <5/1631/01 '" 'Normal#XX#XX OE" p@3000Pp@O3,000 vl9"P p@3000 p@ @@2000P@@v2,000 vl9"P @@2000 @@ @@1000P@@v1,000 uk9"P @@1000 @@ ?.65?u0.65#XXt#XX g]8" ?.65 ? # Pg0 F<+"P #  PF 3)"P P3 > )"P P> M 8'"P  M <2'"  <6/130/01 '=" '#XXy#XXNormal OE=" @@2000P@@O2,000#XX #XX vl9="P @@2000 @@ @@1000P@@v1,000 vl9="P @@1000 @@ @@2000P@@v2,000 tj9="P @@2000 @@  ffffff?.7ffffff?t0.70 f\7="  ffffff?.7 ffffff? # Pf0 h^+="P #  p@3000Pp@h#XX/!#XX3,000 vl9="P p@3000 p@ ffffff?0.70Rffffff?v0.70#XX##XX _ J9="R ffffff?0.70 ffffff? P_ M 8'="P  M C2'="  C7/131/01 =,!1" =Normal#XXo$#XX eT!1" @@1000P@@e1,000 {H1"P @@1000 @@ @@2000P@@2,000 {H1"P @@2000 @@ p@3000Pp@3,000 {H1"P p@3000 p@ ffffff?0.70ffffff?0.70 ~mH1" ffffff?0.70 ffffff? # P~0 ~m:1"P #  @@2000P@@~#XX%#XX2,000 {H1"P @@2000 @@ ffffff?0.70Rffffff?0.70#XXG)#XX n YH1"R ffffff?0.70 ffffff? Pn M 8'1"P  M#XX*#XX D:'1"  `D8/131/01 '" 'Normal#XX+#XX OE" @@2000P@@O2,000#XX+#XX vl9"P @@2000 @@ @@1000P@@v1,000 h^9"P @@1000 @@ # Ph0 F<+"P #  FЄ#XXm,#XX G=" # PG0 h^+"P #  @@1000P@@h#XX-#XX1,000 vl9"P @@1000 @@ ffffff?0.70Rffffff?v0.70#XX.#XX _ J9"R ffffff?0.70 ffffff? P_ M 8'"P  M J@-" `   `J9/130/01 '!" ' Normal#XX/#XX OE!" @@1000P@@O1,000 vl9!"P @@1000 @@ @@1000P@@v1,000 vl9!"P @@1000 @@ @@2000P@@v2,000#XX1#XX vl9!"P @@2000 @@ 333333?0.60333333?v0.60#XX2#XX h^9!" 333333?0.60 333333? # Ph0 h^+!"P #  @@2000P@@h#XXY3#XX2,000#XXl4#XX vl9!"P @@2000 @@ 333333?0.60333333?v0.60#XX4#XX _ J9! " 333333?0.60 333333? P_ M 8'! "P  M J@-! 3 `   `J10/131/01 'E " 'Normal#XXo5#XX OEE " @@1000P@@O1,000 vl9E"P @@1000 @@ @@1000P@@v1,000#XX6#XX vl9E"P @@1000 @@ @@2000P@@v2,000#XX7#XX vl9E"P @@2000 @@ 333333?0.60333333?v0.60#XX8#XX h^9E" 333333?0.60 333333? # Ph0 h^+E"P #  @@2000P@@h2,000 vl9E"P @@2000 @@ 333333?0.60333333?v0.60#XXh9#XX _ J9E" 333333?0.60 333333? P_ M 8'E"P  M J@-E3 `   `J11/130/01 '" 'Normal#XX:#XX OE" @@1000P@@O1,000#XXi<#XX vl9"P @@1000 @@ @@1000P@@v1,000 vl9"P @@1000 @@ @@2000P@@v2,000 vl9"P @@2000 @@ 333333?0.60333333?v0.60#XX<#XX h^9" 333333?0.60 333333? # Ph0 h^+"P #  @@2000P@@h#XX>#XX2,000#XX?#XX vl9"P @@2000 @@ 333333?0.60333333?v0.60#XX @#XX _ J9" 333333?0.60 333333? P_ M 8' "P  M OE-!3 `   ``O12/131/01 '@"" 'Normal#XX@#XX OE@#" @@1000P@@O1,000 vl9@$"P @@1000 @@ @@1000P@@v1,000#XX;B#XX vl9@%"P @@1000 @@ @@2000P@@v2,000#XXLC#XX vl9@&"P @@2000 @@ 333333?0.60333333?v0.60 h^9@'" 333333?0.60 333333? # Ph0 h^+@("P #  @@2000P@@h#XX D#XX2,000 vl9@)"P @@2000 @@ 333333?0.60333333?v0.60 _ J9@*" 333333?0.60 333333? P_ M 8'@+"P  M TJ2@,3 ` `   ``T1/131/02 '-" 'Normal#XXE#XX OE." @@1000P@@O1,000#XXG#XX vl9/"P @@1000 @@ @@1000P@@v1,000#XX#H#XX vl90"P @@1000 @@ @@2000P@@v2,000 vl91"P @@2000 @@ 333333?0.60333333?v0.60#XXH#XX h^92" 333333?0.60 333333? # Ph0 h^+3"P #  @@2000P@@h#XXJ#XX2,000 vl94"P @@2000 @@ 333333?0.60333333?v0.60#XX*K#XX zp95" 333333?0.60 333333? @26500P@z26,500 I6"P @26500 @ (\?0.655(\?  0.655 }lT7# (\?0.655 ` ` (\? ``}2/128/02 =,!o8" =Normal#XXK#XX eT!o9" @@1000P@@e1,000#XXN#XX {Ho:"P @@1000 @@ @@1000P@@1,000 {Ho;"P @@1000 @@ @@1000P@@1,000#XXN#XX {Ho<"P @@1000 @@ 333333?0.60333333?0.60#XX!P#XX wmHo=" 333333?0.60 333333? # Pw0 h^+o>"P #  @@1000P@@h#XXP#XX1,000#XXR#XX }l9o?"P @@1000 @@ 333333?0.60333333?}0.60#XX\R#XX |Ho@" 333333?0.60 333333? @25500P@25,500 xn:oA"P @25500 @ ?0.650?x  0.650#XXS#XX bXEoB# ?0.650 ` ` ? `b3/131/02 '` C" 'Normal#XXvT#XX OE` D" @@1000P@@O1,000#XXPU#XX vl9` E"P @@1000 @@ @@1000P@@v1,000#XXU#XX vl9` F"P @@1000 @@ @@2000P@@v2,000 vl9` G"P @@2000 @@ 333333?0.60333333?v0.60#XXV#XX h^9` H" 333333?0.60 333333? # Ph0 h^+` I"P #  @@2000P@@h#XXW#XX2,000 vl9` J"P @@2000 @@ 333333?0.60333333?v0.60#XXX#XX wm9` K" 333333?0.60 333333? @24500P@w24,500 xn:` L"P @24500 @ Pn?0.641Pn?x0.641#XXY#XXPFD` M" Pn?0.641 `  Pn? P#XXZ#XX   M I0*3 N*V++++wd ,dF00"F00"00"00"00"00"00"00"e00"e900"900"(*/e.e.3,F00",00",00",00",00",r00",00",00"+  )c c  ) [1]   x #XX|[#XXDatesofEach   OperatingStatus    Period Q  63.2855(a)(1) ,e " , [2]   x  #XXy^#XXOperating   Status   63.2855 Q (a)(2) ;,!e" ; [3]   x #XX|_#XX @  @ Beginning   Inventory   (tons) Q 63.2855(a)(3)#XXy`#XX ;,!e" ; [4]   x #XX9a#XX @  @  @ Ending   Inventory   (tons) Q 63.2855(a)(3)#XXa#XX ;,!e " ; [5]   x! #XXb#XX @  @  @  @ Oilseed  $ Received  % (tons) Q& 63.2855(a)(4)#XX7c#XX ;,!e'" ; [6]   x( #XX d#XX @  @  @  @  @ Oilseed Q * InventoryAdjustments  + [+/]  , (tons) Q- 63.2855(a)(5)#XXd#XX ;,!e." ; [7]   x/ #XXe#XX @  @  @  @  @  @ Quantityof Q 1 Flax  2 Processed  3 (tons) Q4 63.2855(b)#XXCf#XX ;,!e5" ; [8]   x6  @  @  @  @  @  @  @ Oilseed  =7 12Month Q 8 RollingSum  9 ofFlax  : (tons) Q; 63.2855(c)#XXJg#XX F9&e<"   `F1/131/01 ;,! =" ;Normal cT! >" d@6500Pd@c6,500 {H ?"P d@6500 d@ @5000P@5,000 {H @"P @5000 @ @4500P@4,500 |mH A"P @4500 @ # P|0 |m: B"P #  p@6000Pp@|6,000 n YH C"P p@6000 p@ Pn E8- D"P `   E2/125/01 s$ E 2/2628/01#XXh#XX ;,! G" ;Normal s$ H Non  J operating#XX m#XX cT!s K" @5000P@c5,000 {Hs$ L"P @5000 @ @@4000P@@4,000 {Hs$ M"P @@4000 @@ @5000P@5,000 |mHs$ N"P @5000 @ # P|0 |m:s$ O"P #  p@6000Pp@|6,000 n YHs$ P"P p@6000 p@ Pn QS<'s$ Q"P  ddQ3/131/01 US@+R"Sdd ddUNon S operating [SF+T"Sdd ddP[Є aSL1U"PSdd ddPaЄ aSL1V"PSdd ddPa2,000tonswere W receivedbutitis X recordedinnext VY operatingmonth#XXm#XX uS`1jZ"PSdd # ddPu0 tS_D["P # Sdd ddPtЄ W B1\"PSdd PW G:']"P  `G4/130/01 ;,!^" ;Normal cT!_" p@6000Pp@c6,000 {H`"P p@6000 p@ @@4000P@@4,000 {Ha"P @@4000 @@ @@2000P@@2,000 |mHb"P @@2000 @@ # P|0 |m:c"P #  @@4000P@@|4,000 n YHd"P @@4000 @@ Pn M@-e"P `   `M#XXos#XX5/19/01#XXx#XX ;,!Uf" ;#XXy#XXNormal#XXy#XX cT!Ug" @@4000P@@c4,000 {HUh"P @@4000 @@ |@5500P|@5,500 {HUi"P |@5500 |@ @@2000P@@2,000 |mHUj"P @@2000 @@ # P|0 ZK:Uk"P #  PZ M 8'Ul"P PM MC-Um"P `   `M5/1015/01 >/!Y n" >#XXy#XXMalfunction#XXU}#XX D5!Y o" PDЄ J;'Y p"P PJЄ ^O'Y q"P # P^0 qb:Y r"P #  # Pq0 ~o:Y s"P #  @@500P@@~500#XX}#XX p [GY t"P @@500 @@ Pp MC-Y u"P `   `M5/1631/01 >/!v" >Normal#XX#XX fW!w" @5000P@f5,000 ~Hx"P @5000 @ X@7000PX@7,000 ~Hy"P X@7000 X@ @@2000P@@2,000 pHz"P @@2000 @@ # P0 ]N:{"P #  P] P ;'|"P PP M@-}"P `   `M6/130/01 ;,! t~" ;#XX#XXNormal cT! t" X@7000PX@c7,000 {H t"P X@7000 X@ @@4000P@@4,000 {H t"P @@4000 @@ p@3000Pp@3,000 |mH t"P p@3000 p@ # P|0 |m: t"P #  p@6000Pp@|6,000 n YH t"P p@6000 p@ Pn M@- t"P `   `M7/131/01 ;,! " ;Normal#XX#XX cT! " @@4000P@@c4,000 |H "P @@4000 @@ @10000P@10,000 }I "P @10000 @ @10000P@10,000 }nI "P @10000 @ # P}0 |m: "P #  @@4000P@@|4,000 n YH "P @@4000 @@ Pn M@- "P `   `M8/131/01 ;,!E " ;Normal#XXw#XX* dU!E " @10000P@d10,000 }IE "P @10000 @ @10000P@10,000 }nIE "P @10000 @ # P}0 n_:E "P #  # Pn0 n_:E"P #  # Pn0 ` K:E"P #  P` M@-E"P `   `M9/130/01 ;,!@" ;Normal#XXH#XX* dU!@" @10000P@d10,000#XXڏ#XX }I@"P @10000 @ @10000P@10,000#XX#XX }nI@"P @10000 @ # P}0 n_:@"P #  # Pn0 n_:@"P #  # Pn0 ` K:@"P #  P` RE-@"P `   `R10/131/01 ;,!" ;Normal*#XX[#XX dU!" @10000P@d10,000#XX#XX }I"P @10000 @ @10000P@10,000#XX#XX }nI"P @10000 @ # P}0 n_:"P #  # Pn0 n_:"P #  # Pn0 ` K:"P #  P` WJ2 "P `    `W11/130/01 ;,!g!" ;Normal*#XXw#XX dU!g"" @10000P@d10,000#XX#XX }Ig#"P @10000 @ @10000P@10,000#XXĘ#XX }nIg$"P @10000 @ # P}0 n_:g%"P #  # Pn0 n_:g&"P #  # Pn0 ` K:g'"P #  P` WJ2g("P `    `W12/131/01 ;,!e )" ;Normal*#XX#XX dU!e *" @10000P@d10,000#XX9#XX }Ie +"P @10000 @ @10000P@10,000#XX#XX }nIe ,"P @10000 @ # P}0 n_:e -"P #  # Pn0 n_:e ."P #  # Pn0 ` K:e /"P #  P` WJ2e 0"P `    `W1/131/02 ;,! 1" ;Normal*#XX#XX dU! 2" @10000P@d10,000#XXY#XX }I 3"P @10000 @ @10000P@10,000#XX#XX }nI 4"P @10000 @ # P}0 n_: 5"P #  # Pn0 n_: 6"P #  # Pn0 q: 7"P #  @26500P@26,500 ylT 8"P @26500 `  @ `y2/128/02 ;,! 9" ;Normal*#XX١#XX dU! :" @10000P@d10,000#XX#XX }I ;"P @10000 @ @10000P@10,000#XXm#XX }nI <"P @10000 @ # P}0 n_: ="P #  # Pn0 n_: >"P #  # Pn0 }n: ?"P #  @20500P@}20,500 ylT @"P @20500 `  @ `y3/131/02 ;,!GA" ;Normal*#XXA#XX dU!GB" @10000P@d10,000#XX&#XX }IGC"P @10000 @ @10000P@10,000#XXҩ#XX }nIGD"P @10000 @ # P}0 n_:GE"P #  # Pn0 n_:GF"P #  # Pn0 }n:GG"P #  R@14500PR@}#XX#XX14,500dZXGH"P R@14500 `   R@ d lO]^bcefh(gxx&O]^bcefh#XX#XX*0  Althoughthequantityofflaxprocessediszeroforthiscalendarmonth,theoperatingstatusoftheexamplevegetableoilproductionprocessis normal z4I becauseanothertypeofoilseed(cottonseed,refertoTable2B)isbeingprocessed. ?J.. #XX#0m* o*r++++XdwdF00"F00"00"00"00"r00"r00"00"N*Ve.e.,00 ,00 ,00 ,00 ,00 ,00 ,00 ,r00 +  )<< ) [1]  d XXDatesofEach   OperatingStatus   Period  e 63.2855(a)(1) ,f *" , [2]  d #XX#XXOperating    Status  x  63.2855 y =  (a)(2) ;,!> " ; [3] #XX#XX d  @  @ Beginning   Inventory  x (tons) y = 63.2855(a)(3)#XX#XX ;,!> " ; [4]  d #XXq#XX @  @  @ Ending   Inventory  x (tons) y = 63.2855(a)(3)#XX #XX ;,!> " ; [5] #XXԵ#XX d  @  @  @  @ Oilseed    Received  x! (tons) y =" 63.2855(a)(4)#XXZ#XX ;,!> #" ; [6] #XXB#XX d$  @  @  @  @  @ Oilseed e )% Inventory * & Adjustments  ' [+/]  x( (tons) y =) 63.2855(a)(5)#XXȷ#XX ;,!> *" ; [7]  d+ #XX#XX @  @  @  @  @  @ Quantityof * - Cottonseed  . Processed  x/ (tons) y =0 63.2855(b)#XX#XX ;,!> 1" ; [8]  d2  @  @  @  @  @  @  @ Oilseed e )3 12Month * 4 RollingSum  5 ofCottonseed  x6 (tons) y =7 63.2855(c)#XX#XX F9&> 8"   `F1/131/01 ;,!9" ;Normal* UF!:" # PU0 n_:;"P #  # Pn0 n_:<"P #  # Pn0 n_:="P #  # Pn0 n_:>"P #  # Pn0 ` K:?"P #  P` E8-@"P `   E2/125/01 t8A 2/2628/01#XX/#XX ;,! C" ;Normal* t8D Non  F operating#XX#XX UF! G" # PU0 n_:t8H"P #  # Pn0 n_:t8I"P #  # Pn0 n_:t8J"P #  # Pn0 n_:t8K"P #  # Pn0 ` K:t8L"P #  P` QS<'t8M"P  ddQ3/131/01 US@+ N"Sdd ddUNon  O operating [SF+ P"Sdd ddP[Є aSL1 Q"PSdd ddPaЄ aSL1 R"PSdd ddPa2,000tonswere  S receivedbutitis  T recordedinnext j U operatingmonth#XX#XX uS`1k/V"PSdd # ddPu0 tS_D W"P # Sdd ddPtЄ W B1 X"PSdd PW G:' Y"P  `G4/130/01 ;,!Z" ;Normal* UF![" # PU0 n_:\"P #  # Pn0 n_:]"P #  # Pn0 n_:^"P #  # Pn0 n_:_"P #  # Pn0 ` K:`"P #  P` M@-a"P `   `M#XX#XX5/19/01#XX#XX ;,!ib" ;#XX#XXNormal*#XXe#XX UF!ic" # PU0 n_:id"P #  # Pn0 n_:ie"P #  # Pn0 n_:if"P #  # Pn0 ZK:ig"P #  PZ M 8'ih"P PM MC-ii"P `   `M5/1015/01 >/!Zj" >#XX#XXMalfunction#XX#XX D5!Zk" PDЄ J;'Zl"P PJЄ ^O'Zm"P # P^0 qb:Zn"P #  # Pq0 qb:Zo"P #  # Pq0#XX#XX c N:Zp"P #  Pc MC-Zq"P `   `M5/1631/01 >/!r" >Normal*#XX5#XX XI!s" # PX0 qb:t"P #  # Pq0 qb:u"P #  # Pq0 qb:v"P #  # Pq0 ]N:w"P #  P] P ;'x"P PP M@-y"P `   `M6/130/01 ;,!z" ;#XXv#XXNormal* UF!{" # PU0 n_:|"P #  # Pn0 n_:}"P #  # Pn0 n_:~"P #  # Pn0 n_:"P #  # Pn0 ` K:"P #  P` M@-"P `   `M7/131/01 ;,!y =" ;Normal*#XX#XX UF!y =" # PU0 n_:y ="P #  # Pn0 n_:y ="P #  # Pn0 n_:y ="P #  # Pn0 n_:y ="P #  # Pn0 ` K:y ="P #  P` M@-y ="P `   `M8/131/01 ;,!" ; Normal#XX#XX dU!" @10000P@d10,000 |I"P @10000 @ @@8000P@@8,000 {H"P @@8000 @@ @@2000P@@2,000 |mH"P @@2000 @@ # P|0 |m:"P #  @@4000P@@|4,000 n YH"P @@4000 @@ Pn M@-"P `   `M9/130/01 ;,!E " ;Normal#XXW#XX cT!E " @@8000P@@c8,000 {HE "P @@8000 @@ @5000P@5,000 {HE "P @5000 @ p@3000Pp@3,000 |mHE "P p@3000 p@ # P|0 |m:E"P #  p@6000Pp@|6,000 n YHE"P p@6000 p@ Pn RE-E"P `   `R10/131/01 ;,!U" ;Normal#XX%#XX cT!U" @5000P@c5,000 {HU"P @5000 @ @@4000P@@4,000 {HU"P @@4000 @@ @@1000P@@1,000 |mHU"P @@1000 @@ # P|0 |m:U"P #  @@2000P@@|2,000 n YHU"P @@2000 @@ Pn WJ2U"P `    `W11/130/01 ;,! " ;Normal#XX#XX cT! " @@4000P@@c4,000 {H "P @@4000 @@ p@6000Pp@6,000 {H "P p@6000 p@ @@8000P@@8,000 |mH "P @@8000 @@ # P|0 |m: "P #  p@6000Pp@|6,000 n YH "P p@6000 p@ Pn WJ2  "P `    `W12/131/01 ;,!j!" ;Normal#XX#XX cT!j"" p@6000Pp@c6,000 {Hj#"P p@6000 p@ @@4000P@@4,000 {Hj$"P @@4000 @@ @@2000P@@2,000 |mHj%"P @@2000 @@ # P|0 |m:j&"P #  @@4000P@@|4,000 n YHj'"P @@4000 @@ Pn WJ2j("P `    `W1/131/02 ;,!}" )" ;Normal#XX#XX cT!}" *" @@4000P@@c4,000 {H}" +"P @@4000 @@ @@4000P@@4,000 {H}" ,"P @@4000 @@ @@2000P@@2,000 |mH}" -"P @@2000 @@ # P|0 |m:}" ."P #  @@2000P@@|2,000 H}" /"P @@2000 @@ p@24000Pp@24,000 ylT}" 0"P p@24000 `  p@ `y2/128/02 ;,!5 1" ;Normal#XXw#XX cT!5 2" @@4000P@@c4,000 {H5 3"P @@4000 @@ p@6000Pp@6,000 {H5 4"P p@6000 p@ @@4000P@@4,000 |mH5 5"P @@4000 @@ # P|0 |m:5 6"P #  @@2000P@@|2,000#XX#XX |H5 7"P @@2000 @@ d@26000Pd@26,000 ylT5 8"P d@26000 `  d@ `y3/131/02 ;,! 9" ;Normal#XXZ#XX cT! :" p@6000Pp@c6,000 {H ;"P p@6000 p@ @5000P@5,000 {H <"P @5000 @ @@1000P@@1,000 |mH ="P @@1000 @@ # P|0 |m: >"P #  @@2000P@@|2,000#XX#XX |H ?"P @@2000 @@ X@28000PX@#XX#XX28,000dZX @"P X@28000 `   X@ d*0  Althoughthequantityofcottonseedprocessediszeroforthiscalendarmonth,theoperatingstatusoftheexamplevegetableoilproductionprocessis A  normalbecauseanothertypeofoilseed(flax,refertoTable2A)isbeingprocessed.DB..   d C TRY,3' LetterP('3 Letter Landscape 3' Letter'3 Letter LandscapeTm#XX#TABLE3.COMPLIANCEDETERMINATIONANDSTATUSLOGXX  * y*z++++9dXd00 00 00 00 00 00 00 r00 ro*re(#e(#,e00 ,00 ,00 ,00 ,00 ,00 ,00 +  -#jj - [1]   SeeTable1#XX#XX  DatesDefining   Each V   Operating  W  Month    63.2853    (a)(1) <2#Z ":qq < [2]   #XX#XXSeeTable1#XX#XX  Actual S SolventLoss  forPrevious   12Operating V  Months  W (gallons)   63.2853   (c)#XX(#XX <2#Z ":qq < [3]   #XXZ#XXSee#XX#XXԀTable1#XX>#XX   @  @ f,Weighted S AverageHAP  ContentinSolvent   Receivedfor V  Previous12  W  OperatingMonths#XX#XX  ! (weight%)  " 63.2854(b)#XX#XX <2#Z #":qq < TheSLFforFlax $ is 0.6gal/ton #XX4#XX % SeeTable1of U' 63.2840#XX#XX  ( [4]  Z * #XX#XXSee#XX#XXԀTable2A#XXB #XX  ]+ Quantityof  - Flax ` . Processedfor !a / Previous12 " 0 Operating  1 Months#XX #XX d 2 (tons) %e 3 63.2855(c)#XX #XX <2#&4" < TheSLFfor 5 Cottonseedis 0.7 6 gal/ton  T7 SeeTable1of 9 63.2840#XX #XX   : [5]   ]< #XX5 #XXSee#XX #XXԀTable2B#XX #XX  = Quantityof b ? Cottonseed#XXA #XX #c @ Processedfor $ A Previous12  B Operating f C Months#XX #XX 'g D (tons) (E 63.2855(c)#XX#XX <2#F" < [6] #XX#XX G Compliance RI Ratio SJ 63.2840(b)#XX#XX <2#K".. < [7]  L #XX,#XXIsYourSource RN in SO Compliance? P (i.e.,isthe V R compliance  WS ratio1.00?)  T 63.2840(c)#XX#XX A7(Z V"4qq  A %  V % %  V % %  V % %  V % %  V % %  V % )  V `)1/131/01#XX#XX 8 #*jW" P8 G 2'*jX"P  G G 2!*jY"  PG M 8'*jZ"P  M G 2'*j["  G A ,!*j\"  A D:'*j]" `   `D2/125/01#XXp#XX 8 #^" P8 G 2'_"P  G G 2!`"  PG M 8'a"P  M G 2'b"  G A ,!c"  A D:'d" `   `D4/130/01#XX#XX 8 #e" P8 G 2'f"P  G G 2!g"  PG M 8'h"P  M G 2'i"  G A ,!j"  A <2'k" `   <5/19/01and Ql 5/1631/01#XX#XX 8 #m" P8 G 2'Qn"P  G G 2!Qo"  PG M 8'Qp"P  M G 2'Qq"  G A ,!Qr"  A A4!Qs"  `A6/130/01 G 2!St" PG G 2'Su"P  G G 2!Sv"  PG M 8'Sw"P  M G 2'Sx"  G A ,!Sy"  A G:'Sz" `   `G7/131/01 G 2!D{" PG G 2'D|"P  G G 2!D}"  PG M 8'D~"P  M G 2'D"  G A ,!D"  A G:'D" `   `G8/131/01 G 2!" PG G 2'"P  G G 2!"  PG M 8'"P  M G 2'"  G A ,!"  A G:'" `   `G9/130/01 G 2!f " PG G 2'f "P  G G 2!f "  PG M 8'f "P  M G 2'f "  G A ,!f "  A L?'f " `   `L10/131/01 G 2!"W" PG G 2'"W"P  G G 2!"W"  PG M 8'"W"P  M G 2'"W"  G A ,!"W"  A QD,"W" `    `Q11/130/01 G 2!# " PG G 2'# "P  G G 2!# "  PG M 8'# "P  M G 2'# "  G A ,!# "  A QD,# " `    `Q12/131/01 bX!%!" @26500P@b26,500 yI%!"P @26500 @ Q?0.66Q?0.66 yB%!" Q?0.66 Q? @26500P@26,500#XX#XX I%!"P @26500 @ p@24000Pp@24,000#XX)#XX yI%!"P p@24000 p@ zG?0.84zG?0.84 ZPB%!" zG?0.84 zG? ZYes#XXq*#XX QD,%!" `   `Q1/131/02 _U!?'#" @25500P@_25,500 wm:?'#"P @25500 @ ?0.65?w0.65 wm9?'#" ?0.65 ? @20500P@w20,500#XX+#XX xn:?'#"P @20500 @ d@26000Pd@x26,000#XX-#XX wm:?'#"P d@26000 d@ Q?0.86Q?w0.86 ND9?'#" Q?0.86 Q? NYes B5?'#" `  `B2/128/02 _U!(7%" @24500P@_24,500 wm:(7%"P @24500 @ {Gz?0.64{Gz?w0.64 wm9(7%" {Gz?0.64 {Gz? R@14500PR@w14,500#XXP.#XX xn:(7%"P R@14500 R@ X@28000PX@x28,000#XX1#XX wm:(7%"P X@28000 X@ {Gz?0.89{Gz?w0.89 ND9(7%" {Gz?0.89 {Gz? NYes-#!(7%" `   -#XX1#   +1( TABLE4.OILSEEDSOLVENTLOSSFACTORSFORDETERMINING  ALLOWABLEHAPLOSS  * *++++d9de00 e00 00 00 00 00 00 y*ze(#e(#,Sdd ,dd ,edd ,edd +  ({{ (XXTypeofOilseed J  Processed <2# K"`AA9 <ASourcethat... <2# "`9 <OilseedSolventLossFactor  (gal/ton) %" %   H  !  H !Existing l  Sources '- m" 'NewSources l " 1.CornGerm,Wet  9 Milling    processescorngermthathasbeenseparatedfrom  9 othercorncomponentsusinga wetprocessof   centrifugingaslurrysteepedinadilutesulfurous {  acidsolution 6, <|  ?0.4?60.4 VL) 9 ?0.4 ? 333333?0.3333333?V0.3 5+) 9 333333?0.3 333333? 52.CornGerm,Dry   Milling  R  processescorngermthathasbeenseparatedfromthe   othercorncomponentsusinga dryprocessof R  mechanicalchafingandairsifting. 6, S  ffffff?0.7ffffff?60.7 VL) ! ffffff?0.7 ffffff? ffffff?0.7ffffff?V0.7 5+) " ffffff?0.7 ffffff? 53.Cottonseed,Large  h# processes120,000tonsormoreofacombinationof h$ cottonseedandotherlistedoilseedsduringallnormal )i% operatingperiodsina12operatingmonthperiod. 6, *& ?0.5?60.5 VL)h' ?0.5 ? ?0.4?V0.4 5+)h( ?0.4 ? 54.Cottonseed,Small  ?) processeslessthan120,000tonsofacombinationof ?* cottonseedandotherlistedoilseedsduringallnormal @+ operatingperiodsina12operatingmonthperiod. 6, , ffffff?0.7ffffff?60.7 VL)?- ffffff?0.7 ffffff? ?0.4?V0.4 5+)?. ?0.4 ? 55.Flax  V/ processesflax 6, V0 333333?0.6333333?60.6 VL)V1 333333?0.6 333333? 333333?0.6333333?V0.6 5+)V2 333333?0.6 333333? 56.Peanuts  k3 processespeanuts 6, k4 333333?1.2333333?61.2 VL)k5 333333?1.2 333333? ffffff?0.7ffffff?V0.7 5+)k6 ffffff?0.7 ffffff? 57.Rapeseed  7 processesrapeseed 6, 8 ffffff?0.7ffffff?60.7 VL)9 ffffff?0.7 ffffff? 333333?0.3333333?V0.3 5+): 333333?0.3 333333? 58.Safflower  U; processessafflower 6, U< ffffff?0.7ffffff?60.7 VL)U= ffffff?0.7 ffffff? ffffff?0.7ffffff?V0.7 5+)U> ffffff?0.7 ffffff? 59.Soybean, j? Conventional  +k@ usesaconventionalstyledesolventizertoproduce jA crudesoybeanoilproductsandsoybeananimalfeed +kB products. 6, ,C ?0.2?60.2 VL)jD ?0.2 ? ?0.2?V0.2 5+)jE ?0.2 ? 510.Soybean,Specialty  A F usesaspecialstyledesolventizertoproducesoybean A G mealproductsforhumanandanimalconsumption. 6, !BH 333333?1.7333333?61.7 VL)A I 333333?1.7 333333? ?1.5?V1.5 5+)A J ?1.5 ? 511.Soybean, W"K CombinationPlantwith #XL LowSpecialty # M Production  $ N processessoybeansinbothspecialtyand W"O conventionaldesolventizersandthequantityof #XP soybeansprocessedinspecialtydesolventizers # Q duringnormaloperatingperiodsislessthan3.3 $ R percentoftotalsoybeansprocessedduringallnormal [%!S operatingperiodsina12operatingmonthperiod. &\"T Thecorrespondingsolventlossfactorisanoverall &#U valueandappliestothetotalquantityofsoybeans '#V processed. 7- _($W ?0.25?70.25 XN*W"X ?0.25 ? ?0.25?X0.25 6,*W"Y ?0.25 ? 612.Sunflower  )%Z processessunflower 6, )%[ ?0.4?60.4 VL))%\ ?0.4 ? 333333?0.3333333?V0.39/-)%] 333333?0.3 333333? 93#XX5##iXlXXX#  *&]  c X*XXiXlXeXXP* ddSdd Sdd edd eedd e*X%X%, td ,ktd ,td ,ktd ,att +  >+ W>@  TECHNICALREPORTDATA  Gg @ (PleasereadInstructionsonreversebeforecompleting) O>&'G  W  O1.REPORTNO. y ЀEPA453/B04001 8'  82. y  =*  =3.RECIPIENT'SACCESSIONNO. SB&y    S4.TITLEANDSUBTITLE   ComplianceDemonstationoftheSolventExtractionfor#iXlX*XXJ#X*XXiXl (  VegetableOilProductionNESHAP N;, llXH N5.REPORTDATE   ЀSeptember2001 C9&(    C .   .6.PERFORMINGORGANIZATIONCODE y  OAQPS/ESD QB&    Q7.AUTHOR(S) q  Ѐ#iXlX*XXN#i-XiXl.-iJamesDurham    #i-.P##iXlX-iP#X*XXiXl =*  =8.PERFORMINGORGANIZATIONREPORTNO. q   SB&     S9.PERFORMINGORGANIZATIONNAMEANDADDRESS Hh   N;, X N10.PROGRAMELEMENTNO. Hh   C9&    C .   .11.CONTRACT/GRANTNO. @` ̀ SB&   +S12.SPONSORINGAGENCYNAMEANDADDRESS 7 ̀OfficeofAirQualityPlanningandStandards } Ѐ#iXlX*XXtQ#X*XXiXl \| ЀU.S.EnvironmentalProtectionAgency ;[  ЀResearchTrianglePark,NC27711 N;,:![ N13.TYPEOFREPORTANDPERIODCOVERED 7"  C9&# +  +C . Ii# .14.SPONSORINGAGENCYCODE $ EPA/200/04 UB&Xx% +  U15.SUPPLEMENTARYNOTES &  UB&2'   U16.ABSTRACT ( Thisdocumentsprovidesanexamplescenarioforhowafacilitycandemonstratecompliancewiththe  *) SolventExtractionforVegetableOilProductionNESHAO  * ̀̀ UB&#!3   U17.@ccKEYWORDSANDDOCUMENTANALYSIS QB&1%Q#4   Qa.@   DESCRIPTORS 9*F&f$5 9b.IDENTIFIERS/OPENENDEDTERMS 9&F&f$6 9c.COSATIField/Group N?#F&f$7   FǸ 9*)9': 9AirPollutioncontrol ['{%;  9&:(Z&< 9 P?#['{%= F  P18.DISTRIBUTIONSTATEMENT *(> ̀ReleaseUnlimited J;,+*@ll] J19.SECURITYCLASS(Report) *(A ЀUnclassified 9&+1)B 921.NO.OFPAGES *(C @!!HO"23 @6#+1)D   @ , +*D ,20.SECURITYCLASS(Page) ,*E ЀUnclassified 9& -)+F 922.PRICE3)',*G     3 EPAForm22201(Rev.477)  ` PREVIOUSEDITIONISOBSOLETE#iXlX*XXT#i-XiXl-.-i E .0 .,H   /-Je P     TRP('3 Letter LandscapeY,3' Letter'3 Letter Landscape 3' LetterT^] X00#X4X,X6$0X A) xdEX.A  30#X4X0#X4X3#-XX.-i^#-.X-X @ UnitedStates0  OfficeofAirQualityPlanningandStandards0%8181PublicationNo.EPA453/B04001%81%81  @ EnvironmentalProtection0  EmissionStandardsDivision0%81810@%#2#20@%/2/20@%/2/20@%/2/20@%/2/2September2001\|%81%81  @ Agency0  ResearchTrianglePark,NC98181 A) xdEX.A#-XX.-粘a#   #iXlXX-X^# @  @