Standard Jet DBnb` Ugr@?~1y0̝cǟFN7]D^(`T{6p߱wCϯ34ay[|*|OJl>`&_Љ$g'DeFx - tʟR7, RdCustom page 1BBCustom page 2BBCustom page 3BBVICEDLGiENUMTTFAMC`$,@HP LaserJet 4/4M PostScriptPSCRIPT\\SERVER\HPLaserJd8d eTimes New Romanl3m5<c,i Times New Roman Pollutant Fuel Type` ReportHeader3d7ahb%chd Text18RTests with HAPs and `R4`|0VC`S           2c   ct    j    O        IdParentIdNameType DateCreate DateUpdateOwnerFlagsDatabaseConnect ForeignName RmtInfoShort RmtInfoLongLvLvPropLvModuleLvExtrasetni ` Id ParentIdName        /dscf68F402100402100402300Btu/dscf46Runs 7,8,9. Exhaust gas flowrate from average of pitot tube velocity profiles쟝wpke_YUMMKIGEECA?:50.,*(%%! .0215.2COEPA 10259025102670ppbNANANANA15.6915.5515.48NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F403600403200402600Btu/dscf28Runs 4,5,6. Exhaust gas flowrate from average of pitot tube velocity profiles랜vojd^XTLLJHFDDB@>94/-+)'$$  .0215.2NOxEPA 20256026502500ppbNANANANA15.6915.5515.48NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F403600403200402600Btu/dscf46Runs 4,5,6. Exhaust gas flowrate from average of pitot tube velocity profiles쟝wpke_YUMMKIGEECA?:50.,*(%%! .0p@215.1COEbckField52#=IsLessThan([Run 3 Conc R],[lbMW3])m`bckField51#=IsLessThan([Run 2 Conc R],[lbMW2])m`bckField53#=IsLessThan([Run 1 Conc R],[lbMW1])m`b> ckTurbineTurbinem`"bhk Field54?=IsLess([Run 1 Conc R],[Run 2 Conc R],[Run 3 Conc R],[lbMWVC1S     2  ObjectIdSIDACM FInheritablebc ObjectIdʟR7, RdCustom page 1BBCustom page 2BBCustom page 3BBVICEDLGiENUMTTFAMC`$,@HP LaserJet 4/4M PostScriptPSCRIPT\\SERVER\HPLaserJd8d eTimes New Romanl3m5<c,i Times New Roman Pollutant Fuel Type` ReportHeader3d7ahb%chd Text18RTests with HAPs and  R VCS            szRelationshipgrbitccolumnicolumnszObjectszColumnszReferencedObjectszReferencedColumn   szObjectszReferencedObjectszRelationship#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o $ # #ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o # " "ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o "   ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o    ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o    Tۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o  'ۇ O8V#jK܉Djhɂ(bԺV#jKV#jKV#jKڷzOukV#jKV#jKV#jKV#o ' 'ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o ' %ۇ O8V#jKBz =hɂ(bԺV#jKV#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o % %ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o % Tۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o VC?RS  j           ObjectId AttributeOrderName1Name2 ExpressionFlagilnzjtz ObjectIdAttribute  88 &ݒ@5ݒ@Summary - HAPs----------- %ݒ@ݒ@Summary - Criteria Pollutants<<<<<<<<<<< $>8/w@`2V@qry_Emissions - HAPs + Criteria[@@@XLL@@@@@@@> @#``9r@㖖@qry_Emissions - HAPs0@@@MAA55555553 @" v@@jZ6w@qry_Emissions - Criteria PollutantsN@@@\PPDDDDDDDB @' Tܒ@ Tܒ@MSysModules2----------+ %Yp@\S[p@MSysModules,,,,,,,,,,* / jS@@2mS@HAPS ONLY - QRY 2@@@J>>22222220 @lm@`^P@Facilities@777+++++++) @s:S@S2 ^<%&vFacilities ( ( (ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV( - -ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o -  ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o  Z Zۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o Z ) )ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o ) ' 'ۇ O8V#jKC&S\2-5^3'Pa,V#jKV#jKrvwlrV#jKV#jKV#jKV#jKV#o  {qg]SI?5@88>-  +~i_VBA_MODULEx" pp>  (6 <6$*\Rffff*24361cffba*\R0*#d*\R0*#12 `k@ HI^ `ID Y \`k I^  ID 4@ |``k@ &n 3\I^ `ID $Fx$p`(p@l p,MFdf@\ @X E@bH 2@X8 @0 @@ @p @ @ @Z@ @` @ @ @ @ v(pX@\l mxw`pwFdfbrpbfpwu`@ GSvxo@Z rX@` ujwf@ 318.@H @ @ p0`X@(@|l -T& &Fdf @\ 1@X HX@bH e da@8 ing @0 >@ @ @x @H @Z@ @` @` @ @ @ ME92 B F8'   &  "70 8 "/H p (@  B '  ( &8 X "7h  "/  (@ B F h'   &  "7  "/0 X (@h  )Use database order for string comparisons9Function to round average to specified significant digits ^$F 1 ^$d $d'bX$F b  b'b7 @i`svsrmmxw`pwvxoo`u}ma iua1vt,u`zhg`bwruh`vbordxmfprpdfwfbwordxmfvjhdjhbujwfuj`srmmxw`pwvxoo`u}ma iubujwfuj`srmmxw`pwvxoo`u}ma ooawxbujwfuj`srmmxw`pwvxoo`u}ma o{iubujwfuj`srmmxw`pwvxoo`u}`zfu`hfbrpb'W[rXbujwfuj`srmmxw`pwvxoo`u} uxpbrpbfpwu`wjrpv'W[rXg`bjmjw}bujwfuj`srmmxw`pwvvxoo`u}ma ooawxg`bjmjw}i`svbujwfuj`srmmxw`pwvvxoo`u}ma ooawxg`bjmjw}i`svvxoo`u}ma ooawxi`svbujwfuj`srmmxw`pwvxoo`u}ma iui`svbujwfuj`srmmxw`pwvxoo`u}ma ooawxi`svbujwfuj`srmmxw`pwvxoo`u}ma o{iui`svbujwfuj`srmmxw`pwvxoo`u}`zfu`hfbrpb'W[rXi`svbujwfuj`srmmxw`pwvxoo`u} uxpbrpb'W[rXi`sv`zfu`hfvo`|`zhi`svsrmmxw`pwvxoo`u}ma iui`svsrmmxw`pwvxoo`u}ma ooawxi`svsrmmxw`pwvxoo`u}ma o{iui`svsrmmxw`pwvxoo`u}`zfu`hf uxpbrpb'W[rXi`svsrmmxw`pwvxoo`u}`zfu`hfbrpb'W[rX i`svsrmmxw`pwvxoo`u}{ rpdv|ma ooawx i`svsrmmxw`pwvxoo`u} uxpbrpbfpwu`wjrpv'W[rX d`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfvg`bjmjwjfv gm`hbrpwurmdfzjbfmrrlxs ov}v`bfvov}vordxmfvov}vordxmfvXov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsvtu},fojvvjrpvbujwfuj`srmmxw`pwvtu},fojvvjrpvi`svtu},fojvvjrpvi`svbujwfuj`tu},fojvvjrpvi`sv{ rpdv|vxoo`u}bujwfuj`srmmxw`pwv`bbfvvm`}rxw ov}vdaFi\o{ui_VBA_MODULE8xppk1P<<<<< <<<I $$X`$ hH`l ,@I NR`^t B``p JI ; P j0`l ID (0`HH ( (l ine l0`@p :IV  IXp PI> I@ ine IB IT$ J n`@p L Ip pIr  IZ  IT IV IX$ 0IJ( PI>, pI@0 IB4  t`h@  `IV IX 0I>p PI@ p @ @ @ @ @ @ @ @ @ @ @ @              !"#$%&' ()*+,-./01234567 8 9 : EmFmGm hwmxyz{|}~  9;gq  6I@L .4Ch (< NDNR@, NRNR@ 3355@ NR3.  - Di@ gas @ ture@  icul@ .}x@ OMKI @ ..!@ rbon@| -11N@l RNRN@\ u913 L RNRN@< - D@,  @ @ @ +``x '' I  I  ID   I  @ @ @ @ ? xnwmceE@@I6_l 0r   $  !"#$%&'( ) * + ,                !"#$%&        !!!"""###$$$% %!%"&#&$&%' ' ' ((()))***+++,,,---. .!."/#/$/%0&0011122233 3 4 4 4 55566677788 !     9"9#9$9;;;;g&ggqqq      8 @!=X"VY#Z\$] _%`*c8f9* : !(:Aa)}` @~aA  U  U U U U U U U U U U U U U U U U! U" U# U$  U% !U& "U' #U( $U) %U* &U+ 'U, (U- )U. *= = =  =  = U!=!=!=!= != != != != !=!=!=!=!=! =! =! =! =! =!=!=!=!=!=!=!=!=!= !=!!="!=#!=$!=%!=&!='!=(!=)! =*!!=+!"V!#V!$V!%V!&V!'V!V!V! V! V !="V "V "V "V >$Fw y/1o?,e?y?? Ez/o:,:z/&Ac0= (:W)Format(P, "#.R"s <EmmAvg(u, v, w, td%u8vw 3@FSigDig_(:w:#)e g:`vgDci:?pW[{!2BT"f ://# _.:: Not (u-E9u1U l0v729v6 Q;wF:wQ00ID x"$>$X$$1x@` @ ,ep (  @ @ @  @0`xX ( @   @ Hp (  @ @ @ x\ @L N< B8 B( D@   AC@ Fp ( L~E ,@@ s\et@ wE@ )5e ̳LxMEG2 B F 8'   &  "7@ H "/X  (@  B  ' 8 H &X x  "7  "/   (@(08 B F @('   &  "7 H P "/`  (@  H)Use database order for string comparisons`9Function to round average to specified significant digitsMhh` $FgBox " $d $d'bon", 0 b End b'bLoad.U  D b 'Z "ND ZU '` = "NR ` D b $f' a b'vQ]u=t5tpCB_A7@ ccm@ccmccm@ccm@HAPs + Criteria Pollutant Summary (lb/hr)HHHHHHHHHHH{ڊ6o@h9ݒ@Facility HAPs Summary (lb/MMBtu)@LWF000Y k_MMAAAAAA? N/w@h9ݒ@Facility HAPs + Criteria Pollutants Summary (lb/MMBtu)@wLWF000J uccWWWWWWU @v@pݒ@Criteria Pollutant Summary/run - Concentrations @ 15% O2@?LWF000sweeYYYYYYW *v@YH]5@Criteria Pollutant Summary - Average Conc @ 15% O2y@?LWF000q}q__SSSSSSQ   v@ݒ@Criteria Pollutant Summary (lb/MMBtu) @LWF0001 pdRRFFFFFFD  ۯ(@`D2@Module SigDig..........,  jn@-.@Module NonDetect1111111111/ /̗@/̗@Module Correction22222222220 `ɗ@Y2@Module Convert//////////-  n@@Module AConc----------+  JW@"8[@AccessLayout*@@ @gEϳp@Eb#@Test Data666*******( @&:/w@T7@Summary - HAPS + Criteria/?r@@@^RRF::::::8 `%n@ϕ@Summary - HAPs)C@@@@_SGG;//////- `$6o@ p@Summary - Criteria Pollutants@L@@ _VJJ>>>>>>>< @]mm!``9r@$@tk@qry_Emissions - HAPsTc@@@YMMA5555553 `  v@Fp7@qry_Emissions - Criteria Pollutants@@@\PPDDDDDDDB @; Tܒ@ Tܒ@MSysModules2----------+ 9Yp@\S[p@MSysModules,,,,,,,,,,* j*|M@ _J@@Flag Control Device Lookup@GGG;;;;;;;9 @  jǵn@2,@HAPs Pollutant Summary/run - Concentrations @ 15% O2@LWF000@saaUUUUUUS /&,l@ 8S4@HAPs Pollutant Summary w/o NDs & x (lb/MMBtu)@LWF000xlZZNNNNNNL  U8@U8@HAPs Pollutant Summary - Average & /Run Conc @ 15% O2@LWF000MtbbVVVVVVT @"n@mݒ@HAPs Pollutant Summary (lb/MW-hr) @LWF000 l`NNBBBBBB@ n@_ݒ@HAPs Pollutant Summary (lb/hr) @LWF000 i]KK??????=  x@_ݒ@HAPs Averages Max AvgC@LWF000E `TBB6666664 `IE/w@P\5@HAPs + Criteria Pollutant Summary - Average Conc @ 15% O2y@LWF000xffZZZZZZX `B/w@㍥ݒ@HAPs + Criteria Pollutant Summary (lb/MW-hr) @LWF000 wkYYMMMMMMK VC=N  2  l  d  d   d  2  ~2  2  ,2     2   d   d    & ID Facility NameLocationTesting CompanyDateTester ManufacturerModelLoadRatingUnitscfm Test Rating Units Test R Fuel Type ApplicationControl DeviceCommentsFlag Control DeviceWWWWWWWWWW ccm@ccm@Criteria Pollutant Summary - Average Conc @ 15% O2QQQQQQQQQQQ  ccm@ccm@Criteria Pollutant Summary (lb/MW-hr)DDDDDDDDDDD  ccm@ccm@Criteria Pollutant Summary (lb/MMBtu)DDDDDDDDDDD  ccm@ccm@Criteria Pollutant Summary (lb/hr)AAAAAAAAAAA  ccm@ccm@Module SigDig,,,,,,,,,,,  ccm@ccm@Module NonDetect/////////// ccm@ccm@HAPs Pollutant Summary w/o NDs & x (lb/MMBtu)LLLLLLLLLLL ccm@ccm@HAPs Pollutant Summary - Average Conc @ 15% O2MMMMMMMMMMM ccm@ccm@HAPs Pollutant Summary - Average & /Run Conc @ 15% O2TTTTTTTTTTT ccm@ccm@HAPs Pollutant Summary (lb/MW-hr)@@@@@@@@@@@ ccm@ccm@HAPs Pollutant Summary (lb/MMBtu)@@@@@@@@@@@ ccm@ccm@HAPs Pollutant Summary (lb/hr)=========== ccm@ccm@HAPs Averages Max Avg44444444444 ccm@ccm@HAPs + Criteria Pollutant Summary/run - Conc @ 15% O2TTTTTTTTTTT ccm@ccm@HAPs + Criteria Pollutant Summary - Average Conc @ 15% O2XXXXXXXXXXX ccm@ccm@HAPs + Criteria Pollutant Summary (lb/MW-hr)KKKKKKKKKKK ccm@ccm@HAPs + Criteria Pollutant Summary (lb/MMBtu)KKKKKKKKKKK g@@  @@ @ ordxmf`brpbordxmfbrpzfuwordxmfbruufbwjrpordxmfprpdfwfbwordxmfvjhdjhbujwfuj`srmmxw`pwvxoo`u}ma iubujwfuj`srmmxw`pwvxoo`u}ma ooawxbujwfuj`srmmxw`pwvxoo`u}ma o{iubujwfuj`srmmxw`pwvxoo`u}`zfu`hfbrpb'W[rXbujwfuj`srmmxw`pwvxoo`u} uxpbrpbfpwu`wjrpv'W[rXg`bjmjw}bujwfuj`srmmxw`pwvvxoo`u}ma ooawxg`bjmjw}i`svbujwfuj`srmmxw`pwvvxoo`u}ma ooawxg`bjmjw}i`svvxoo`u}ma ooawxi`svbujwfuj`srmmxw`pwvxoo`u}ma iui`svbujwfuj`srmmxw`pwvxoo`u}ma ooawxi`svbujwfuj`srmmxw`pwvxoo`u}ma o{iui`svbujwfuj`srmmxw`pwvxoo`u}`zfu`hfbrpb'W[rXi`svbujwfuj`srmmxw`pwvxoo`u} uxpbrpb'W[rXi`sv`zfu`hfvo`|`zhi`svsrmmxw`pwvxoo`u}ma iui`svsrmmxw`pwvxoo`u}ma ooawxi`svsrmmxw`pwvxoo`u}ma o{iui`svsrmmxw`pwvxoo`u}`zfu`hf uxpbrpb'W[rXi`svsrmmxw`pwvxoo`u}`zfu`hfbrpb'W[rX i`svsrmmxw`pwvxoo`u}{ rpdv|ma ooawx d`w`a`vfvgruovordxmfv ufm`wjrpvijsvufsruwv vbujswv v}vufm w`amfvov}v`bfvov}vrakfbwvov}vtxfujfvov}vufm`wjrpvijsv`bbfvvm`}rxw ov}vda? Hq-h0 @ @ @ @@19Modesto Irrigation Dist.-McClureModesto, CAAcurex Corp.J.MacdonellGeneral ElectricFrame 7B10053MW#2 Fuel OilPower GenerationWater InjectionvvvtrogWL@5z@18Sycamore Cogen. Co.Bakersfield, CAEngineering-ScienceG. McRaeGeneral ElectricFrame 710075MWNatural GasCogenerationWater injection for NOx{pppnlibRJ7(1@6@16Willamette Industries, Inc.Oxnard, CABTC Environmental Inc.Dan LarenGeneral ElectricLM2500-PE3367.4MWMWNatural GasCogenerationNoneTest Rating is temptative (the person thinks it is so) , will call if it is not like the one provided|zzxtriYP:0.@15.2Modesto Irrigation District/MclureModesto, CAECOSERVE,Inc.D. LeBarronGeneral ElectricFrame 7B10050MW#2 Fuel OilPower generationWater Injection{{{ywtl\QD9.@15.1Modesto Irrigation District/MclureModesto, CAECOSERVE,Inc.D. LeBarronGeneral ElectricFrame 7B10050MWNatural GasPower generationWater Injection{{{ywtl\QD9@@14xKern River CogenBakersfield, CAEngineering-ScienceD. BecvarGeneral ElectricFrame 7NR75MW#2 Fuel OilCogenerationWater Injection"x"ed due to missing load and fuel dataynnnljhaQH5&@@13.2SD Gas &Electric Co.San Diego, CACARNOTT. ReelGeneral Electric52219817MW#2 Fuel OilNRWater Injection{{lj___][YUE>8+@@13.1SD Gas &Electric Co.San Diego, CACARNOTT. ReelGeneral Electric52219517MWNatural GasNRWater Injection{{lj___][YUE>8+I@12.2Sithe Energies, 32nd St. Naval SSan Diego, CAWestern Environmental ServicesT.RooneyGeneral ElectricMS600010034MW#2 Fuel OilCogenerationNonezjbD7I@12.1Sithe Energies, 32nd St. Naval SSan Diego, CA Western Environmental ServicesT.RooneyGeneral ElectricMS600010044MWNatural GasCogenerationNone{kcE7 9BODULE@3.1Southern Cal. Edison Co.Long Beach, CACARNOTM. McDannelBrown-Boveri-Sulzer11-D10761.75MWNatural GasNRSteam Injection{ynnnlgd`MB<.%@3.1Sout 27Sargent Canyon CogenBakersfield, CAEngineering-ScienceG. McRaeGeneral ElectricFrame 610042.5MWNatural GasCogenerationDLN unit; also SCR and ammonia injectionLoad was incorrect in version 2Ѳ~sssqmjcSK8)26Calpine Corp.Sumas, WAAm Test-Air Quality Inc.S. MackeyGeneral ElectricMS7001EA10087.83MWNatural GasCogenerationNoneynnnlgd\LC+"25xEII / Stewart & StevensonBerkeley, CAECOSERVE, Inc.T. WesselGeneral ElectricLM2500NR25MWNatural GasCogenerationNone"x"ed due to missing load informationynnnljhbRI;/23xChevron Inc.Gaviota, CAEnginering-ScienceNRAllisonK501NR2.5MWNatural GasNRSCR"x"ed due to missing load informationc`^SSSQNLHA?-"22Procter & Gamble ManufacturingSacramento, CACARNOT, Tustin , CAM. SchimitGeneral ElectricLM25009520.5MWNatural GasNRWater Injection|||zvtn^TA321Dexzel Inc.Bakersfield, CAHorizon Air Measuremnt ServicesL. ParadesGeneral ElectricLM25007729.1MWNatural GasNRSCR + Water InjectionvvvtpnhXN/ 20Petro-Lewis Cogen.-UTSTaft, CAPape & Steiner Environmental ServicesNRSolarMars1009MWField GasCogenerationWater Injection~riiigfc_ZX3+2Calpine / AgnewsCogen.San Jose, CABest Environmental, Inc.M. WileyGeneral ElectricLM500010023.33MWNatural GasCogenerationNonevvvtolfVN6*@3.1Southern Cal. Edison Co.Long Beach, CACARNOTM. McDannelBrown-Boveri-Sulzer11-D10761.75MWNatural GasNRSteam Injection{ynnnlgd`MB<.%@11xGilroy Energy Co.Gilroy, CAPape & Steiner Environ ServicesNRGeneral ElectricFrame 710087MWNatural GasNRCO Catalyst"x"ed because the measured factors are lower than the field blanks.ˈ}{pppnlibRP1' aT.{BA_MODULEo@10xCARB/EEB-UTSTaft, CACARB/EEBGeorge LewGeneral ElectricFrame 6NR37MWNatural GasCogenerationWater injection and SCR with NH3 injection"x"ed due to missing load and fuel usage dataǚpdYYYWUSL<2*"P@ 8xShell Western E&PBakersfield, CAAlmega Corp.M. P. DuBoisNRNR10020MWNatural GasCogenerationCO Catalyst and SCRSource test report indicated as not valid by Sharon Walker of AERA, new name of Shell Western (company merged).ocXXXVTQOMA5&H@7Bonneville Pacific Corp.Somis, CAHorizon Air Measurement Con., Inc.R. VacherotSolarMars1009MWNatural GasCogenerationWater Injection|qqqonkgbW5,:@6.2Imperial Irrigation D / ChoachellaImperial, CASouth Coast Environmental Co.L. JohnsonGeneral ElectricNS5000P10046.3MWNatural GasPower GenerationNone{kaD8:@6.1Imperial Irrigation D / ChoachellaImperial, CASouth Coast Environmental Co.L. JohnsonGeneral ElectricNS5000P10046.3MW#2 Fuel OilPower GenerationNone{kaD8 3@4.2Southern Cal. Edison Co.Coolwater, CACARNOTM. McDannelWestinghousePACE52010063MWNatural GasElectric generationWater Injectionqfffdb_XLA;. @4.1.2xSouthern Cal. Edison Co.Coolwater, CACARNOTM. McDannelWestinghousePACE52010063MWNatural GasElectric generationWater injection system and inlet air evaporative cooler are mentioned, but not clear about their useCH2O data appear to be an outlier and the field blanks indicated interference with ambient levels.Mtiiigeb[OD>1 @4.1.1Southern Cal. Edison Co.Coolwater, CACARNOTM. McDannelWestinghousePACE52010063MW#2 Fuel OilElectric generationWater InjectionshhhfdaZNC=0@3.2Southern Cal. Edison Co.Long Beach, CACARNOTM. McDannelBrown-Boveri-Sulzer11-D10461.75MW#2 Fuel OilNRSteam Injection{ynnnlgd`MB<. ƾO((     `@203.1Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTRussel PenceSolarT12000759.40MWNatural GasNRNoneExhaust St`@203.1Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTRussel PenceSolarT12000759.40MWNatural GasNRNoneExhaust Stack Obtained through Sampling Ports. 12 Runs. Runs10,11,12. Fuel flow rat not dry. Previous model # listed for this site in 1994 is a Solar T140004ythbW4@202.2Algonquin Gas Transmission Company - Hanover Compressor StationHanover, NJTRC Environmental Consultants Inc.Solar CentaurCDI-CB-C3071002.86MWNatural GasNRNonebW4@202.1Algonquin Gas Transmission Company - Hanover Compressor StationHanover, NJTRC Environmental Consultants Inc.Solar CentaurCDI-CB-C307882.86MWNatural GasNRNonebW%@Gz>@200.3Exxon Baytown Refinery - Boilerhouse 6Baytown, Harris County, TXCubixWestinghouseB-8NRNRNRMWNatural GasNRSteam InjectionCombined Cycle Gas Turbine. Tested at base load. Some data missingҐtrrpnli]]X>%@>@200.2Exxon Baytown Refinery - Boilerhouse 6Baytown, Harris County, TXCubixWestinghouseB-8NRNRNRMWNatural GasNRSteam Injection/Duct BurnerCombined Cycle Gas Turbine. Tested at base load. Some data missingޜtrrpnli]]X>%@ffffff?@200.1Exxon Baytown Refinery - Boilerhouse 6Baytown, Harris County, TXCubixWestinghouseB-8NRNRNRMWNatural GasNRSteam InjectionTested at base load. Some data missingtrrpnli]]X>|@9WSPA/SWEPI GTBakersfield, CARadian Corp.NRAllison501 KB5854MWNatural GasCogenerationWater Injectionwwh\QQQONLE><0!@@@1xARCO Products Co.Carson, CAAlmega Corp.Dick T. SunGeneral ElectricNRNR82.72MWRefinery GasCogenerationNoneUnits # 3 and # 4. Test document is incomplete. "x"ed due to missing load information~znbbb`[YWG<0&~@204.2SoLoNOx Combustor Unit A - PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT14000100NRNRNatural GasNRNoneRuns1, 2 and 3. Turbine Type : Simple Cycle, uncontrolled.ŋzzzxvsmh\VK@204.1SoLoNOx Combustor Unit A - PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT1400075NRNRNatural GasNRNoneRuns 4, 5 and 6. Turbine type : simple cycle, uncontrolled.Ŋyyywusmh\VK@203.7Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTBrian McDonaldSolarT1200025NRNRNatural GasNRNoneOne run Only. Unit previously listed as T14000. Tested at minimum load (the number 25 has a question mark){vhbW@203.6Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTBrian McDonaldSolarT1200050NRNRNatural GasNRNoneOne run Only. Unit previously listed as T14000Ƙ{vhbW@203.5Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTBrian McDonaldSolarT1200075NRNRNatural GasNRNoneOne run Only. Unit previously listed as T14000Ƙ{vhbW@203.4Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTBrian McDonaldSolar MarsT12000100NRNRNatural GasNRNoneOne run Only. Unit previously listed as T14000̞vhbW`@203.3Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTRussel PenceSolarT12000259.40MWNatural GasNRNone12 Runs. Runs 1,2,3. Fuel flow rate not dry. Previous model # listed for this site in 1994 is T14000 Solar.ythbW`@203.2Pacific Gas Transmission Company - Compressor Station 6, Unit ARosalia, WACARNOTRussel PenceSolarT12000100NRNRNatural GasNRNone12 Runs. Runs 7,8,9. Sampling at Turbine exhaust stack through sample ports according to EPA methods. Fuel flow rate not dry. Previous model # listed for this site in 1994 is T14000 Solar.SythbW $J,l @207.2Northwest Pipeline Corporation - Roosevelt Compressor StationRossevelt, Klickitat County, WAAMTEST Air Quality Inc.Kevin OrtonSolar TaurusT700095NRNRNatural GasRuns Gas CompressorNoneTurbine 3.Simple Cycle. Molecular weight of gas based on oxygen and carbon dioxide concentrations. Additional Info needed.I˸tU@207.1Northwest Pipeline Corporation - Roosevelt Compressor StationRossevelt, Klickitat County, WAAMTEST Air Quality Inc.Kevin OrtonSolar TaurusT700097NRNRNatural GasRuns Gas CompressorNoneTurbine 4.Simple Cycle. Molecular weight of gas based on oxygen and carbon dioxide concentrations. Additional Info needed.I˸tU@206.4PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT1400025NRNRNatural GasNRNoneRuns 10,11,12 of 12oki^^^\ZXRMA;0@206.3PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT1400050NRNRNatural GasNRNoneRuns 7,8,9 of 12oki^^^\ZXRMA;0@206.2PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT14000100NRNRNatural GasNRNoneRuns 1,2,3 of 12plj___][XRMA;0@206.1PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT1400075NRNRNatural GasNRNoneRuns 4,5,6 of 12.oki^^^\ZXRMA;0?@205PGT Compressor Station 6Rosalia, WashingtonCARNOTMark ReadySolarT14000100NRNRNatural GasNRNonettpnccca_\VQGA.@204.4SoLoNOx Combustor Unit A - PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT1400050NRNRNatural GasNRNoneRuns 7, 8 and 9. Turbine type : simple cycle, uncontrolled.Ŋyyywusmh\VK@204.3SoLoNOx Combustor Unit A - PGT Compressor Station 6Rosalia, WACARNOTRussel PenceSolarT1400040NRNRNatural GasNRNoneRuns 10, 11 and 12. Tubine type : Simple Cycle, uncontrolled.NJyyywusmh\VKkBK@209.4Northwest Pipeline Corporation - Willard Compressor StationWillard, WAAm Test-Air Quality Inc.Kevin OrtonSolar CentaurT550085NRNRNatural GasNRNoneTurbine 2v^S@209.3Northwest Pipeline Corporation - Willard Compressor StationWillard, WAAm Test-Air Quality Inc.Kevin OrtonSolar CentaurT550095NRNRNatural GasNRNoneTurbine 1v^S@209.2Northwest Pipeline Corporation - Willard Compressor StationWillard, WAAm Test-Air Quality Inc.Kevin OrtonSolar CentaurT550085NRNRNatural GasNRNoneTurbine 1v^S@209.1Northwest Pipeline Corporation - Willard Compressor StationWillard, WAAm Test-Air Quality Inc.Kevin OrtonSolar CentaurT550095NRNRNatural GasNRNoneTurbine 2v^S`@208PGT Compressor Station 7 - Unit CStarbuck, WACARNOTRussel PenceCooper RollsRB211100NRNRNatural GasNRNoneSimple Cycle~zxmmmkifaUIC7@207.4Northwest Pipeline Corporation - Roosevelt Compressor StationRossevelt, Klickitat County, WAAMTEST Air Quality Inc.Kevin OrtonSolar TaurusT700085NRNRNatural GasRuns Gas CompressorNoneTurbine 1.Simple Cycle. Molecular weight of gas based on oxygen and carbon dioxide concentrations. Additional Info needed.I˸tU@207.3Northwest Pipeline Corporation - Roosevelt Compressor StationRossevelt, Klickitat County, WAAMTEST Air Quality Inc.Kevin OrtonSolar TaurusT700090NRNRNatural GasRuns Gas CompressorNoneTurbine 2.Simple Cycle. Molecular weight of gas based on oxygen and carbon dioxide concentrations. Additional Info needed.I˸tUU-v`@214.4Sycamore Cogeneration CompanyP.O. Box 80598, Bakersfield, CA 93380Engineering ScienceNRNR10075MWNatural GasNRWater injection for NOxUnit 4xxxvtqommZ5`@214.3Sycamore Cogeneration CompanyP.O. Box 80598, Bakersfield, CA 93380Engineering ScienceNRNR10075MWNatural GasNRWater injection for NOxUnit 3xxxvtqommZ5`@214.2Sycamore Cogeneration CompanyP.O. Box 80598, Bakersfield, CA 93380Engineering ScienceNRNR10075MWNatural GasNRWater injection for NOxUnit 2xxxvtqommZ5`@214.1Sycamore Cogeneration CompanyP.O. Box 80598, Bakersfield, CA 93380Engineering ScienceNRNR10075MWNatural GasNRWater injection for NOxUnit 1xxxvtqommZ5@213Chevron USA Production Company - Gaviota Oil and Gas Processing Plant17100 Calle Mariposa Reina, Goleta, CA 93117Engineering Science Inc.Gary McRae (Project Manager)AllisonK501NR3.5MWNatural GasPower generationSelective Catalytic Reduction Unit with NH3 injection + Coen natural gas duct burnerReport has relative accuracy data for SCR inlet but not done on same day as SCR outlet. Report also has data for diverter valve, but not on same day as SCR outlet<»[ O@212Agrico Cogeneration CorporationSan Joaquin, CAGenesis Environmental ServicesMichael A. BaakalorNRNR10027.3MWNatural GasNRNoneModel and Manufacturer missing|ywubD57@211Pacific Gas Transmission Company - Compression Station 6, Unit ARosalia, WACARNOTKevin HopkinsSolar MarsNR10010.89MWNatural GasNRNoneGas analysis performed by Truesail Laboratories. A 30 pt. grid was transversed at 2 minutes per point. Neither O2 or CO2 varied by more 1% average indicating well-mixed exhaust flow. For remaining tests probe was placed at D-4 (see diagram in report)~tgaVVCN  2 Flag Control Device DescriptionFlag Control Device{F @216.2Coalinga Cogeneration Company - Coalinga, CAP.O. Box 81078, Bakersfield, CA 93380Engineering Science Inc.General ElectricNR10042.7MWNatural GasNRAmmonia Injection and Selective Catalytic ReductionRuns 4,5,6ܩiD@216.1Coalinga Cogeneration Company - Coalinga, CAP.O. Box 81078, Bakersfield, CA 93380Engineering Science Inc.General ElectricNR10042.7MWNatural GasNRAmmonia Injection and Selective Catalytic ReductionRuns 1,2,3ܩiD @215.4Destec Operating Company - Live Oak Limeted Cogeneration FacilityBakersfield, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48.5MWNatural GasNRSteam Injection and selective catalytic reduction with NH3 as reducing agent - both for NOx controlRuns 10,11,12 of 12+hY @215.3Destec Operating Company - Live Oak Limeted Cogeneration FacilityBakersfield, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48.5MWNatural GasNRSteam Injection and selective catalytic reduction with NH3 as reducing agent - both for NOx controlRuns 7,8.9 of 12(hY @215.2Destec Operating Company - Live Oak Limeted Cogeneration FacilityBakersfield, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48.5MWNatural GasNRSteam Injection and selective catalytic reduction with NH3 as reducing agent - both for NOx controlRuns 4,5,6 of 12(hY @215.1Destec Operating Company - Live Oak Limeted Cogeneration FacilityBakersfield, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48.5MWNatural GasNRSteam Injection and selective catalytic reduction with NH3 as reducing agent - both for NOx controlRuns 1,2.3 of 12(hY9;QcQ @220.1.1Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 1, runs 1,2.3.Ĵj[ r@219Columbia Gulf Transmission Company - Rayne StationRayne, LAEntropy Environmentalists Inc.Rolls Royce1533-76G1009.32MWNatural GasNRNoneReport for engine included and introduced in Engines databaseٜzooQH@218.2Oakland Scavenger Altamont Pass Landfill10840 Altamont Pass Road, Livermore, CA 94550TMA Themo Analytical Inc.Thane Jennings, Guy Washington and Scott ChesnutNRNRNRNRNRLandfill GasPower generationNo details provided except for control device operated at 99.6% destruction efficiencySolar turbine electric generator. Turbine # 2_2m@@218.1Oakland Scavenger Altamont Pass Landfill10840 Altamont Pass Road, Livermore, CA 94550TMA Themo Analytical Inc.Thane Jennings, Guy Washington and Scott ChesnutNRNRNRNRNRLandfill GasPower generationNo details provided except for control device operated at 99.6% destruction efficiencySolar turbine electric generator. Turbine # 1_2m@@217U.S. Borax & Chemical Corporation - Boron Facility14486 Borax Road, Boron, CA 93516Titan EnvironmentalWestinghouseW-251NR48MWNatural GasNRWater injection for NOx||iH@216.4Coalinga Cogeneration Company - Coalinga, CAP.O. Box 81078, Bakersfield, CA 93380Engineering Science Inc.General ElectricNR10042.7MWNatural GasNRAmmonia Injection and Selective Catalytic ReductionRuns 10,11,12ܩiD@216.3Coalinga Cogeneration Company - Coalinga, CAP.O. Box 81078, Bakersfield, CA 93380Engineering Science Inc.General ElectricNR10042.7MWNatural GasNRAmmonia Injection and Selective Catalytic ReductionRuns 7,8,9ܩiDd| @220.2.4Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 2, runs 10,11,12.Ĵj[ @220.2.3Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 2, runs 7,8,9.Ĵj[ @220.2.2Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 2, runs 4,5,6.Ĵj[ @220.2.1Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 2, runs 1,2.3.Ĵj[ @220.1.4Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 1, runs 10,11,12.Ĵj[ @220.1.3Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 1, runs 7,8,9.Ĵj[ @220.1.2Destec Operating Company - Double C Limited Cogeneration FacilityKern County, CAPetro Chem Environmental ServicesDoug Towne, Bob Martin and Scott HarrisonGeneral ElectricLM-2500NR25.0MWNatural GasNRNoneTurbine # 1, runs 4,5,6.Ĵj[ @`@222.4Chevron USA - 26C Cogeneration PlantP.O. Box 1392, Bakersfield, CA 93302Genesis Environmental ServicesBob KinsleyNRNRNR37.6MWNatural GasNRWater injection for NOxUnit # 4. Fuel flow data not provided.߹~`<@222.3Chevron USA - 26C Cogeneration PlantP.O. Box 1392, Bakersfield, CA 93302Genesis Environmental ServicesBob KinsleyNRNRNR37.6MWNatural GasNRWater injection for NOxUnit # 3. Fuel flow data not provided.߹~`<@222.2Chevron USA - 26C Cogeneration PlantP.O. Box 1392, Bakersfield, CA 93302Genesis Environmental ServicesBob KinsleyNRNRNR37.6MWNatural GasNRWater injection for NOxUnit # 2. Fuel flow data not provided.߹~`<@222.1Chevron USA - 26C Cogeneration PlantP.O. Box 1392, Bakersfield, CA 93302Genesis Environmental ServicesBob KinsleyNRNRNR37.6MWNatural GasNRWater injection for NOxUnit # 1. Fuel flow data not provided.߹~`<=@221.4Sycamore cogeneration Company - Southwest China Grade LoopBakersfield, CA 93308Engineering Science Inc.General ElectricG7111E10075MWNatural GasNRWater injection for NOxTurbine # 4gR=@221.3Sycamore cogeneration Company - Southwest China Grade LoopBakersfield, CA 93308Engineering Science Inc.General ElectricG7111E10075MWNatural GasNRWater injection for NOxTurbine # 3gR=@221.2Sycamore cogeneration Company - Southwest China Grade LoopBakersfield, CA 93308Engineering Science Inc.General ElectricG7111E10075MWNatural GasNRWater injection for NOxTurbine # 2gR=@221.1Sycamore cogeneration Company - Southwest China Grade LoopBakersfield, CA 93308Engineering Science Inc.General ElectricG7111E10075MWNatural GasNRWater injection for NOxTurbine # 1gRb [ O~M@225.7Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G97.729MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 2. Particulates runs 1,2,3 of 6.~nccca_[UII8(M@225.7Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G97.729MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 2. Particulates runs 1,2,3 of 6.~nccca_[UII8(M@225.6Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G9729MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 1. Run 4 of 4.|laaa_][UII8(M@225.5Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G71.329MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 1. Runs 1,2,3 of 4.~nccca_[UII8(M@225.4Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G91.729MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 2. Runs 10,11,12 of 12.~nccca_[UII8(M@225.3Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G8629MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 2. Runs 7,8,9 of 12.|laaa_][UII8(M@225.2Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G7529MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 2. Runs 4,5,6 of 12.|laaa_][UII8(M@225.1Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G6229MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 2. Runs 1,2,3 of 12.|laaa_][UII8(`g@ 224Chalk City Limited cogeneration FacilityHighway 119 near Maricopa, CAEngineering Science Inc.Tray DelfinoGeneral ElectricLM-500010048MWNatural GasNRSteam Injection and Selective Catalytic Reduction using NH3 for NOx, CO Catalyst for CO Control s[>` 1{YA~`S@227.2Philadelphia Electric CompanyCroyden Generating UnitGilbert/Commonwealth Inc.NRNR100NRNR#2 Fuel OilNRNoneUnit 21. No info on make and model of turbine}{pppnligeeL5`S@227.1Philadelphia Electric CompanyCroyden Generating UnitGilbert/Commonwealth Inc.NRNR100NRNR#2 Fuel OilNRNoneUnit 11. No info on make and model of turbine}{pppnligeeL5@226.7South Vandenberg Power PlantVandenberg Air Force Base, CAPetro Chem Environmental Services Inc.Allison501-KB1003MWNatural GasNRNoneUnit E. Runs 7,8,9 of 9~wwQ4@226.6South Vandenberg Power PlantVandenberg Air Force Base, CAPetro Chem Environmental Services Inc.Allison501-KB1003MWNatural GasNRNoneUnit E. Runs 4,5,6 of 9~wwQ4@226.5South Vandenberg Power PlantVandenberg Air Force Base, CAPetro Chem Environmental Services Inc.Allison501-KB1003MWNatural GasNRNoneUnit E. Runs 1,2,3 of 9~wwQ4@226.4South Vandenberg Power PlantVandenberg Air Force Base, CAPetro Chem Environmental Services Inc.Allison501-KB1003MWNatural GasNRNoneUnit D~wwQ4@226.3South Vandenberg Power PlantVandenberg Air Force Base, CAPetro Chem Environmental Services Inc.Allison501-KB1003MWNatural GasNRNoneUnit C~wwQ4@226.2South Vandenberg Power PlantVandenberg Air Force Base, CAPetro Chem Environmental Services Inc.Allison501-KB1003MWNatural GasNRNoneUnit B~wwQ4@226.1South Vandenberg Power PlantVandenberg Air Force Base, CAPetro Chem Environmental Services Inc.Allison501-KB1003MWNatural GasNRNoneUnit A~wwQ4M@225.8Sun Oil RefineryPhiladelphia, PACUBIX CorporationWestinghouseW301-G9129MW#2 Fuel OilPower GenerationWater Injection for NOxUnit # 2. Particulates runs 4,5,6 of 6.|laaa_][UII8(=..@229.2Shell Western Exploration & Production Inc. - Coalinga Cogeneration PlantP.O. Box 11164, Bakersfield, CA 93389-1164Pape & Steiner Environmental ServicesAllisonCTG 501 KB5NRNRNRNatural GasNRNoneUnit 101B·a-@229.1Shell Western Exploration & Production Inc. - Coalinga Cogeneration PlantP.O. Box 11164, Bakersfield, CA 93389-1164Pape & Steiner Environmental ServicesAllisonCTG 501 KB5NRNRNRNatural GasNRNoneUnit 101A·aV@228.11City Utilities of Springfield - Southwest Power Station301 East Central, Box 551, Springfield, NO 65805Total Source AnalysisUnited Technologies TP4 Twin PacFT4C-1(DF)10050MWNatural GasNRWater Injection for NOxUnit # 1 - South¿PV@228.10City Utilities of Springfield - Southwest Power Station301 East Central, Box 551, Springfield, NO 65805Total Source AnalysisUnited Technologies TP4 Twin PacFT4C-1(DF)10050MWNatural GasNRWater Injection for NOxUnit # 1 - North¿PV@228.2City Utilities of Springfield - Southwest Power Station301 East Central, Box 551, Springfield, NO 65805Total Source AnalysisUnited Technologies TP4 Twin PacFT4C-1(DF)10050MWNatural GasNRWater Injection for NOxUnit # 2 - NorthOV@228.1City Utilities of Springfield - Southwest Power Station301 East Central, Box 551, Springfield, NO 65805Total Source AnalysisUnited Technologies TP4 Twin PacFT4C-1(DF)10050MWNatural GasNRWater Injection for NOxUnit # 2 - SouthO`S@227.3Philadelphia Electric CompanyCroyden Generating UnitGilbert/Commonwealth Inc.NRNR100NRNR#2 Fuel OilNRNoneUnit 22. No info on make and model of turbine}{pppnligeeL5^ax @232.1NW Pipeline Corporation - Willard Compression StationWillard Compressor Station, WAAMTEST Air QualityKevin OrtenSolar CentaurHT 5500854.10MWNatural GasNRNoneTurbine 1, simple Cycle turbineԵ}kM@231AMOCO Production CompanyMorganza, LAEmission Testing Services Inc.SolarGCI-SB-KATO100.8MWNatural GasNRNone|zooomkh]XX:.@230.6Destec Operating Company - Kern Front Cogeneration FacilityKern County, CAPetro-Chem Environmental ServicesDoug Towne and Randall KastnerGeneral ElectricLM-2500NR25MWNatural GasNRNoneTurbine # 1. Runs 7,8,9 of 9.ɾbS@230.5Destec Operating Company - Kern Front Cogeneration FacilityKern County, CAPetro-Chem Environmental ServicesDoug Towne and Randall KastnerGeneral ElectricLM-2500NR25MWNatural GasNRNoneTurbine # 1. Runs 4,5,6 of 9.ɾbS@230.4Destec Operating Company - Kern Front Cogeneration FacilityKern County, CAPetro-Chem Environmental ServicesDoug Towne and Randall KastnerGeneral ElectricLM-2500NR25MWNatural GasNRNoneTurbine # 1. Runs 1,2,3 of 9.ɾbS@230.3Destec Operating Company - Kern Front Cogeneration FacilityKern County, CAPetro-Chem Environmental ServicesDoug Towne and Randall KastnerGeneral ElectricLM-2500NR25MWNatural GasNRNoneTurbine # 2. Runs 7,8,9 of 9.ɾbS@230.2Destec Operating Company - Kern Front Cogeneration FacilityKern County, CAPetro-Chem Environmental ServicesDoug Towne and Randall KastnerGeneral ElectricLM-2500NR25MWNatural GasNRNoneTurbine # 2. Runs 4,5,6 of 9.ɾbS@230.1Destec Operating Company - Kern Front Cogeneration FacilityKern County, CAPetro-Chem Environmental ServicesDoug Towne and Randall KastnerGeneral ElectricLM-2500NR25MWNatural GasNRNoneTurbine # 2. Runs 1,2,3 of 9ɾbSF .CXo)b@235.1Fina Oil and Chemical Company - GE Gas Turbine Cogeneration FacilityPort Arthur, TXARI Environmental Inc.General ElectricNR100NRNRNatural GasNRNoneTurbinek\@i@234Transcontinental Gas Pipeline CorporationBear Creek, PAScott Environmental TechnologySolar MarsNR10010.14MWNatural GasNRNonezwukkM?@fffffz@233Riverside Hospital Cogeneration Unit1600 N. Superior St., Toledo, OH 43604Monarch Analytical Laboratories Inc.NRNRNRNRNRkwNatural GasNRNone`: @232.7NW Pipeline Corporation - Willard Compression StationWillard Compressor Station, WAAMTEST Air QualityKevin OrtenSolar CentaurHT 5500854.10MWNatural GasNRNoneTurbine 2, simple Cycle turbineԵ}kM @232.6NW Pipeline Corporation - Willard Compression StationWillard Compressor Station, WAAMTEST Air QualityKevin OrtenSolar CentaurHT 5500904.10MWNatural GasNRNoneTurbine 2, simple Cycle turbineԵ}kM @232.5NW Pipeline Corporation - Willard Compression StationWillard Compressor Station, WAAMTEST Air QualityKevin OrtenSolar CentaurHT 550095.14.10MWNatural GasNRNoneTurbine 2, simple Cycle turbineַ}kM @232.4NW Pipeline Corporation - Willard Compression StationWillard Compressor Station, WAAMTEST Air QualityKevin OrtenSolar CentaurHT 550095.74.10MWNatural GasNRNoneTurbine 1, simple Cycle turbineַ}kM @232.3NW Pipeline Corporation - Willard Compression StationWillard Compressor Station, WAAMTEST Air QualityKevin OrtenSolar CentaurHT 5500954.10MWNatural GasNRNoneTurbine 1, simple Cycle turbineԵ}kM @232.2NW Pipeline Corporation - Willard Compression StationWillard Compressor Station, WAAMTEST Air QualityKevin OrtenSolar CentaurHT 5500904.10MWNatural GasNRNoneTurbine 1, simple Cycle turbineԵ}kM:EM @236.3Destec Operating Company - Chalk Cliff Cogeneration FacilityMaricopa, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48MWNatural GasNRSteam Injection + SCR NH3 CatalystRuns 7,8,9ͫ`T @236.2Destec Operating Company - Chalk Cliff Cogeneration FacilityMaricopa, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48MWNatural GasNRSteam Injection + SCR NH3 CatalystRuns 4,5,6ͫ`T @236.1Destec Operating Company - Chalk Cliff Cogeneration FacilityMaricopa, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48MWNatural GasNRSteam Injection + SCR NH3 CatalystRuns 1,2,3ͫ`T@235.7Fina Oil and Chemical Company - GE Gas Turbine Cogeneration FacilityPort Arthur, TXARI Environmental Inc.General ElectricNRNRNRNRRefinery GasNRNoneTurbine + Duct Burner, maximum combined firing rate߫k\@235.5Fina Oil and Chemical Company - GE Gas Turbine Cogeneration FacilityPort Arthur, TXARI Environmental Inc.General ElectricNR75NRNRRefinery GasNRNoneTurbinek\@235.4Fina Oil and Chemical Company - GE Gas Turbine Cogeneration FacilityPort Arthur, TXARI Environmental Inc.General ElectricNR100NRNRRefinery GasNRSteam Injection for NOx (at increased maximum rate)Turbineܨk\@235.3Fina Oil and Chemical Company - GE Gas Turbine Cogeneration FacilityPort Arthur, TXARI Environmental Inc.General ElectricNR100NRNRRefinery GasNRSteam Injection for NOx (at normal maximum rate)Turbine٨k\@235.2Fina Oil and Chemical Company - GE Gas Turbine Cogeneration FacilityPort Arthur, TXARI Environmental Inc.General ElectricNR75NRNRNatural GasNRNoneTurbinek\9 4hUUUU@239.3Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 1. Runs 7,8,9·j[@239.2Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 1. Runs 4,5,6·j[@239.1Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 1. Runs 1,2,3·j[@238.4SEKR Cogeneration FacilityBakersfield, CAEngineering Science Inc.Troy Delfino and Jim PolhamusNRNRNR20MWNatural GasNRNoneTurbine 1 run 10. Base Load.~|zxvYA2@238.3SEKR Cogeneration FacilityBakersfield, CAEngineering Science Inc.Troy Delfino and Jim PolhamusNRNRNR20MWNatural GasNRNoneTurbine 1 runs 7,8,9. Base Load~|zxvYA2@238.2SEKR Cogeneration FacilityBakersfield, CAEngineering Science Inc.Troy Delfino and Jim PolhamusNRNRNR20MWNatural GasNRNoneTurbine 1 runs 4,5,6. Base Load.~|zxvYA2@238.1SEKR Cogeneration FacilityBakersfield, CAEngineering Science Inc.Troy Delfino and Jim PolhamusNRNRNR20MWNatural GasNRNoneTurbine 1 runs 1,2,3. Base load.~|zxvYA2@237.2Tennesee Gas Pipeline - Compressor Station 17East Bernard, TXTechnical Services Department of Teneco GAsGeneral ElectricFrame 3638.46MWNatural GasNRNoneUnit 1CUE@237.1Tennesee Gas Pipeline - Compressor Station 17East Bernard, TXTechnical Services Department of Teneco GAsGeneral ElectricFrame 3938.46MWNatural GasNRNoneUnit 1CUE>@240.2Coalinga Cogeneration PlantNorth of Coalinga, CASteiner Environmetal Inc.NRNRNRNRNRNatural GasNREvaporative CoolerTurbine 101B. Test conditions : burning maximum amount of fuel. Only two runs for each pollutantxvkkkigecaaH3`>@240.1Coalinga Cogeneration PlantNorth of Coalinga, CASteiner Environmetal Inc.NRNRNRNRNRNatural GasNREvaporative CoolerTurbine 101A. Test conditions : burning maximum amount of fuel. Only two runs for each pollutantxvkkkigecaaH3@239.8Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 2. Runs 10·j[@239.7Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 2. Runs 7,8,9·j[@239.6Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 2. Runs 4,5,6·j[@239.5Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 2. Runs 1,2,3·j[@239.4Destec Engineering Inc. - High Sierra Limited Cogeneration FacilityKern County, CAPetro Chem Environmental Services Inc.Mark ReadyGeneral ElectricLM-2500NR25MWNatural GasPower GenerationNoneTurbine 1. Runs 10,11·j[s@242.5SEKR Cogeneration Facility - Kern RiverBakersfield, CAEngineering-Science Inc.Jim Polhamus & Cesario MangaoangNRNRNR75MWNatural GasNRWater injectionTurbine 2. Introduction indicates Base load׬fN?s@ 242.4SEKR Cogeneration Facility - Kern RiverBakersfield, CAEngineering-Science Inc.Jim Polhamus & Cesario MangaoangNRNRNR20MWNatural GasNRWater injection ammonia/scrubber and CO catalystTurbine 1 run 10. Base load͝fN?s@ 242.3SEKR Cogeneration Facility - Kern RiverBakersfield, CAEngineering-Science Inc.Jim Polhamus & Cesario MangaoangNRNRNR20MWNatural GasNRWater injection ammonia/scrubber and CO catalystTurbine 1 runs 7,8,9. Base load͝fN?s@ 242.2SEKR Cogeneration Facility - Kern RiverBakersfield, CAEngineering-Science Inc.Jim Polhamus & Cesario MangaoangNRNRNR20MWNatural GasNRWater injection ammonia/scrubber and CO catalystTurbine 1 runs 4,5,6. Base load͝fN?s@ 242.1SEKR Cogeneration Facility - Kern RiverBakersfield, CAEngineering-Science Inc.Jim Polhamus & Cesario MangaoangNRNRNR20MWNatural GasNRWater injection ammonia/scrubber and CO catalystTurbine 1 runs 1,2,3. Base load͝fN?m@ 241.2kern Front Limited Cogeneration FacilityBakersfield, CAEngineering-Science Inc.Gary McRae and Troy DelfinoGeneral ElectricLM-250098.825MWNatural GasNRSteam Injection and Selective Catalytic Reduction using NH3 for NOx, CO Catalyst for CO ControlTurbine 2 gO@m@ 241.1kern Front Limited Cogeneration FacilityBakersfield, CAEngineering-Science Inc.Gary McRae and Troy DelfinoGeneral ElectricLM-250098.825MWNatural GasNRSteam Injection and Selective Catalytic Reduction using NH3 for NOx, CO Catalyst for CO ControlTurbine 1 gO@@301.1County Sanitation Districts of Los Angeles County - Joint Water Pollution Control PlantWhittier, CACalscience Environmental Laboratories Inc.Ed Hanley, Paul Ewing, Joe LivernoisSolar MarsNR20.837.2MW#2 Fuel OilNRNoneTurbine # 1 - Dieselɥ{o`@302Los Angeles County Sanitation District - Puente Hills Landfill (PERG)Whittier, CACarnotCraig Fry, Dave Evans and Russ PenceSolar CentaurGS-40001002.8MWLandfill GasNRElectrostatic Precipitator for Lubricating Oil Vent ControlExhaustmg[@300.4County Sanitation Districts of Los Angeles County - Joint Water Pollution Control Plant (JWPCP)Carson, CACalscience Environmental LaboratoriesE. Hanley, R. Yanagihara, R. StearnsSolar MarsNR1007.2MWDigester GasNRNoneTurbine # 2ʦw@300.3County Sanitation Districts of Los Angeles County - Joint Water Pollution Control Plant (JWPCP)Carson, CACalscience Environmental LaboratoriesE. Hanley, R. Yanagihara, R. StearnsSolar MarsNR20.837.2MW#2 Fuel OilNRNoneTurbine # 2ʦw@300.2County Sanitation Districts of Los Angeles County - Joint Water Pollution Control Plant (JWPCP)Carson, CACalscience Environmental LaboratoriesE. Hanley, R. Yanagihara, R. StearnsSolar MarsNR1007.2MWDigester GasNRNoneTurbine # 1ʦw@300.1County Sanitation Districts of Los Angeles County - Joint Water Pollution Control Plant (JWPCP)Carson, CACalscience Environmental LaboratoriesE. Hanley, R. Yanagihara, R. StearnsSolar MarsNR20.837.2MW#2 Fuel OilNRNoneTurbine # 1ʦws@242.6SEKR Cogeneration Facility - Kern RiverBakersfield, CAEngineering-Science Inc.Jim Polhamus & Cesario MangaoangNRNRNR75MWNatural GasNRWater injectionTurbine 3. Introduction says Base loadҬfN?Ɯn>B@l@319.3.2New Century Energies Company, PSCO, Fort St. Vrain StationPlatteville, ColoradoAirtech Environmental ServicesMichael PierceGeneral ElectricFrame 7FA30250MWMWNatural GasE@l@319.3New Century Energies Company, PSCO, Fort St. Vrain StationPlatteville, ColoradoAirtech Environmental ServicesMichael PierceGeneral ElectricFrame 7FA30130MWNatural GasElectric generationLean Premix (Dry Low NOx)Unit 3 HRSG Stack (combined cycle) ѾgR@33333So@319.1New Century Energies Company, PSCO, Fort St. Vrain StationPlatteville, ColoradoAirtech Environmental ServicesMichael PierceGeneral ElectricFrame 7FA100130MWNatural GasElectric generationLean Premix (Dry Low NOx)Unit 3 HRSG Stack (combined cycle) ҿgR`:@303Los Angeles County District - Puente Hills Landfill (PERG)Whittier, CACarnotCraig Fry, Dave Evans, Dave Wonderly and Rob ElseewindSolar CentaurGS-40001002.8MWLandfill GasPower GenerationElectrostatic precipitator for Lubricating Oil Vent controlTurbine Exhaust b\P`c@306County Sanitation Districts of Los Angeles County - Puente Hills LandfillWhittier, CACarnotCraig Fry, Dave Evans, Bob Conklin, John FurlongNatcoKG-21001.1MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlTurbine exhaust ξqk_@305County Sanitation Districts of Los Angeles County (LACSD) - Puente Hills Landfill Gas Recovery StationWhittier, CACarnotCraig Fry, Bob Conklin and Rick MadrigalNatcoKG-295.451.1MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlTurbine Exhaust/ Ŀ|@301.2County Sanitation Districts of Los Angeles County - Joint Water Pollution Control PlantWhittier, CACalscience Environmental Laboratories Inc.Ed Hanley, Paul Ewing, Joe LivernoisSolar MarsNR1007.2MWDigester GasNRNoneTurbine # 1 - Digester Gas ɥ{o @311County Sanitation Districts of Los Angeles County - Puente Hills Landfill Flare StationWhittier, CACarnotCraig FrySolar CentaurGS-40 @311County Sanitation Districts of Los Angeles County - Puente Hills Landfill Flare StationWhittier, CACarnotCraig FrySolar CentaurGS-40 @311County Sanitation Districts of Los Angeles County - Puente Hills Landfill Flare StationWhittier, CACarnotCraig FrySolar CentaurGS-40 @311County Sanitation Districts of Los Angeles County - Puente Hills Landfill Flare StationWhittier, CACarnotCraig FrySolar CentaurGS-40001002.8MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlExhaustym@,@310Los Angeles County Sanitation Districts - Puente Hills LandfillWhittier, CACarnotCraig FryNatcoKG-21001.0MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlExhaust؝|yupgaU@309County Sanitation Discricts of Los Angeles County - Puente Hills Landfill Gas Recovery StationWhittier, CACarnotJohn A. FurlongSolar CentaurGS-40001002.8MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlExhaustͽt@@308County Sanitation Districts of Los Angeles County - Puente Hills Landfill Gas Recovery StationWhittier, CACarnotCraig FrySolar CentaurGS-40001002.8MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlExhaust Ƿt@307County Sanitation Districts of Los Angeles County - Puente Hills Landfill Gas Recovery StationWhittier, CACarnotCraig FryNatcoKG-21001.4MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlExhaustt&>X@210.1Kern River cogeneration CompanyP.O. Box 80478, Bakersfield, CA 93380Engineering - Science Inc.Troy Delfino and Jim PolhamusNRNR10075MWNatural GasNRNoneTurbine A.Reported ppb are measured values at % O2 provided in test table. No ambient or stack conditions provided in report. Model and Manufacturer missingKv\7@201.2.1Tastykake CompanyHunting Park Avenue, Philadelphia, PABCM Engineers - Plymouth meeting, PAPhilip C. BurgAllisonNR503.5MWNatural GasCogenerationNoneOutlet of heat boiler, turbine stack damper closed to divert 100% of exhaust to HRSG. Not all field data sheets copied.$tP+@201.1.1Tastykake CompanyHunting Park Avenue, Philadelphia, PABCM Engineers - Plymouth meeting, PAPhilip C. BurgAllisonNR503.5MW#2 Fuel OilCogenerationNoneRating not provided por this report.ѭtP+ @236.4Destec Operating Company - Chalk Cliff Cogeneration FacilityMaricopa, CAPetro Chem Environmental ServicesGeneral ElectricLM-5000NR48MWNatural GasNRSteam Injection + SCR NH3 CatalystRun 10ͫ`T@i@17Willamette IndustriesOxnard, CAHorizon Air Measurement ServicesA. PecautGeneral ElectricLM2500-PE10067.4MWNatural GasCogenerationNone}yvm]T4*[@304County Sanitation Districts of Los Angeles County - Puente Hills LandfillWhittier, CACarnotCraig FrySolar CentaurGS-400096.432.7MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlExhaustﴤzqk_@312County Sanitation Districts of Los Angeles County - Puente Hills Landfill Gas Recovery StationWhittier, CACarnotCraig FrySolar CentaurGS-40001002.8MWLandfill GasPower GenerationElectrostatic Precipitator for Lubricating Oil Vent ControlExhaust Ƿt'!:@201.2.3Tastykake CompanyHunting Park Avenue, Philadelphia, PABCM Engineers - Plymouth meeting, PAPhilip C. BurgAllisonNR1003.5MWNatural GasCogenerationNoneOutlet of heat boiler, turbine stack damper closed to divert 100% of exhaust to HRSG. Not all field data sheets copied.%tP+@201.2.2Tastykake CompanyHunting Park Avenue, Philadelphia, PABCM Engineers - Plymouth meeting, PAPhilip C. BurgAllisonNR753.5MWNatural GasCogenerationNoneOutlet of heat boiler, turbine stack damper closed to divert 100% of exhaust to HRSG. Not all field data sheets copied.$tP+@201.1.3Tastykake CompanyHunting Park Avenue, Philadelphia, PABCM Engineers - Plymouth meeting, PAPhilip C. BurgAllisonNR1003.5MW#2 Fuel OilCogenerationNoneRating not provided por this report.ҮtP+@201.1.2Tastykake CompanyHunting Park Avenue, Philadelphia, PABCM Engineers - Plymouth meeting, PAPhilip C. BurgAllisonNR753.5MW#2 Fuel OilCogenerationNoneRating not provided por this report.ѭtP+@210.4Kern River cogeneration CompanyP.O. Box 80478, Bakersfield, CA 93380Engineering - Science Inc.Troy Delfino and Jim PolhamusNRNR10075MWNatural GasNRNoneTurbine D. Raw data for this turbine not included in report. Model and Manufacturer missing v\7@210.3Kern River cogeneration CompanyP.O. Box 80478, Bakersfield, CA 93380Engineering - Science Inc.Troy Delfino and Jim PolhamusNRNR10075MWNatural GasNRNoneTurbine C. Model and Manufacturer missingدv\7@210.2Kern River cogeneration CompanyP.O. Box 80478, Bakersfield, CA 93380Engineering - Science Inc.Troy Delfino and Jim PolhamusNRNR10075MWNatural GasNRNoneTurbine B.Model and Manufacturer missingׯv\7A |fgiOc@314.4NRNRCarnotRussell PenceSolarMars SoLoNox T140003510.9MWNRNatural GasGas TransmissionNoneCompressor Station 6, Unit A; Diffusion flame. Control device changed to "none" by M. Taylor 10/15/02.pl\QOOMIG4/"@314.3NRNRCarnotRussell PenceSolarMars SoLoNox T140005010.9MWNRNatural GasGas TransmissionLean pre-mix (SoLoNOx)Compressor Station 6, Unit Al\QOOMIG4/"@314.2NRNRCarnotRussell PenceSolarMars SoLoNox T140007510.9MWNRNatural GasGas TransmissionLean pre-mix (SoLoNOx)Compressor Station 6, Unit Al\QOOMIG4/"@314.1NRNRCarnotRussell PenceSolarMars SoLoNox T1400010010.9MWNRNatural GasGas TransmissionLean pre-mix (SoLoNOx)Compressor Station 6, Unit Am]RPPNJG4/"@313.2.4NRNRCarnotRussell PenceSolarT12000759.4MWNRNatural GasGas TransmissionNoneUnit Cjd`PECCA><61$@313.2.3NRNRCarnotRussell PenceSolarT12000509.4MWNRNatural GasGas TransmissionNoneUnit Cjd`PECCA><61$@313.2.2NRNRCarnotRussell PenceSolarT12000259.4MWNRNatural GasGas TransmissionNoneUnit Cjd`PECCA><61$@313.2.1NRNRCarnotRussell PenceSolarT120001009.4MWNRNatural GasGas TransmissionNoneUnit CkeaQFDDB?<61$@313.1.3NRNRCarnotRussell PenceGeneral ElectricFrame 3757.7MWNRNatural GasGas TransmissionNoneUnit Bvpl\QOOMJHA1$@313.1.2NRNRCarnotRussell PenceGeneral ElectricFrame 3507.7MWNRNatural GasGas TransmissionNoneUnit Bvpl\QOOMJHA1$@313.1.1NRNRCarnotRussell PenceGeneral ElectricFrame 31007.7MWNRNatural GasGas TransmissionNoneUnit Bwqm]RPPNKHA1$@235.6Fina Oil and Chemical Company - GE Gas Turbine Cogeneration FacilityPort Arthur, TXARI Environmental Inc.General ElectricNRNRNRNRRefinery GasCogenerationNoneGE Gas Turbine Outlet Duct (Duct Burner Inlet)㵱k\zvdUK@6(`@317.2NRNRCarnotRussell PenceSolarMars2510.9MWNRNatural GasGas TransmissionsNoneStation 9, Unit Asb^MB@@>:84/"`@317.1NRNRCarnotRussell PenceSolarMars10010.9MWNRNatural GasGas TransmissionsNoneStation 9, Unit Atc_NCAA?;84/"@316.2.4NRNRCarnotRussell PenceRolls RoyceSpey7512.2MWNRNatural GasGas TransmissionsNoneUnit DpjfUJHHFB@<1$@316.2.3NRNRCarnotRussell PenceRolls RoyceSpey5012.2MWNRNatural GasGas TransmissionsNoneUnit DpjfUJHHFB@<1$@316.2.2NRNRCarnotRussell PenceRolls RoyceSpey2512.2MWNRNatural GasGas TransmissionsNoneUnit DpjfUJHHFB@<1$@316.2.1NRNRCarnotRussell PenceRolls RoyceSpey10012.2MWNRNatural GasGas TransmissionsNoneUnit DqkgVKIIGC@<1$@316.1.4NRNRCarnotRussell PenceRolls RoyceAvon7510.7MWNRNatural GasGas TransmissionsNoneUnit CpjfUJHHFB@<1$@316.1.3NRNRCarnotRussell PenceRolls RoyceAvon5010.7MWNRNatural GasGas TransmissionsNoneUnit CpjfUJHHFB@<1$@316.1.2NRNRCarnotRussell PenceRolls RoyceAvon2510.7MWNRNatural GasGas TransmissionsNoneUnit CpjfUJHHFB@<1$@316.1.1NRNRCarnotRussell PenceRolls RoyceAvon10010.7MWNRNatural GasGas TransmissionsNoneUnit CqkgVKIIGC@<1$@315.4NRNRCarnotRussell PenceGeneral ElectricLM15007510.6MWNRNatural GasGas TransmissionNoneUnit BtnjZOMMKGE?/"@315.3NRNRCarnotRussell PenceGeneral ElectricLM15005010.6MWNRNatural GasGas TransmissionNoneUnit BtnjZOMMKGE?/"@315.2NRNRCarnotRussell PenceGeneral ElectricLM15002510.6MWNRNatural GasGas TransmissionNoneUnit BtnjZOMMKGE?/"@315.1NRNRCarnotRussell PenceGeneral ElectricLM150010010.6MWNRNatural GasGas TransmissionNoneUnit Buok[PNNLHE?/"*xgÌŒpppTTP@@33333m@319.6.2@33333m@319.6New Century Energies Company, PSCO, Fort St. Vrain StationPlatteville, COAirtech Environmental ServicesMichael PierceGeneral ElectricFrame 7FA50130MWNatural GasElectric generationLean Premix (Dry Low NOx)Unit 3 HRSG Stack (combined cycle)˸aR@:84/"`@317.3NRNRCarnotRussell PenceSolarMars5010.9MWNRNatural GasGas TransmissionsNoneStation 9, Unit Asb^MB@@>:84/"LVAL"p89ly\4 rKoN- U U [Test Data - HAPs].[Run 3 Conc R][Test Data - HAPs].[Run 2 Conc R][Test Data - HAPs].[Run 1 Conc R][Test Data - Criteria Pollutants].Pollutant[Test Data - Criteria Pollutants].ID((([Test Data - Criteria Pollutants].ID) Not Like "*x"))[Test Data - Criteria Pollutants].ID = Facilities.ID[Test Data - Criteria Pollutants].CUnitEmmAvg([lbMW1],[lbMW2],[lbMW3],[SD])EmmAvg([lbMMBtu1],[lbMMBtu2],[lbMMBtu3],[SD])EmmAvg([lbh1],[lbh2],[lbh3],[SD])lbMW([Unit],[lbh3],[Rating],[Load],[SD])lbMW([Unit],[lbh2],[Rating],[Load],[SD])lbMW([Unit],[lbh1],[Rating],[Load],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 3 O2],[Run 3 Conc C],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 2 O2],[Run 2 Conc C],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 1 O2],[Run 1 Conc C],[SD])MMBtu([Fuel Heating Value],[Run 3 Fuel Flowrate],[SD])MMBtu([Fuel Heating Value],[Run 2 Fuel Flowrate],[SD])MMBtu([Fuel Heating Value],[Run 1 Fuel Flowrate],[SD])lbh([CUnit],[Run 3 Gas Flowrate],[Run 3 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 2 Gas Flowrate],[Run 2 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])[Test Data - Criteria Pollutants].Pollutant[Manufacturer] & "/" & [Model] & "/" & [Rating] & " MW / " & [Load] & "%"[Facility Name] & "/" & [Location][Test Data - Criteria Pollutants].SD[Test Data - Criteria Pollutants].Method[Test Data - Criteria Pollutants].ID[Test Data - Criteria Pollutants].DLAConc([Run 1 Conc R],[Run 2 Conc R],[Run 3 Conc R],[DL])[Test Data - Criteria Pollutants].[Run 3 Conc R][Test Data - Criteria Pollutants].[Run 2 Conc R][Test Data - Criteria Pollutants].[Run 1 Conc R]ym[Q! tt^^GVcm@Vcm@Flag Control Device Lookup99999999999 ccm@ccm@Facilities))))))))))) ccm@ccm@HAPs Pollutant Summary/run - Concentrations @ 15% O2SSSSSSSSSSS ccm@ccm@HAPs Pollutant Summary w/o NDs & x (lb/MMBtu)LLLLLLLLLLL ccm@ccm@HAPs Pollutant Summary - Average Conc @ 15% O2MMMMMMMMMMM ccm@ccm@HAPs Pollutant Summary - Average & /Run Conc @ 15% O2TTTTTTTTTTT ccm@ccm@HAPs Pollutant Summary (lb/MW-hr)@@@@@@@@@@@ ccm@ccm@HAPs Pollutant Summary (lb/MMBtu)@@@@@@@@@@@ ccm@ccm@HAPs Pollutant Summary (lb/hr)=========== cNot Lean Pre-MixAll Lean PremixAll HAP ControlsNo HAP Controls Steam/Water Injection & CO Catalyst& Steam/Water Injection & SCONOX! Lean Pre-Mix & SCR CO Catalyst & SCR Steam/Water Injection & SCR & CO Catalyst,SCRCO CatalystOtherLean Pre-Mix & Water Injection!Lean Pre-MixSteam/Water Injection & SCRSteam/Water InjectionNo Control VCEN:: __A__{VCe N<<  ¸       ¸    FlagsFormModuleNameReplicationVersionTypeTypeInfoVersion<RIndex1<<<{Y@@G@  x:<@0 ,z[<)rS-LLJPrO, p!!lbMW1(@ Q o! lbMMBtu3_@Q  o!lbMMBtu2_@Q  o!lbMMBtu1_@Q  o!lbh3Q@Q o!lbh2Q@Q o!lbh1Q@Q o!Run 3 Conc CCorrection([Run 3 Conc R],[DL])C o!Run 2 Conc CCorrection([Run 2 Conc R],[DL])C o!Run 1 Conc CCorrection([Run 1 Conc R],[DL])C o![Test Data - HAPs].Pollutant4 g!Facilities.Application. g!Facilities.[Fuel Type]. g!TurbineI@Q o!Facilities.Model( g!Facilities.Manufacturer/ g!loadvalueVal([Facilities]![Load])9 o!Facilities.Unit' g!Facilities.Rating) g!Facilities.Date' g! Facilities.[Testing Company]4 g! Facility"@Q  o! [Test Data - HAPs].SD- g! Facilities.Location+ g! [Test Data - HAPs].Method1 g!Facilities.[Facility Name]2 g![Test Data - HAPs].ID- g![Test Data - HAPs].DL- g!Conc R AverageSigDig([Average],3)9 o!Average8@Q o!!@!7 g!!@ 7 g!!@7 g!Test Data - HAPs !Facilities ! G! G! !  +@7 ' $@7 ' 8@7 ' Test Data - Criteria PollutantsFacilities4@7A5+  *'@7 gLVAL ?i_VBA_MODULE"x_ pp{ (< <<<8 `@$  (``@ //I $ R`l0 ++I x$xP00px` h$$p\$$pI 0I P I 0l , PI I I P00xh@ @ @ @ @ X @J @p @LLVAL @` P`lh ++I I I ( P @X @H 8D @4 0 @ @ @  @ @@ @ @L @ hHM@   L~D   ( l  X( @( \  X @H D @4  0 @ ( 8 @    @ @ @ @J @ @L @ @x @h  HPME2 B 68>^` P8LP0S8Op- ( &?  0&? Xh&?    ,#8    p , #     0 ,8 #H  (LVAL A0 8H* B 6>  ` 60 60 hx (    (8 @`   px x        0  B 8>    6@Bx8X   ( 08 P`h          (0 8H  PX*` (  )Use database order for string comparisonsILEH*)Function to compute average concentration5 $F $F $Fb J  L  HU ' a !Determine the number to divide by'H $ND H 'Hh $NRbh H 'Hrah $NDf H 'H17hHDetermine values to add64NA' 40'Ja $F'J~h'a $F'bNhx'La8 $F'Lcfh  $F $F  $F h(()Function to compute average concentration7. $F $F  $F 0BfNA'R hf $F $F $FbND'Pa!Determine LVAL Bthe number to divide by'H $F H 'Hh $F H 'HhP $F H 'Hh Determine values to addNA'P'Ja $F'Jhh'a $F'h'Lap $F'LhX $NR J  L  HU 'Nh $F $F  $F  $F $F $F @ $\U 'R $NR $NRNR'Ra0!Determine the number to divide by'H $F H 'Hh $F H 'Hh $F H 'HhpDetermine values to add $F'Ja 'Jh $F'a'h $F'La'Lh J  L  H $\U 'RhXH $ND $F  $ND $F  $ND $F  $NRb $ND $NRb $NA $NA $NA $F $F $F U ' ? $FU ' ? $F'J? $F'? $F'LH $NR $NR $NR $NA $NA $NA $F $F $F U 'P $NA $NA $NA $F $F $Fb 4Attribute VB_Name = "Module AConc" Option Compare Database 'Udorder@ for sng cbisons Func(run1, 23, 8DL)TW*toEaveragencentraK 1If (TrimS)NA" And 23) Then&(P# GoToLVAL line1E.If?Val>> 0=<:9C Str(('+ $3)) / D3)ElseA=A|0A0.5| *eHAI'@DetermE the numbldivide by I@S0 ff1aD" O~r:M eI + DaIbD}cP"Nv-Rvalues QaddL1naZnGEÉLR"_(+TbRLp &B{D:hi<Ch~a^Ea`dB`CIw˜: !O2_)%n&A"ɔO2@/"`&f2I##PD($a$(x?2g%0D @ F_"!O W up"f5\t3?\(_(Q0_^?U?Umh?:Peg (aPpLL_p`NHHARcP= H H  !H2/HvEmmAvgH, SDL?_EQBZ[EOEa 3OE 3OEOE0vBSig`Dig_(Q)\E#)]@A7 OF^ROFOF`"a:{ OF!=-OFٻ__Vp__COFOF NotRzm@DwE!FKX@=DQ OO o@'%"PGO _EbOOF?4_34,2sH3HLVAL 4N  :abc'g$hij#k~5@Summary - HAPs88'hhRICOH Aficio 401dLetter(8 1/2 x 11 in)RICOH Aficio 401AX34FE86.LP1ppd@"WINSPOOLRICOH Aficio 401AX34FE86.LP1d8d eTimes New Romanl3m5<c,i Times New Roman Fuel Type PollutantRating` ReportHeader3d5Q7axb~cwdText12.HAPs Pollutant Summary (Average Concentration)m 7Q;`pab8Field13=Now() Medium Date`8 PageHeader0 d5Qaxbc,Text5 Fuel Typed5Q`abcText7 Pollutantd5Q7`@ahbdcText9Concentration (@ 15% O2)d5Q` abcText22Methodf23Qa<b&%Line23f23Qab&%Line24d5Q`abc,Text26DLd5Q`ahbcText27Ratingd5Q`0abc,Text28IDd5Q`x!ab@c,Text34Load` GroupHeader5m7QaxbUej Fuel Type Fuel Type Fuel_Type`,a GroupHeader7m7Q`b Pollutant Pollutant`hDetail1 m7Q`bSDAvgSDAvgm7Q`0b e9kField21CUnitm7Q`(bpkMethodMethodm7Q`bekDLDLm7Q` b:kRatingRatingm7Q`b:kField33IDm7S``bkUnitUnitm7Q`!bkLoadLoadm7`hbhkField357=IsLess([Run 1 Conc],[Run 2 Conc],[Run 3 Conc],[AConc])`a GroupFooter8` GroupFooter6` PageFooter2m 7Q;`axField14=[Page]f23Qa<bb%Line25` ReportFooter4w;D^%ƞPP!!!!!!!!!!!!!!!!!!!!!!!!!!ŷŷŷŷŷŷŷŷŷŷŅŅŅŅŅŅŅŅ77777 @1MSysDb{#Module Count1R@1MSysDb{#Module Count1R@1MSysDb{#@1MSysDb{#@1MSysDb{#@1MSysDb{#@1MSysDb{#@1MSysDb{#@1MSysDb{#@1MSysDb{#@1MSysDb{#@1BMSysDb#BMSysDb#P l PForBMSysDb#P l PForBMSysDb#P l PFormBMSysDb$DwMSysDb#`DNMSysDb#P l PForm_Main FormpC?3/+%IselControl'##Module Count2*&&"Module Count1*&&" SelLoadc$ Form_EF Inputs`C?3/+ 9Form_Facility Data2]GC73/FqModule SigDigW*&&"SModule CorrectionQ.**&"dTModule ConvertK+''#FModule NonDetect;-))%!#>Module AConc/)%%!{LVALͬ"%h6^/"ReportHeader3dText12mField13PageHeader0dText5dText7dText9dText22fLine23f Line24d Text26d Text27d Text28d Text34GroupHeader5mFuel_TypeFuel TypeGroupHeader7mPollutantDetail1mSDAvgmField21mMethodmDLmRatingmField33mUnitmLoadmField35GroupFooter8GroupFooter6PageFooter2mField14f Line25!ReportFooter4 LVALi_VBA_MODULEIxpp"(6 << <6$*\Rffff*23361cffba z`<+@ I> $@@h@X@zl @@\ @L @< phME 2 B 8 @ P `h p )Use database order for string comparisons >U'> > f@ >'zaND'zqhxfphAttribute VB_Name = "NonDetect" Option Compare Database 'Udorder for sng cbisons Func (X) X!pCVarIf> 0 The^n#'6,XElse"ND0End If  |__SRP_8rU~}  H \0L(\]r<\2 \l? :\l @H(?l<k__SRP_9nrU (`a/pVC" NGCG  2      d    d   2    <2 2 2   d    d    2  2  2      2                  !  !"  " #  #!$ $"%  %#&  &$'  '%(  (&) u)'*  *(+ }2 +),  ,*-  -+.  .,/ }2 /-0 2 0.1 21/2   2/3  304 {2 415 2 526 2 637 2 748 2 859  2 96: 2 :7; 2 ;8< H2 <9= 2 =:> 2 >;?  ?<@ 9@=A A=B   B>C }2 C?D * D@E  EAF  FBG ID Facility NameMethodLocationFacilityTesting CompanyDateRatingUnitLoad ManufacturerModelTurbine Fuel Type Application Pollutant Run 1 Conc R Run 2 Conc R Run 3 Conc RAverageConc R AverageDLSD Run 1 Conc C Run 2 Conc C Run 3 Conc C CountAConclbh1lbh2lbh3lbhAvgCountlbhlbMMBtu1lbMMBtu2lbMMBtu3 lbMMBtuAvg CountlbMMBtulbMW1lbMW2lbMW3lbMWAvg CountlbMWCUnitControl Device Source EFCommRun 1 O2Run 2 O2Run 3 O2 Test RatingCommentsStandard TemperatureStandard Temperature UnitFuel Heating ValueFuel Heating Value UnitRun 1 Gas FlowrateRun 2 Gas FlowrateRun 3 Gas FlowrateMW Run 1 % Moist Run 2 % Moist Run 3 % MoistRunsNDsExpr5Load1Flag Control Device Description Run 1 Conc Run 2 Conc LVALǬǬǬ223223KKDW RecordLocks ODBCTimeout MaxRecords RecordsetTypeFilterOrderBy OrderByOn1KKD KeepLocal TKKD KeepKKD ColumnWidth-[Test Data].Pollutant RKKD KeepLocal TKKD KeepLocal TKKD KeepLocal TKKD RecordLocks ODBCTimeout FrozenColumns ColumnOrder ColumnWidth ColumnHidden MaxRecords RecordsetTypeFilterOrderBy OrderByOnUseTransactionF  <      1 lbh1   1 lbh2   1 lbh3   5lbMMBtu1   5lbMMBtu2   5lbMMBtu3   3 lbhAvg   7 lbMMBtuAvg   9 Run 1 Conc C H  9 Run 2 Conc C W  9 Run 3 Conc C   2 lbMW1   2 lbMW2   2 lbMW3   4 lbMWAvg   B[Test Data - HAPs].ID  KKD KeepLocal TKKD KeepLocal TLVAL Ji_VBA_MODULE%xap}y .( ) ) ) ) ) ) )[sel ) )d )f )h )j )[sel ) ) ) ) )  ) ) ) ) ) )  ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) )d ) )LVAL M ) ) ) )f  )  ) )D )  ) [sel )Cont )rol1 ) Otherb SCRbb )  ) Pre ) Inj ) ) ) ) @ ) )  ) ) ) ) ) ) p ) )  ) ) ) ) ) ) ) )  ) ) ) ) ) )p ) )  ) ) ) ) ) )0 HXx@ ) )  ) ) ) ) ) ) )hControl![selControl8] =8 8 ) )  ) ) ) )f  ) ) ) No HAP Controls All HAP Controlsb  No Controlb Steam/Water Injectionb Steam/Water Injection & SCRb  Lean Pre-Mixb Lean Pre-Mix & Water Injectionb )Steam/Water Injection & SCR & CO Catalystb CO Catalyst & SCRb Lean Pre-Mix & SCRb Steam/Water Injection & SCONOXb #Steam/Water Injection & CO Catalystb  ) l![s ) 1 )l![s )= 3 )l![s )= 7 )l![s )= 9p ) (Co )LVALNot X ) )  ) ) ) ) ) ) All Lean Premixb0 Not Lean Pre-Mixb0-Attribute VB_Name = "selControl" Function Select`() Dim MyDb As Databa0se, @(Recordset  SetV= DBEngine.Workspaces(0).A [IwLVari,anJd=T.Openl("Sy@stem",j_OPEN_TAB LE6.Mov`eFirsM E di9= Forms![Main]![Field22] If ("No HAPs") Then T![]1 1U 2 2 3 3U 4 5 6687ElseAt Lean Pre-MixA@N]A3BA73BA:BA9WA10m 1qBO1@qOAll*4-O-H(Y"(3B!S"!@Hi?H1lB SlC 27# R ROs CA#A Steam/Water Inj@]!SNB!SB!SB!SB!SB!SB!SB!@_!F! & SCR""S"S"S"S"S"S"@"4rO" S o2wtK15?@f2222222?1Other1KqCO Cl` hPlaorʲapA!??1Aߒ_"^"brlcoQ@am/Water Injection & SCONOX") Then Control![sel,] = 12h162634*567El@seIf (mSeln"SteCO Catalyst3     HHAll Lean PremixC4B5B1BBBBBEnd If$.Upd@ Fun ALVAL Oi_VBA_PROJECT}#a^  *\G{000204EF-0000-0000-C000-000000000046}#3.0#9#C:\PROGRAM FILES\COMMON FILES\MICROSOFT SHARED\VBA\VBA332.DLL#Visual Basic For Applications*\G{4AFFC9A0-5F99-101B-AF4E-00AA003F0F07}#8.0#0#C:\Program Files\Microsoft Office\Office\MSACC8.OLB#Microsoft Access 8.0 Object Library4*\G{00025E04-0000-0000-C000-000000000046}#3.5#0#C:\PROGRAM FILES\COMMON FILES\MICROSOFT SHARED\DAO\dao2535.tlb#Microsoft DAO 2.5/3.5 Compatibility Libraryr*\CC:\Program Files\Microsoft Office97\Office\UTILITY.MDA*\C..\..\..\..\Program Files\Microsoft Office97\Office\UTILITY.MDA2  Ӡ;  p Module AConc b3c44827a*Dp`"Module Correction d3c44827a*D0OModule Convert 53cceb9b4*D5 Module NonDetect 73cceb9b4*DpHModule SigDig 83cceb9b4*D`5Form_Main Form 43cceb9b4*D$Form_Facility Data 1b38c3e282*DForm_EF Inputs 1c38c3e282*D'SelLoad 93cceb9b4*D*y ModuleLVAL P Count1 f3c44827a*D>bModule Count2 103c44827a*D$b selControl a3cceb9b4*D@y `0 `H@h6^/"  }s^=  }s^=h6^/"  }s^= w> }s^=`w> }s^= w> }s^=)w> }s^=8 }W@WVp8 }W@WVpR'S@WVp  hQ AccessAnd B,DateHEndif_Goto`IfvLoad VBAWin16~Win32Mac DAO converted(AConcH _Evaluate(Convert (Correction NonDetect(SigDigW1)Report_Criteria Pollutant Summary (lb/hr),Report_Criteria Pollutant Summary (lb/MMBtu)i,Report_Criteria Pollutant Summary (lb/MW-hr)4;Report_Criteria Pollutant Summary - Concentrations @ 15% O2t??Report_Criteria Pollutant Summary/run - Concentrations @ 15% O2WR6Report_Facility Criteria Pollutants Summary (lb/MMBtu)K=Report_Facility HAPs + Criteria Pollutants Summary (lb/MMBtu)o'Report_Facility HAPs Summary (lb/MMBtu)0Report_HAPs + Criteria Pollutant Summary (lb/hr)s3Report_HAPs + Criteria Pollutant Summary (lb/MMBtu)m3Report_HAPs + Criteria Pollutant Summary (lb/MW-hr)g8Report_HAPs + Criteria Pollutant Summary - Conc @ 1LVAL W5% O2<Report_HAPs + Criteria Pollutant Summary/run - Conc @ 15% O2g0Report_HAPs Averages Max AvgT%Report_HAPs Pollutant Summary (lb/hr)(Report_HAPs Pollutant Summary (lb/MMBtu)#v(Report_HAPs Pollutant Summary (lb/MW-hr)7Report_HAPs Pollutant Summary - Concentrations @ 15% O2 ;Report_HAPs Pollutant Summary/run - Concentrations @ 15% O2XoylzqND_^ValI`AXCZAcon2(AConcO2(EmmAvg`ulvmwmTk(SigDig_D[IT]KbLogdStr(IsLess (IsLessThan8(lbh(lbMMBtu3sRisj(lbMWlIsNull(MMBtu@9(NonDet(SigDig_R utility1J_B_var_I _B_var_A_B_var_B_B_var_C _B_var_Acon_Y _B_var_Format_B_var_K _B_var_T _B_var_IT^ _B_var_Str Module AConcH Module Convertu Module Correction Module NonDetectJ Module SigDigTrim@ _B_var_TrimmT _B_var_IfP _B_var_ElseIfqmline1run1mtrun2ntrun3otconJIcona!DL\line2SD_ Trim9run1qline3RunCtO2r^UnitsConc1OConc2OConc3 Olin2OAvgConcϣCUnit:GFlowMWL^line4(lbHP lFFactor.line5UnitRatingline6Avgu Form_Main Form cmdDone_Clickt\Err_cmdDone_ClickV DoCmdƧExit_cmdDone_Click*MsgBoxR Form_Facility Data2 cmdFind_ClickwErr_cmdFind_Click؊ A_FORMBARj A_EDITMENU A_MENU_VER20 DoMenuItem&eExit_cmdFind_Clickݸ cmdNext_ClickpErr_cmdNext_ClickScreenIPreviousControlSetFocusFindNextuExit_cmdNext_ClickcmdNext1_Click]LVAL] j M%c>Y5RQ         2c   ct   lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 2 O2],[Run 2 Conc C],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 1 O2],[Run 1 Conc C],[SD])lbh([CUnit],[Run 3 Gas Flowrate],[Run 3 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 2 Gas Flowrate],[Run 2 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])[Test Data - HAPs + Criteria].Pollutant[Manufacturer] & "/" & [Model] & "/" & [Rating] & " MW / " & [Load] & "%"[Facility Name] & "/" & [Location][Test Data - HAPs + Criteria].MethodAConc([Run 1 Conc R],[Run 2 Conc R],[Run 3 Conc R],[DL])[Test Data - HAPs + Criteria].[Run 3 Conc R][Test Data - HAPs + Criteria].[Run 2 Conc R][Test Data - HAPs + Criteria].[Run 1 Conc R]((([Test Data - HAPs].ID) Not Like "*x"))Facilities.ID = [Test Data - HAPs].IDEmmAvg([lbMW1],[lbMW2],[lbMW3],[SD])EmmAvg([lbMMBtu1],[lbMMBtu2],[lbMMBtu3],[SD])EmmAvg([lbh1],[lbh2],[lbh3],[SD])lbMW([Unit],[lbh3],[Rating],[Load],[SD])lbMW([Unit],[lbh2],[Rating],[Load],[SD])lbMW([Unit],[lbh1],[Rating],[Load],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 3 O2],[Run 3 Conc C],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 2 O2],[Run 2 Conc C],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 1 O2],[Run 1 Conc C],[SD])lbh([CUnit],[Run 3 Gas Flowrate],[Run 3 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 2 Gas Flowrate],[Run 2 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])[Manufacturer] & "/" & [Model] & "/" & [Rating] & " MW / " & [Load] & "%"[Facility Name] & "/" & [Location]AConc([Run 1 Conc R],[Run 2 Conc R],[Run 3 Conc R],[DL]);@@@@gruo,fgjpsxwvD gruo,g`bjmjw}d`w`Dgruo,o`jpgruoQD>ordxmf`brpbDordxmfbrpzfuwDordxmfbruufbwjrpDordxmfbrxpwWD&ordxmfbrxpwXzD*ordxmfprpdfwfbwDordxmfvjhdjhDov}vdaCDCvfmbrpwurmbD5vfmmr`dD vfmmr`dD D bD5vfmmr`dD bD5vfmmr`dD bD5vfmmr`dD vfmmr`dD D vfmmr`dD vfmmr`dD vfmmr`dD vfmmr`dD D vfmmr`dD D vfmmr`dD D vfmmr`dD D vfmmr`dD D vfmmr`dD D vfmmr`dD D vfmmr`dD D vfmmr`dD LVAL Ti_VBA_MODULEzxO}pkOP `@@ I `I +00$8$8 $X$$H$80\ @L  (08@ME2 B  8  @PX *@@ (   `#-p   x)Use database order for string comparisons NA'hNR' ? $FU 'Val(a8 'h(f $NDb $NA $NRh NR'(Trim(8 $ND $NA'Attribute VB_Name = "Module Correction"  Op Lmpare Database 'U dorder@ for sng cobisons Fun(ALVALMRunC, DL) O If (Tri m)NA") Then GoTo line1EndK YD" A7@6RR6=8Reg0ElseXCStr(0.5 * Val(i)LcCER W: ErAu/eF'd+ Y+i:AgD`< )lbMWAvg$@7 o (lbMMBtuAvg-@7" o 'lbhAvg!@7 o &lbMW3(@7 o %lbMW2(@7 o $lbMW1(@7 o #lbMMBtu3_@7  o "lbMMBtu2_@7  o !lbMMBtu1_@7  o  MMBtu36@7 o MMBtu26@7 o MMBtu16@7 o lbh3Q@ 7 o lbh2Q@ 7 o lbh1Q@ 7 o Run 3 Conc CCorrection([Run 3 Conc R],[DL])C o Run 2 Conc CCorrection([Run 2 Conc R],[DL])C o Run 1 Conc CCorrection([Run 1 Conc R],[DL])C o +@ 7 g Facilities.Application. g Facilities.[Fuel Type]. g TurbineI@ 7 o Facilities.Model( g Facilities.Manufacturer/ g Facilities.Load' g Facilities.Unit' g Facilities.Rating) g Facilities.Date' g  Facilities.[Testing Company]4 g  Facility"@7  o  $@7 g  Facilities.Location+ g  (@7 g Facilities.[Facility Name]2 g $@7 g $@7 g Conc R AverageSigDig([Average],3)9 o Average8@7 o 0@7 g 0@7 g 0@7 g Test Data - 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HAPs].[Run 3 Conc R][Test Data - HAPs].[Run 2 Conc R][Test Data - HAPs].[Run 1 Conc R][Test Data - HAPs + Criteria].Pollutant((([Test Data - HAPs + Criteria].ID) Not Like "*x"))[Test Data - HAPs + Criteria].ID = Facilities.ID[Test Data - HAPs + Criteria].CUnitEmmAvg([lbMW1],[lbMW2],[lbMW3],[SD])EmmAvg([lbMMBtu1],[lbMMBtu2],[lbMMBtu3],[SD])EmmAvg([lbh1],[lbh2],[lbh3],[SD])lbMW([Unit],[lbh3],[Rating],[Load],[SD])lbMW([Unit],[lbh2],[Rating],[Load],[SD])lbMW([Unit],[lbh1],[Rating],[Load],[SD])lbMMBtu([CUnit],[Run 1 Fuel Factor],[MW],[Standard Temperature],[Run 3 O2],[Run 3 Conc C],[SD])Y_ @ @ @ @ @ @ @"V"V"V"V"V"V"V"V" V" V" V" V" V"V"V"V"V "V!"V""V#"V$"V%"V&"V'"V("V)"V*"Z"Z"Z"Z" Z"!Z""Z"#Z"$Z"%Z "&Z "'Z "Z "Z " Z" Z"V #Z#Z#Z#Z#Z#Z#Z#Z#Z#Z#Z#Z#Z#Z# Z# Z # Z!# Z"# Z##Z$#Z%#Z&#Z'#Z(#Z)#Z*#Z+#Z,#Z-#]#]#]#]#]#]#]#]# ]#!] #"] ##] #$] #%] #&]#']#(]#)]#*]#+]#]#]#]# ]# ]#Z$]$]$]$]$]$]z+ǀ @ $ $ $ Facil$ Facilities.[Fuel Type]. $ Facilities.[Fuel Typ$ Facilities.[Fuel Type]. g$$ Facilities.[Fuel Type]. $ Facilities.[Fue$ Facilities.[Fuel Type]. g$$ Facilities.[Fuel Type]$ Facilities.[Fuel Type]. $ Facilities.[Fuel Type]$ Facilities.[Fuel Type]$ Facilities.[Fuel Type]. g$ Facilities.[Fuel Type].$ Facilities.[Fuel Type]. g$ $ # [Test Data -$ $ # [Test Data -$ $ # [Test Data -$ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ $ #$ $ # $ $ $ $ # $ $$ $ $ $ # [Test Data $ $ # $ $ # [Test$ $$ $ # $ $ # $ $ LVALud5ƉƉƉƉƉƉƉƉƉƉƉƉƉƉƉƉƉƉg8 ŃŃŃŃŃŃŃŃŃŃŃŃŃŃŃa9]9_8a<"V"(((Facilities.ID) Not Like "*x") A(((Facilities.ID) Not Like "*x") AND (([Test Da(((F[Test Data - HAPs].ID = Facilitie[Test Data - Criteria Pollutants].[Test DatFacilities.ID = [Test Data - CriteriaFacilities.I[Flag Control Device Lookup].[Flag Control Device] = Facilities.[Flag Control Device]Facilities.ID = [Test Data - HAPs].IDIsLess([Run 1 Conc R],[Run 2 Conc R],[Run 3 Conc R],[lbMMBtuAvg])[Flag Control Device Lookup].[Flag Control Device Description]EmmAvg([lbMW1],[lbMW2],[lbMW3],[SD])Facilities.ID = [Test Data - Criteria Pollutants].ID[Test Data - Criteria Pollutants].FUnit[Test Data - Criteria Pollutants].[Avg Factor][Test Data - Criteria Pollutants].RUnit[Test Data - Criteria Pollutants].[Avg Rate][Test Data - Criteria Pollutants].CUnitAConc([Run 1 Conc],[Run 2 Conc],[Run 3 Conc],[DL])[Test Data - Criteria Pollutants].SD[Test Data - Criteria Pollutants].DLConvert([Run 3 Conc R],[Run 3 O2],[SD],[CUnit])Convert([Run 2 Conc R],[Run 2 O2],[SD],[CUnit])Convert([Run 1 Conc R],[Run 1 O2],[SD],[CUnit])[Test Data - Criteria Pollutants].Pollutant[Test Data - Criteria Pollutants].Method[Facility Name] & "/" & [Location][Test Data - HAPs].ID = Facilities.IDAConc([Run 1 Conc],[Run 2 Conc],[Run 3 Conc],[DL])Convert([Run 3 Conc R],[Run 3 O2],[SD],[CUnit])Convert([Run 2 Conc R],[Run 2 O2],[SD],[CUnit])Convert([Run 1 Conc R],[Run 1 O2],[SD],[CUnit])[Facility Name] & "/" & [Location][Test Data - HAPs + Criteria].[Avg Rate][Test Data - HAPs + Criteria].CUnitAConc([Run 1 Conc],[Run 2 Conc],[Run 3 Conc],[DL])Convert([Run 3 Conc R],[Run 3 O2],[SD],[CUnit])Convert([Run 2 Conc R],[Run 2 O2],[SD],[CUnit])Convert([Run 1 Conc R],[Run 1 O2],[SD],[CUnit])[Test Data - HAPs + Criteria].Pollutant[Test Data - HAPs + Criteria].Method[Facility Name] & "/" & [Location]\c @ @ @ @ @ @ @#Z#Z#Z#Z#Z#Z# Z# Z# Z# Z# Z#Z#Z#Z#Z#X#X#X#X#X#X#X#X#X#X #X #X #X #X # X#!X#"X##X#$X#%X#&X#'X#(X#)X#*X#+X#X#X#X# X# X#Z$]$x$x$x$x$x$x$]"$]#$]$$]%$]&$ ]'$ ]($ ])$ ]*$ `$`$`$`$`$`$`$`$`$` $` $` $` $` $`$`$`$`$ `$ `$ `$]%`%`%`%`%`%`%`%`%`%`%` %`!%`"% `#% `$% `%% `&% `'%`(%`t. @ @%%%[Test%[Test Data %[Test Data - HAPs].P%[Test Data - HAPs].Pollutant4 %[Test Data - 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HAPs + CriteriaFacilities0@e=1' &#@e g&*@e g&#@e g&(@#^ g&#@"^ g&SDAvgSigDig([AConc],[SD])1 o&AConc2@!^ o& [Test Data - HAPs + Criteria].SD8 g& [Test Data - HAPs + Criteria].DL8 g&Run 3 Conc/@ ^" o&Run 2 Conc/@^" o&Run 1 Conc/@^" o&'@^ g&$@^ g& Facilities.Application. g& Facilities.[Fuel Type]. g& Facilities.Model( g& Facilities.Manufacturer/ g& Facilities.Load' g&Facilities.Unit' g&Facilities.Rating) g&Facilities.Date' g&Facilities.[Testing Company]4 g&Facility"@^  o&Facilities.Location+ g&Facilities.[Facility Name]2 g& Facilities.ID% g&Test Data - HAPs + Criteria''' &Facilities & G& G& & LVAL`?erature [Test[Test Data].[Standard Temperature]AConc([Run 1 Conc C],[Run 2 Conc CAConc([Run 1 CoAConc([Run 1 Conc C],[Run 2 Conc CACAConc([Run 1 Conc C],[Run 2 Conc CAConc(lbMW([Unit],[lbh2],[Rating],[Lolbh([CUnit],[Run 1 Gas Flowrate],[lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperaturlbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Stlbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])lbh([CUnit],[Run 1 Gas Flowrate],lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])AConc([Run 1 Clbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])AConc([Run 1 Clbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])AConc([Run 1 Clbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 lbh([C[Facility Name] & "/" & [Location]lbh([CUnit],[Run 1 Gas Flowrate],[lbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperaturlbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Stlbh([CUnit],[Run 1 Gas Flowrate],[Run 1 Conc C],[MW],[Standard Temperature],[SD])[Test Data - HAPs + Criteria].Pollutant(((Facilities.ID) Not Like "*x"))[Test Data - HAPs + Criteria].ID = Facilities.ID[Test Data - HAPs + Criteria].FUnit[Test Data - HAPs + Criteria].[Avg Factor][Test Data - HAPs + Criteria].RUnitjW;ƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭƭrrect9Run 2 C9Run 2 Conc C99[Test Data].SD& 99[Test9[Tes9[9[T9[Test Data].SD& g9[Test Data].SD& g9[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD&9[Test Data].SD& g99[Test Data].SD& g9[Test Data].SD& g99[Test Data].SD& g9[Test Data].SD& g9[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD9[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD& g99[Test Data].SD9[Test Data].SD& g99[Test Data].SD& g9[Test Data].SD& g9 9 8 [Test Data].Pollutant- g8[Test Data].Pollutant- g8Test Data 8 G8Chemicals O8 8 & '@e '& Facilities.[Fuel Type]. 'VCN0.0hh en2  ma  rs  ut2  r.2  to2  at2  au2  ed2 ar2  r.2    2  ,2   2  2  2  j2  2  2    2  2  2  2    2  2  2 ! 2 " 2 # 2 $ 2 ! % 2 "!& 2#"'  $"( 2 %#) ~2 &$* 2 '%+ 2 (&, 2 )'- 2 *(. 2 +)/ 2 ,*0 2 -+1 ,2 .,2 2 /-3 ID PollutantMethod Run 1 Conc R Run 2 Conc R Run 3 Conc R Avg Conc RCUnit Blank Conc1 Blank Conc2 Blank Conc3SDDLRun 1 O2Run 2 O2Run 3 O2 Run 1 Rate Run 2 Rate Run 3 RateAvg RateRUnit Run1 Factor Run 2 Factor Run 3 Factor Avg FactorFUnitRun 1 Fuel FactorRun 1 Gas FlowrateRun 2 Gas FlowrateRun 3 Gas FlowrateGas Flowrate UnitFuel Heating ValueFuel Heating Value UnitStandard TemperatureStandard Temperature UnitStack TemperatureStack Temperature UnitsRun 1 Fuel FlowrateRun 2 Fuel FlowrateRun 3 Fuel FlowrateAvg Fuel FlowrateFuel Flowrate Unit Run 1 % Moist Run 2 % Moist Run 3 % Moist Avg % MoistMWComm & Facilities.[Fuel Type]. '[ @ @ @ @ @ @ @ @ @ @ @ @ @$]!$]"$]#$]$$]%$]&$ ]'$ ]($ ])$ ]*$ `$`$`$`$`$`$`$`$`$` $` $` $` $` $`$`$`$`$ `$ `$ `$]%`%`%`%`%`%`%`%`%`%`%` %`!%`"% `#% `$% `%% `&% `'%`(%`)%`*%`+%`,%`-%d%d%d%d%d%d% d% d%`&d&d &d &d &d &d&d&d&d&d&d&d&d& d& d& d& d& d&d&d&d&d&d&5?gg 3e 0KAXgcm@cm@Test Data028FormaldehydeCARB 43042.436.542.4NRppb3.83.93.9NA14.514.514.5.022.019.023NRpphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6630F-Factor from CFRztn019NOxEPA 20378004020042500ppbNANANANA15.415.315.2NRNRNRNRNRNRNRlb/MMBtu9271445544357044380576dscfm19680Btu/lb68F83.283.681.5GPM46Exhaust gas flowrate value presented in summary chart, probably calculated, not measured. . Test ID changed from 223 on 1/16/02 by MT - 223 and 19 were duplicates, so 223 was removed from database.S{{zxrmhb\VRJJHFDBB@><840.,*(%%  ..028FormaldehydeCARB 43042.436.542.4NRppb3.83.93.9NA14.514.514.5.022.019.023NRpphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6630F-Factor from CFRztnjb`^\ZWUQMIEA=;852/-)%! .0281,3 - ButadieneCARB 422.102NDNDND0ppbNANANA0.414.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710113775113775113775dscfmNRNR68F9.410.829.6654F-Factor from CFR~|wqkeaYWUSQNMKIGC?;8642/.,*( .028XylenesCARB 410ANDNDND0ppbNANANA4014.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.66106F-Factor from CFRzwwwwwwwvtrpke_YUMKIGEBA?=;73/-+)'$#! .028EthylbenzeneCARB 410ANDNDND0ppbNANANA2014.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.66106F-Factor from CFR|||||||{ywupjd^ZRPNLJGFDB@<8420.,)(&$" .028TolueneCARB 410A290NDNDNRppbNDNANA2014.514.514.5NRNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6692F-Factor from CFR|yyyyyyyxvtrmga[WOMKIGDCA?=951/-+)&$"  .0fffff@28BenzeneCARB 410ANDNDND0ppbNANANA2014.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68FR9.410.829.6678F-Factor from CFR{xxxxxxwvtrpke_YUMKIGEBA?=;73/-+)'$#! .cg Nrz9027BenzeneCARB 410ANDNDND0ppbNANANA1.5151515NDNDND0pphNDNDND0lb/MMBtu8710236411233028230523dscfmNRNR68F78F-Factor from CFRsqqqqqqqqqqqpnlje_YSOGFDB@=<:86420-+)'$#! .027AcroleinCARB 430NDNDND0ppbNANANA2.28151515NDNDNDNRpphNDNDNDNRlb/MMBtu8710236411233028230523dscfmNRNR68F56F-Factor from CFRvtttttttttttsqomhb\VRJHFDB?=;97531-+)'$#! .027AcetaldehydeCARB 43013.127.623.3NRppb68.968.968.9NA151515.022.045.038NRpph.0000456.000096.0000836NRlb/MMBtu8710236411233028230523dscfmNRNR68F44F-Factor from CFR|xpnf_WTRNJFDB@>:62/-)%! .027FormaldehydeCARB 430ND27.536.8NRppbNA22.322.314.44151515ND.03.04NRpphND.0000652.00008750.0000623lb/MMBtu8710236411233028230523dscfmNRNR68F30F-Factor from CFRyumd\TROMJGECA?:620-+'#! .027NaphthaleneCARB 429NDNDND0ppbNANANA0.139151515NDNDND0pphNDNDNDNDlb/MMBtu8710243127239751233124dscfmNRNR68F128F-Factor from CFRzwwwwwwwwwwwvtrpke_YUMKIGEBA?=;9750.,*'&$"  .027PAHsCARB 4290.08240.1310.0110NRug/dscmNANANANA151515.0000793.000115.0000095NRpph.000000145.000000246.00000002060.000000138lb/MMBtu8710243127239751233124dscfmNRNR68FF-Factor from CFR±|qg]ZXPIA?=;9753,*$ .026FormaldehydeEPA 00113.73.21.7NRppbNANANANA14.914.814.8.008.0071.0038NRpphNRNRNRNRlb/MMBtu8710464777466463472476dscfm1058Btu/dscf68F141651421714474dscfm30|vpjf^\ZXVSQLGC?;7531/,*'$! .B028AcroleinCARB 430NDNDND0ppbNANANA1.4414.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6656F-Factor from CFR|yyyyyyyxvtrmga[WOMKIGDCA?=951-+)'$#! .028AcetaldehydeCARB 43016.16.697.00NRppb2.322.422.43NA14.514.514.5.012.005.006NRpphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6644F-Factor from CFR}wqmeca_]ZXTPLHD@>:62/-)%! .>g ?l6Z015.2PAHsCARB 42914681.8107NRug/dscmNANANA1.1112.412.412.4.334.146.207NRpphNRNRNRNRlb/MMBtu9190611300477500516400dscfm1054757.63Btu/dscf68FF-Factor from CFR{uoie][YWURPLHD@<8420.'%" .013.2BenzeneCARB 410ANDNDND0ppbNANANA2.515.7315.7315.73NRNRNRNRpphNRNRNRNRlb/MMBtu9190161860161860161860dscfm1054757.63Btu/dscf68F31.3031.3031.30GPM78F-Factor from CFRwrlf`\TRPNLIGECA<72/-+)&%#! .013.2FormaldehydeCARB 430NDNDND0ppbNANANA1915.7315.5815.75NRNRNRNRpphNRNRNRNRlb/MMBtu9190161860153929160723dscfm1054757.63Btu/dscf68F31.3030.6330.96GPM30F-Factor from CFRzuoic_WUSQOLJHFD?:531/-*)'%# .013.1BenzeneCARB 410ANDNDND0ppbNANANA2.515.5415.5415.54NRNRNRNRpphNRNRNRNRlb/MMBtu8710142622142622142622dscfmNRNR68F250000250000250000dscfh78F-Factor from CFR~~}{ywrlf`\TRPNLIGECA<72/-+)&%#! .013.1FormaldehydeCARB 430ND44793NRppbNANANA1915.5415.4315.30NRNRNRNRpphNRNRNRNRlb/MMBtu8710142622138636135417dscfmNRNR68F250000248000248000dscfh30F-Factor from CFR~|wqkeaYWUSQNLJHFA<7531/,*(%# .0271,3 - ButadieneCARB 422.102NDNDND0ppbNANANA0.028151515NDNDND0pphNDNDND0lb/MMBtu8710236411233028230523dscfmNRNR68F54F-Factor from CFR~~~~~~~~~~~}{ywrlf`\TSQOMJIGECA?=8642/.,*( .027TolueneCARB 410A2.302.202.00NRppbNANANANA151515.008.0075.0067NRpph.00001680.0000161.0000146NRlb/MMBtu8710236411233028230523dscfmNRNR68F92F-Factor from CFR|vrjh`WOLJE@<:86420.+)%! .027XylenesCARB 410A2.040.99NDNRppbNANANA1.1151515.008.004NDNRpph.0000172.00000833NDNRlb/MMBtu8710236411233028230523dscfmNRNR68F106F-Factor from CFR}wqkg_][RJGEC?;97520.,)'%! .027EthylbenzeneCARB 410ANDNDND0ppbNANANA1.10151515NDNDND0pphNDNDND0lb/MMBtu8710236411233028230523dscfmNRNR68F106F-Factor from CFRzwwwwwwwwwwwvtrpke_YUMLJHFCB@><:8620.,)(&$" .gPw@011xFormaldehydeCARB 430230190560NRppb0.310.310.31NA14.0114.6414.51.47.421.2NRpph.000469.000426.00123NRlb/MMBtu8621440196463997451 011xBenzeneCARB 410NDNDNDNRppbNANANA214.0114.6414.51N 011xBenzeneCARB 410NDNDNDNRppbNANANA214.0114.6414.51NDNDNDNRpphNDNDNDNRlb/MMBtu8621440196463997451859dscfmNRNR68F78}}{{{{{{{{{{{zxvtoic]YQOMKIFDB@>94/.,*(%#! .@012.21,3 - ButadieneGC/PIDNDNDNDNRppbNANANA7.514.514.514.5NDNDNDNRpphNRNRNRNRlb/MMBtu9190339155339155339155dscfm1054757.63Btu/dscf68F6.426.426.426.42pps54F-Factor from CFRzuoic_WUSQOLJHFD@<8531/,*(&$ .012.2BenzeneCARB 410161424NRppbNANANANA14.514.514.5.07.06.1NRpphNRNRNRNRlb/MMBtu9190339155339155339155dscfm1054757.63Btu/dscf68F6.426.426.426.42pps78F-Factor from CFRupjd^ZRPNLJGEC@=951/-+)&$"  .012.2FormaldehydeCARB 43043.026.7NRNRppbNANANANA14.514.514.5.07.04NRNRpphNRNRNRNRlb/MMBtu9190339155339155339155dscfm1054757.63Btu/dscf68F6.426.426.426.42pps30Blanks and D.L. given in mg/L of sample. However, lab report is unclear about type of transformation and units of reported results. What is worst, transformation from those units to units in ppm reported in summary is very unclear. Decided not includ~ysmgc[YWUSPNLIFB>:8642/-+'# ..012.1FormaldehydeCARB 43092.334.619.1NRppbNANANANA14.514.514.5.15.06.03NRpphNRNRNRNRlb/MMBtu8710344658344658344658dscfmNRNR68F5.825.825.825.82pps30Blanks and D.L. given in mg/L of sample. However, lab report is unclear about type of transformation and units of reported results. What is worst, transformation from those units to units in ppm reported in summary is very unclear. Decided not includ|vpjf^\ZXVSQNKHD@<:8641/+'# ..015.2NaphthaleneCARB 42926.414.919.7NRppbNANANANA12.412.412.4.326.144.205NRpphNRNRNRNRlb/MMBtu9190611300477500516400dscfm1054757.63Btu/dscf68F128F-Factor from CFR~xrlh`^\ZXUSOKGC?;97530.*&" .g GF#[025xFormaldehydeCARB 430NDNDND0ppbNANANA41214.714.714.7NRNRNRNRpphNRNRNRNRlb/MMBtu8710812008120081200dscfmNRNR68F10.210.210.210.23025xFormaldehydeCARB 430NDNDND0ppbNANANA41214.714.714.7NR025xFormaldehydeCARB 430NDNDND0ppbNANANA41214.714.714.7NRNRNRNRpphNRNRNRNRlb/MMBtu8710812008120081200dscfmNRNR68F10.210.210.210.230{{{{{{{zxvtoje`\TRPNLIGECA=9520.,)(&$" .|023xFormaldehydeCARB 4301289.51124.51025.9NRppbNANANANA16.1616.1616.16.27.25.23NRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F30F-Factor from CFR|wrnfdb`^[YVSPKFA?=;964.(" .023xXylenesCARB 410ANDNDNDNRppbNANANA1016.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F106F-Factor from CFR}zzzzzzzzzzzywusnid_[SQOMKHFDB@;61/-+)&$"  .023xEthylbenzeneCARB 410ANDNDNDNRppbNANANA516.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F106F-Factor from CFR~~~~~~~~~~~}{ywrmhc_WUSQOLJHFD?:5420.+)'%# .023xTolueneCARB 410ANDNDNDNRppbNANANA616.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F92F-Factor from CFR{yyyyyyyyyyyxvtrmhc^ZRPNLJGECA?:50/-+)&$"  .023xBenzeneCARB 410ANDNDNDNRppbNANANA616.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F78F-Factor from CFR{yyyyyyyyyyyxvtrmhc^ZRPNLJGECA?:50/-+)&$"  .016FormaldehydeCARB 43077.22119.9773.55NRppb70.3370.3370.33NA14.514.514.5.0039.0278.0018NRpphNRNRNRNRlb/MMBtu8710120090120090120090dscfmNRNR68F30Emission rates in pounds per hour are corrected concentrations. Blank for those in pounds per hour is 0.0398. Concentration in ppb are uncorrected concentration and blank is given in ppb. F-Factor from CFRh{womkigdb]XSOKGE@;631,&! ..011xAcroleinCARB 430NDNDNDNRppbNDNDND1.814.0114.6414.51NDNDNDNRpphNDNDNDNRlb/MMBtu8621440196463997451859dscfmNRNR68F56~~~~~~~~~~~}{ywrlf`\TRPNLIGECA<72/-+)&$"  .@g !22,.022BenzeneCARB 410A1.140.980.89NRppbNANANANA14.614.614.6.0015.0013.0012NRpph.00000661.00000568.00000516NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000078½{sqh_VSQLGB>:6420.+)%! .022AcroleinCARB 430NDNDNDNRppbNANANA5.6314.614.614.6.00748.00451.00434NRpph.000032.0000195.0000187NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000056Detection limit is average of three runs (detection limit is 1.4 micrograms and divided by different volume for each run gives three different conc. in ppb)_zvnld\URPJD>:62.,*(%#! ..022AcetaldehydeCARB 430NDNDNDNRppbNANANA6.1314.614.614.6NDNDNDNRpphNDNDNDNRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000044Detection limit is average of tree runs (1.2 micrograms divided by different sample volumes give different detection limit in ppb for each run)9|xsmga]USQOMJHFDB>:620.,)'%#! ..022FormaldehydeCARB 43054.536.844.0NRppb9.45.75.5NA14.614.614.6.0233.0161.199NRpph.000101.0000693.0000858NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000030Ŀ}uskc\YWSNIEA=;852/-)%! .019NaphthaleneCARB 4290.651.880.503NRppbNANANANA15.6015.4015.20NRNRNR.008pphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPM128F-Factor from CFR|vpjf^\ZXVSOMKID?:8642/-($  .019PAHsCARB 4296.2818.94.90NRug/dscmNANANANA15.6015.4015.20NRNRNR.0146pphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPMF-Factor from CFR~ysmgc[YWUSPKIGE@;6420.'%! .019FormaldehydeCARB 43050.161.194.6NRppb14.2235.431.22NA15.6015.4015.20.11.1.17NRpphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPM30F-Factor from CFR~xrnfdb`^[YVTQLGB@;72/-)%! .g  0h@21FormaldehydeCARB 43017611NRppb10.594.767.69NA14.614.614.5.0099.0033.0061NRpph.0000512.0000181.0000326NRlb/MMBtu8710126843124020122956dscfmNRNR68FF239543241414243521dscfh8.98.98.98.930F-Factor from CFR¿|trjbZWUPKFB>:840+(&$#! .0h@21XylenesCARB 422NDNDNDNRppbNANANA0.214.614.614.6NDNDNDNRpphNDNDNDNRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.9106F-Factor from CFRzyxvtrmga[WOMKIGDB@><840-+)'$"  .0h@21EthylbenzeneCARB 410ANDNDNDNRppbNANANA0.214.614.614.6NDNDNDNRpphNDNDNDNRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.9106F-Factor from CFR~|zxsmga]USQOMJHFDB>:631/-*(&$" .0h@21TolueneCARB 4223.682.172.37NRppbNANANANA14.614.614.6.0067.0039.0043NRpph.0000255.000015.0000164NRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.992F-Factor from CFR¿zvnld]URPKFA=9531/-*($  .0h@21BenzeneCARB 410A0.340.260.4NRppbNANANANA14.614.614.6.00052.0004.00061NRpph.000002.00000153.00000235NRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.978F-Factor from CFR~zrpg^WTRLGA=9531/-*(%! .022XylenesCARB 410A7.583.883.42NRppbNANANANA14.614.614.6.0139.0071.0063NRpph.0000597.0000306.0000269NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh0000106|xpnf^VSQLGB>:6420.+)%! .022TolueneCARB 410A7.014.334.72NRppbNANANANA14.614.614.6.0111.0069.0075NRpph.0000479.0000296.0000323NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000092|xpnf^VSQLGB>:6420.+)%! .g   6W04.1.1NaphthaleneCARB 429NDNDNDNRppbNANANA0.00216.116.115.67NRNRNRNRpphNRNRNRNRlb/MMBtu9325620710575737575747dscfm19500Btu/lb60F4.74.85.2128|wqkeaYWUSQNLJHFA=9420.+)'%# .\04.1.1PAHsCARB 429ND0.079NDNRug/dscmNANANA0.0116.116.1615.67NRNRNRNRpphNRNRNRNRlb/MMBtu9325620710575737575747dscfm19500Btu/lb60F4.74.85.2|wqkeaYWUSQNLJHFA<8420.'%# .04.1.1FormaldehydeCARB 430406280339341ppbNANANA21.6315.6715.6715.671.11.77.93.93pph.0012.000825.000999.00102lb/MMBtu9325575747575747575747dscfm19500Btu/lb60F30~vpib]ZWTQMHC>97530-*'$ .@04.1.1BenzeneCARB 410A12.711.511.511.9ppbNANANANA17.117.117.1.09.082.082.085pph.000097.000088.000089.000092lb/MMBtu9325590602590602590602dscfm19500Btu/lb60F78}ung`YVRNJGC?;97530,($  .@0h@21PAHsCARB 4291.701.101.11NRug/dscmNANANANA14.614.614.5.00081.00051.00051NRpphNRNRNRNRlb/MMBtu8710126843124020122956dscfmNRNR68FF239543241414243521dscfh8.98.98.98.9F-Factor from CFRysmia_][YVTNHB>:6420.'%! .0h@21NaphthaleneCARB 4290.2220.1670.169NRppbNANANANA14.614.614.5.00057.00042.00042NRpphNRNRNRNRlb/MMBtu8710126843124020122956dscfmNRNR68FF239543241414243521dscfh8.98.98.98.9128F-Factor from CFRɸysogeca_\ZTNHD@<:8641/*%  .0h@21AcroleinCARB 430345NRppb0.760.7950.82NA14.614.614.5.004.004.005NRpph.0000126.0000169.0000207NRlb/MMBtu8710126843124020122956dscfmNRNR68FF239543241414243521dscfh8.98.98.98.956F-Factor from CFR̻}wskiaYQNLHD@<842.)%"  .0h@21AcetaldehydeCARB 43024NRNRNRppb4.08NANANA14.614.614.5.021NRNRNRpph.0000795NRNRNRlb/MMBtu8710126843124020122956dscfmNRNR68FF239543241414243521dscfh8.98.98.98.944F-Factor from CFR{uoie][YWOLJHFB>:6420,)'%#! .VCDN0.0rr  2      2  2  ,2  2  2  2  2  2    2  2   2  2  2  2  2  2    2  2  2  2    2  2 ! 2 " 2 # 2 $ 2 % 2 ! & 2 "!' 2#"(  $") 2 %#* 2 &$+ 2 '%, 2 (&- 2 )'. 2 *(/ 2 +)0 2 ,*1 2 -+2 2 .,3 2 /-4 ID PollutantMethod Run 1 Conc R Run 2 Conc R Run 3 Conc R Avg Conc RCUnit Blank Conc1 Blank Conc2 Blank Conc3SDDLRun 1 O2Run 2 O2Run 3 O2 Run 1 Rate Run 2 Rate Run 3 RateAvg RateRUnit Run1 Factor Run 2 Factor Run 3 Factor Avg FactorFUnitRun 1 Fuel FactorRun 1 Gas FlowrateRun 2 Gas FlowrateRun 3 Gas FlowrateGas Flowrate UnitFuel Heating ValueFuel Heating Value UnitStandard TemperatureStandard Temperature UnitStack TemperatureStack Temperature UnitsRun 1 Fuel FlowrateRun 2 Fuel FlowrateRun 3 Fuel FlowrateAvg Fuel FlowrateFuel Flowrate Unit Run 1 % Moist Run 2 % Moist Run 3 % Moist Avg % MoistMWComm[@?tq B`M0KAXMqhcm@hcm@Test Data - Criteria Pollutants>>>>>0fffff@202.2NOxEPA 20673007680076300ppbNANANANA17.617.117.1NRNRNRNRNRNRNRNRlb/MMBtu8710335003650036300dscfmNRNR68FF414141MMBtu/hr46}}{ywvusqoje`[WOOMKIGECA?;731/-+((# .B0@202.1COEPA 108500870010700ppbNANANANA1718.117.2NRNRNRNRNRNRNRNRlb/MMBtu8710375003360033900dscfmNRNR68FF403241MMBtu/hr28xxvtrqpnlje`[VRJJHFDB@><:620.,*(%%  .B0@202.1NOxEPA 20789005510085600ppbNANANANA1718.117.2NRNRNRNRNRNRNRNRlb/MMBtu8710375003360033900dscfmNRNR68FF403241MMBtu/hr46{{ywutsqomhc^YUMMKIGECA?=9531/-+((# .B0200.3COEPA 10650078007100ppbNANANANA15.715.515.63NRNRNRNRNRNRNRNRNRlb/MMBtu8664257982.6248216.3254462.2dscfm1022Btu/dscf68F434940434570434780dscfh28Runs 4,5,6{wrjbZVNLJHFDB@><73/-+)'$$  .0200.3NOxEPA 20686006850068400ppbNANANANA15.715.515.63NRNRNRNRNRNRNRNRNRlb/MMBtu8664257982.6248216.3254462.2dscfm1022Btu/dscf68F434940434570434780dscfh46Runs 4,5,6{vnf^ZRPNLJHFDB@;731/-+((# .0200.2COEPA 10660078008300ppbNANANANA15.715.815.6NRNRNRNRNRNRNRNRNRlb/MMBtu8664259117.4262992.7254075.2dscfm1022Btu/dscf68F436000434800436590dscfh28Runs 1,2,3zvqiaYUMKIGECA?=;73/-+)'$$  .0200.2NOxEPA 20666007010067600ppbNANANANA15.715.815.6NRNRNRNRNRNRNRNRNRlb/MMBtu8664259117.4262992.7254075.2dscfm1022Btu/dscf68F436000434800436590dscfh46Runs 1,2,3~zume]YQOMKIGECA?;731/-+((# .0200.1COEPA 10770090005400ppbNANANANA15.715.715.7NRNRNRNRNRNRNRNRNRlb/MMBtu8664263119261932.9262644.7dscfm1022Btu/dscf68F443600441600442800dscfh28Runs 7,8,9xtog_YUMKIGECA?=;73/-+)'$$  .0200.1NOxEPA 20720007140072100ppbNANANANA15.715.715.7NRNRNRNRNRNRNRNRNRlb/MMBtu8664263119261932.9262644.7dscfm1022Btu/dscf68F443600441600442800dscfh46Runs 7, 8, 9|xskc]YQOMKIGECA?;731/-+((# .Lq GwEzj0203.5NOxEPA 7E131000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871053936NRNRdscfm1028Btu/scf68F92000Btu/scf46{{yyyyyrrrrmmljc_ZXVQMEECA?==;9753.,*(&##! ./B0203.4COEPA 104000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871057454NRNRdscfm1028Btu/scf68F98000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./B0203.4NOxEPA 7E150000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871057454NRNRdscfm1028Btu/scf68F98000Btu/scf46{{yyyyyrrrrmmljc_ZXVQMEECA?==;9753.,*(&##! ./B0203.3COEPA 10168001680017600ppbNANANANA15.9515.9815.95NRNRNRNRNRNRNRlb/MMBtu8710483874838847587dscfm1011Btu/scf68F789007850077700Btu/scf28}}|zsoje`[WOOMKIGGECA<720.,*''" .B0203.3NOxEPA 7E273002670026700ppbNANANANA15.9515.9815.95NRNRNRNRNRNRNRlb/MMBtu8710483874838847587dscfm1011Btu/dcf68F789007850077700Btu/scf46~~}{tpkfa\XPPNLJHHFDB=831/-+((# .B0203.2COEPA 10120012001700ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/scf68F104000102500100700Btu/scf28zzywplgb]XTLLJHFDDB@>94/-+)'$$  .B0203.2NOxEPA 7E284002890028500ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/scf68F104000102500100700Btu/scf46~~}{tpkfa\XPPNLJHHFDB=831/-+((# .B0203.1COEPA 10130013001300ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/dcf68F1040001025000100700Btu/scf28zzywplgb]XTLLJHFDDB@>94/-+)'$$  .B0203.1NOxEPA 7E189001960019800ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/scf68F1040001025000100700Btu/scf46~~}{tpkfa\XPPNLJHHFDB=831/-+((# .B0fffff@202.2COEPA 10820097009200ppbNANANANA17.617.117.1NRNRNRNRNRNRNRNRlb/MMBtu8710335003650036300dscfmNRNR68FF414141MMBtu/hr28yywusrqomkfa\WSKKIGECA?=;73/-+)'$$  .BqRCc50204.2NOxEPA 7E197001930019000ppbNANANANA15.3915.3915.39NRNRNRNRNRNRNRlb/MMBtu8619592225944357899dscfm1012.26Btu/dscf68F107400107800105000scfh46Runs 1,2,3.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psiwpkfa\XPPNLJHHFDB=831/-+((# .0204.1COEPA 10750064004900ppbNANANANA15.9415.515.52NRNRNRNRNRNRNRlb/MMBtu8619550905424053142dscfm1012.26Btu/dscf68F999039640094100scfh28Runs 4,5,6.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi}}|zrkfa\WSKKIGECCA?=84/-+)'$$  .0204.1NOxEPA 7E172001720016600ppbNANANANA15.9415.515.52NRNRNRNRNRNRNRlb/MMBtu8619550905424053142dscfm1012.26Btu/dscf68F999039640094100scfh46Runs 4,5,6.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~voje`[WOOMKIGGECA<831/-+((# .0203.7COEPA 7E4000NRNRppbNANANANA16.16NRNRNRNRNRNRNRNRNRlb/MMBtu870048034NRNRdscfm1028Btu/scf68F73000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./B0203.7NOxEPA 7E98000NRNRppbNANANANA16.16NRNRNRNRNRNRNRNRNRlb/MMBtu870048034NRNRdscfm1028Btu/scf68F73000Btu/scf46zzxxxxxqqqqllkib^YWUPLDDB@><<:8642-+)'%""  ./B0203.6COEPA 104000NRNRppbNANANANA15.87NRNRNRNRNRNRNRNRNRlb/MMBtu871052706NRNRdscfm1028Btu/scf68F85000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./B0203.6NOxEPA 7E150000NRNRppbNANANANA15.87NRNRNRNRNRNRNRNRNRlb/MMBtu871052706NRNRdscfm1028Btu/scf68F85000Btu/scf46{{yyyyyrrrrmmljc_ZXVQMEECA?==;9753.,*(&##! ./B0203.5COEPA 104000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871053936NRNRdscfm1028Btu/scf68F92000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./BqW"0204.4COEPA 10880081007400ppbNANANANA15.6115.615.61NRNRNRNRNRNRNRlb/MMBtu8619507155033350198dscfm1012.36Btu/dscf68F883008780087400scfh28Runs 7,8,9.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi}}|zrkfa\WSKKIGECCA?=84/-+)'$$  .0204.4NOxEPA 7E137001420014200ppbNANANANA15.6115.615.61NRNRNRNRNRNRNRlb/MMBtu8619507155033350198dscfm1012.36Btu/dscf68F883008780087400scfh46Runs 7,8,9.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~voje`[WOOMKIGGECA<831/-+((# .0204.3COEPA 10234002360022400ppbNANANANA16.1315.9716.17NRNRNRNRNRNRNRlb/MMBtu8619415303987941239dscfm1012.36Btu/dscf68F652006470064200scfh28Runs 10,11,12.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~voje`[WOOMKIGGECA<720.,*''" .0204.3NOxEPA 7E218002280021700ppbNANANANA16.1315.9716.17NRNRNRNRNRNRNRlb/MMBtu8619415303987941239dscfm1012.36Btu/dscf68F652006470064200scfh46Runs 10,11,12.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psiwpkfa\XPPNLJHHFDB=831/-+((# .0204.2COEPA 10620063007600ppbNANANANA15.3915.3915.39NRNRNRNRNRNRNRlb/MMBtu8619592225944357899dscfm1012.26Btu/dscf68F107400107800105000scfh28Runs 1,2,3.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~~}{slgb]XTLLJHFDDB@>94/-+)'$$  .0204.2VOCCARB 422/SCAQMD 25.2160020002500ppbNANANANA15.3915.3915.39NRNRNRNRNRNRNRlb/MMBtu8619592225944357899dscfm1012.26Btu/dscf68F107400107800105000scfh16Runs 1,2,3.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi {vqlgc[[YWUSSQOMHC><:8633/+' ..uqz-0206.2NOxEPA 7E/20169001550014200ppbNANANANA15.3515.2015.47NRNRNRNRNRNRNRlb/MMBtu8623578935535457118dscfm1018Btu/scf68F105100103100101400scfh46Runs 1,2,3. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~wsnid_[SSQOMKKIGE@;6420.++&! ..0206.1COEPA 3A/20175001640015100ppbNANANANA15.4615.5715.43NRNRNRNRNRNRNRlb/MMBtu8623544385555754102dscfm1018Btu/scf68F968009670096700scfh28Runs 4,5,6. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % Oxygen given dry.}vrmhc^ZRRPNLJJHFD?:531/-**%  ..0206.1NOxEPA 7E/20105001090011100ppbNANANANA15.4615.5715.43NRNRNRNRNRNRNRlb/MMBtu8623544385555754102dscfm1018Btu/scf68F968009670096700scfh46Runs 4,5,6. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % Oxygen given dry.~wsnid_[SSQOMKKIGE@;6420.++&! ..0205COEPA 10314035303040ppbNANANANA15.5215.3615.73NRNRNRNRNRNRNRlb/MMBtu8509.1602135786361368dscfm1013Btu/dscf68F108017106940105860scfh28Fuel factor given in scf (not dry) and O2 based. Exhaust gas flowrate calculated using O2 flow??󓑑{{zxplgb]XRJJHFDBB@><72-+)'%"" .0205SO2EPA 19180180180180ppbNANANANA15.5215.3615.73NRNRNRNRNRNRNRlb/MMBtu8509.1602135786361368dscfm1013Btu/dscf68F108017106940105860scfh64Fuel factor given in scf (not dry) and O2 based. Exhaust gas flowrate calculated using O2 flow??||{yqmhc^YSKKIGECCA?=83.,*(&#  .0205NOxEPA 20150680152470149050ppbNANANANA15.5215.3615.73NRNRNRNRNRNRNRlb/MMBtu8509.1602135786361368dscfm1013Btu/dscf68F108017106940105860scfh46Fuel factor given in scf (not dry) and O2 based. Exhaust gas flowrate calculated using O2 flow??wsnid_YQQOMKIIGEC>9420.,))# .lg Fh 2]07XylenesCARB 4223.02.14.9NRppb3.73.73.7NA15.815.816.0.0037.0025.006NRpphNRNRNRNRlb/MMBtu8710729707297072621dscfmNRNR68F7.67.67.3106F-Factor from CFR}{vqlgc[YWUSPNJE@<842/,)&$! .07TolueneCARB 4223.25.62.6NRppb1.71.71.7NA15.815.816.0.0034.0059.0028NRpphNRNRNRNRlb/MMBtu8710729707297072621dscfmNRNR68F7.67.67.392F-Factor from CFR~|wrmhd\ZXVTQOJE@<842/,)&$! .07BenzeneCARB 410A0.40.30.5NRppb0.50.50.5NA15.815.816.0.00034.00028.00043NRpphNRNRNRNRlb/MMBtu8710729707297072621dscfmNRNR68F7.67.67.378F-Factor from CFR{vqlh`^\ZXUSMGA=9530-*'%" .07AcroleinCARB 430ND0.910.91NRppbNA0.8960.8960.91161616ND.0015.0015NRpphNRNRNRNRlb/MMBtu8710720117201172011dscfmNRNR68F7.87.87.856F-Factor from CFR~|zupkfbZXVTROMHCA?=;72-+(&" .07FormaldehydeCARB 430101.9283.1368NRppb97.5697.5697.56NA161616.035.095.13NRpphNRNRNRNRlb/MMBtu8710720117201172011dscfmNRNR68F7.87.87.830F-Factor from CFR|wrmia_][YVTQMIGECA<72/-*%  .07AcetaldehydeCARB 4305.798.1111.6NRppb1.91.91.9NA161616.0029.004.0058NRpphNRNRNRNRlb/MMBtu8710720117201172011dscfmNRNR68F7.87.87.844F-Factor from CFR}xsnie][YWURPKGB@><:741.,($  .04.2FormaldehydeCARB 43019580NR137ppbNANANA11.7915.415.4NR.493.202NR.35pph.000488.0002NR.000344lb/MMBtu8332532973532973NRdscfmNRNR60F960000960000NRdscfh30{uqib`[TQNLHDB>:531/,)'%" .B04.1.2xFormaldehydeCARB 4301124910021982410365ppbNANANA756.417.117.117.131.528.127.529pph.0426.038.0372.039lb/MMBtu8472590602590602590602dscfm995Btu/dscf60F30}uqlhc`^ZVRNJFA?=;83/*% .@04.1.2xBenzeneCARB 410ANDNDND0ppbNANANA117.117.117.1NRNRNRNRpphNRNRNRNRlb/MMBtu8472590602590602590602dscfm995Btu/dscf60F78wtoic]YQOMKIFDB@>:621/-+('%#! .@g 08xEthylbenzeneCARB 422NDNDNDNRppbNANANA2.514.9314.9314.86NRNRNRNRpphNRNRNRNRlb/MMBtu8710119500119500125800dscfm1019Btu/dscf68F239600239600235300dscfh10.310.38.8106F-Factor from CFR~zuoic_WUSQOLJHFD?:520.,)'%#! .08xTolueneCARB 422161322NRppb101010614.9314.9314.86.0279.0226.0403NRpph.0001141.0000927.0001682NRlb/MMBtu8710119500119500125800dscfm1019Btu/dscf68F239600239600235300dscfh10.310.38.892F-Factor from CFR}wskiaYQNLGB=83.-+)'$"  .08xBenzeneCARB 410ANDNDNDNRppbNANANA314.9314.9314.86NRNRNRNRpphNRNRNRNRlb/MMBtu8710119500119500125800dscfm1019Btu/dscf68F239600239600235300dscfh10.310.38.878F-Factor from CFRxtoic]YQOMKIFDB@>94/.,*(%#! .08xPAHsCARB 429522615536NRug/dscmNANANANA14.9314.8615.05.000234.00227.000254NRpph.000000958.000001209.000001068NRlb/MMBtu8710119500125800126400dscfm1019Btu/dscf68F239600235300233300dscfh10.38.89.0F-Factor from CFRĿ{yoe[XVOIB=831/-+$" .08xNaphthaleneCARB 42990.989.187.6NRppb0.00210.00210.0021NA14.9314.8615.05.000217.000224.000221NRpph.000000888.00000932.000000928NRlb/MMBtu8710119500125800126400dscfm1019Btu/dscf68F239600235300233300dscfh10.38.89.0128F-Factor from CFRſxnkib[TOJEC=71.,($  .07PAHsCARB 4293.68403.76902.1723NRug/dscmNANANANA16.015.816.0450.73467.27268.03NRmg/hrNRNRNRNRlb/MMBtu8710720117297072621dscfmNRNR68F942009210093200dscfh7.87.67.3F-Factor from CFR~ytphfdb`[YSMGC?;9753,*$ .07NaphthaleneCARB 4290.2230.3610.235NRppbNANANANA16.015.816.0145238156NRmg/hrNRNRNRNRlb/MMBtu8710720117297072621dscfmNRNR68F942009210093200dscfh7.87.67.3128F-Factor from CFRzupkg_][YWRPMJGC?;97530.)$ .g <`Y0:8642+)$ .03.2NaphthaleneCARB 429NDNDNDNRppbNANANA0.00215.715.715.7NRNRNRNRpphNRNRNRNRlb/MMBtu9490509595497754480300dscfm1054757.63Btu/dscf60F9.89.49.4128ytnhb^VTRPNKIGEC?;720.,)'%#! .\03.2FormaldehydeCARB 430NDNDNDNRppbNANANA11915.715.715.7NRNRNRNRpphNRNRNRNRlb/MMBtu9490509595509595509595dscfm1054757.63Btu/dscf60F30xsmga]USQOMJHFDB>:631/-*(&$" .@03.2BenzeneCARB 410ANDNDNDNRppbNANANA415.715.715.7NRNRNRNRpphNRNRNRNRlb/MMBtu9490497754497754497754dscfm1054757.63Btu/dscf60F78|rmga[WOMKIGDB@><840/-+)&$"  .@03.1FormaldehydeCARB 4301957.3ND615.3NRppb1124.3ND253.311915.515.515.51.89ND.863NRpph.00216ND.000986NRlb/MMBtu8476478569478569478569dscfmNRNR60F30|xpnge_\ZVTPLHDA<:41/*(" .@03.1BenzeneCARB 410ANDNDNDNRppbNANANA415.515.515.5NRNRNRNRpphNRNRNRNRlb/MMBtu8476478569478569478569dscfmNRNR60F78{{yyyyyyyyyyyxvtrmga[WOMKIGDB@><840/-+)&$"  .@02AcetaldehydeCARB 43048.120.8NDNRppbNANANA21.314.514.514.50.09230.0399NDNRpphNRNRNRNRlb/MMBtu8710127143127143127143dscfmNRNR68F9.99.99.944F-Factor from CFR~xrlh`^\ZXUSQKEA=9531/,*($  .02FormaldehydeCARB 43052.3NDNDNRppbNANANA31.414.514.514.50.0683NDNDNRpphNRNRNRNRlb/MMBtu8710127143127143127143dscfmNRNR68F9.99.99.930F-Factor from CFR}xrlfbZXVTROMKIC?;731/-*(&$  .08xXylenesCARB 422NDNDNDNRppbNANANA514.9314.9314.86NRNRNRNRpphNRNRNRNRlb/MMBtu8710119500119500125800dscfm1019Btu/dscf68F239600239600235300dscfh10.310.38.8106F-Factor from CFRwsnhb\XPNLJHECA?=83.-+)'$"  .xg !3Qo~06.1Lead Multi-metals9.614.764.47NRug/dscm0.790.790.86NA171717.0124.00564.00508NRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.54207.19F-Factor from CFR~xrnfdb`^[YSMHFDB@<84-+'# .06.1ChromiumMulti-metals4.823.171.96NRug/dscm0.790.790.86NA171717.00567.00338.00155NRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.5452F-Factor from CFR|vrjhfdb_]WQKIGEC?;70.*&" .06.1CadmiumMulti-metals0.283.640.765NRug/dscm000NA171717.000394.00518.00108NRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.54112.4F-Factor from CFRztnjb`^\ZWUOIB@><:9870.)%! .06.1BerylliumMulti-metalsNDNDNDNRug/dscmNANANA0.2171717NRNRNRNRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.549.01F-Factor from CFRwrlf`\TRPNLIGECA?=;8642+)'%# .06.1ArsenicMulti-metalsNDNDNDNRug/dscmNANANA6.92171717NRNRNRNRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.5474.92F-Factor from CFRvqke_[SQOMKHFDB@><:6420)'%#! .06.1FormaldehydeCARB 430197.966.18112.96NRppb13.2113.2412.59NA171717.0473.0136.0257.0288pphNRNRNRNRlb/MMBtu9190377542377542377542dscfm1054757.63Btu/dscf68F30F-Factor from CFRyumkigeb]XSNLJHFA<742,'" .06.1NaphthaleneCARB 4293.71.61.9NRppb0.000370.00380.0037NA171717NRNRNRNRpphNRNRNRNRlb/MMBtu9190380321377414378566dscfm1054757.63Btu/dscf68F3.774.023.25128F-Factor from CFR{uoie][YWURPNLJHFDB<6/,*'$! .06.1PAHsCARB 4290.2390.2660.0335NRug/dscmNANANANA171717.000341.000376.0000475.000355pphNRNRNRNRlb/MMBtu9190380321377414378566dscfm1054757.63Btu/dscf68F3.774.023.25F-Factor from CFR{uqigeca^WOHA?=;9753,*$ .g1Ss06.2FormaldehydeCARB 43020025.117.9NRppbNANANANA171717.0967.0122.00849.0391pphNRNRNRNRlb/MMBtu8710178785178785178785dscfm937.242Btu/dscf68F4917NR30F-Factor from CFR~xrlh`^\ZXUPJE@><:8642/-)%" .'06.1BenzeneCARB 410ANDND2.1NRppbNANANA2171717NDND.00979NRpphNRNRNRNRlb/MMBtu9190377542377542377542dscfm1054757.63Btu/dscf68F78F-Factor from CFR{qlf`ZVNLJHFCA;975310.,*'%"  .06.1ChromiumSCAQMD 205.11.741.418.113.08ug/dscm0.650.710.65NA171717.00157.000986.0105.00435pphNRNRNRNRlb/MMBtu9190381901376204375436dscfm1054757.63Btu/dscf68F3.224.314.2952F-Factor from CFRǶ|xpnljhe_ZSMKIGEA=92.*&" .06.1LeadCARB 124.031.773.02ug/dscm0.981.011.06NA171717.00427.0011.00286.00274pphNRNRNRNRlb/MMBtu9190373418378836378341dscfm1054757.63Btu/dscf68F4.244.114.04207.19F-Factor from CFRztnjb`^\ZWQKF@><:840,%%! .06.1SeleniumMulti-metalsNDNDNDNRug/dscmNANANA16.4171717NRNRNRNRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.5479F-Factor from CFRwrlf`\TRPNLIGECA?=;7531*(&$" .06.1NickelMulti-metalsNDNDNDNRug/dscmNANANA3171717NRNRNRNRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.5458.71F-Factor from CFR|rmga[WOMKIGDB@><:86531/(&$"  .06.1ManganeseMulti-metals255.4258.2NRNRug/dscmNANANANA171717NRNRNRNRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.5454.94F-Factor from CFR|wqkeaYWUSQNLJHFDB@><:81/-(# .06.1MercuryMulti-metalsNDND1.1NRug/dscmNANANA0.1171717NDND.00155NRpphNRNRNRNRlb/MMBtu9190375545379460375064dscfm1054757.63Btu/dscf68F4.03.924.54200.59F-Factor from CFRzuoic_WUSQOLJDB@><:7531*(%#! .Tg@@YM[n014xNickel Modified EPA 511.15564.24NRug/dscmNANANANA14.414.414.4.016.82.0064.28pphNRNRNR.00035lb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F58.71F-Factor from CFR{uqica_]ZWROKGC?=;970.*'# .014xManganeseModified EPA 557.028.533.8NRug/dscmNANANANA14.414.414.4.082.042.051.058pphNRNRNR.000074lb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F54.94F-Factor from CFRzvngeca^ZVRNJFB@><:31-)% .014xMercuryModified EPA 50.006540.01960.00510NRug/dscmNANANANA14.414.414.4.0000094.000029.0000077.0000015pphNRNRNR.000000002lb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F200.59F-Factor from CFRľ|zxvskc\TPLHFDB@970*# .014xChromiumModified EPA 52.36ND1.72NRug/dscmNANANA1.3514.414.414.4.0034ND.0026NRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F52F-Factor from CFR~xrnfdb`^[YTRMIEA=;970.*($ .014xChromium (VI)CARB 4250.02360.04540.0662NRug/dscmNANANANA14.414.414.4.000034.000067.0001.000068pphNRNRNR.000000086lb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F52F-Factor from CFRʹusqole`YRNJFDB@>75/)# .014xCadmiumModified EPA 5NDNDNDNRug/dscmNANANA1.3514.414.414.4NDNDNDNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F112.4F-Factor from CFR~ysmgc[YWUSPNLJHD@<8642+)'%# .014xBerylliumModified EPA 5ND0.532NDNRug/dscmNANANA0.033814.414.414.4ND.00078NDNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F9.01F-Factor from CFR~xrnfdb`^[YWQOKGC=;970.,'% .014xArsenic Modified EPA 51.040.3051.06NRug/dscmNANANANA14.414.414.4.0015.00045.0016.0012pphNRNRNR.0000015lb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F74.92F-Factor from CFR±|tljhfc^YSNJFB@><:31-($ .g2Rm014xBenzeneCARB 410ANDNDNDNRppbNANANA11014.414.414.4NDNDNDNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F78F-Factor from CFR~toic]YQOMKIFDB@>:62/-+)&$"  .014xFormaldehydeCARB 43028.531.923.5NRppbNANANANA14.414.414.4.057.064.047.056pphNRNRNRNRlb/MMBtu9190422000422000422000dscfm1054757.63Btu/dscf68F30F-Factor from CFRztnjb`^\ZWSOKGC?;97530.*&" .014xPAHsCARB 4290.1430.2482.22NRug/dscmNANANANA14.414.414.4.000286.000366.00327NRpphNRNRNRNRlb/MMBtu9190394000394000394000dscfm1054757.63Btu/dscf68FF-Factor from CFR~xrnfdb`^[YSLEA=97531*($ .014xNaphthaleneCARB 4290.176ND0.201NRppbNANANA0.021314.414.414.4.0014ND.0016NRpphNRNRNRNRlb/MMBtu9190394000394000394000dscfm1054757.63Btu/dscf68F128F-Factor from CFR{uokca_][XVQOJFB>8642/-(&! .014xDioxinsCARB 4280.00003120.0001290.000393NRug/dscmNANANANA14.414.414.4NRNRNRNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68FF-Factor from CFR~xrnfdb`^[YWUSOKGECA?86.& .014xFuransCARB 4280.0000300.00010.00136NRug/dscmNANANANA14.414.414.4NRNRNRNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68FF-Factor from CFRysmia_][YVTRPNJFB@><:31*$ .014xSeleniumModified EPA 5NDNDNDNRug/dscmNANANA0.035214.414.414.4NDNDNDNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F79F-Factor from CFR|vpjf^\ZXVSQOMKGC?9753,*(&$ .014xLeadModified EPA 52.782.781.52NRug/dscmNANANANA14.414.414.4.004.0041.0023.0035pphNRNRNR.0044lb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F207.19F-Factor from CFR|vrjeca_\WRMIEA=;975.,($  .g)Gej018TolueneCARB 410A15201416.3ppbNANANANA14.9115.0915.070.1020.1360.09260.11pphNRNRNRNRlb/MMBtu8502.92464805466441453507dscfmNRNR60F409543986338891pph92{uoh`^\ZXUQKFA<720.,*'#! .B018BenzeneCARB 410A4.17.14.15.1ppbNANANANA14.9115.0915.070.02360.04090.0230.0292pphNRNRNRNRlb/MMBtu8502.92464805466441453507dscfmNRNR60F409543986338891pph78ztmeca_]ZTOIC>9420.,)&#  .B018PAHsCARB 4290.7180.3580.1970.411ug/dscmNANANANA14.9515.0515.06.001245.000617.000332.00073pphNRNRNRNRlb/MMBtu8502.92462130460114454239dscfmNRNR60F404463959339020pphyqomkif`YRKFA<:864-(# .018NaphthaleneCARB 4290.09470.04660.0226NRppb0.0170.0170.0170.0005214.9515.0515.06.000897.000434.000207.000513pphNRNRNRNRlb/MMBtu8502.92462130460114454239dscfmNRNR60F404463959339020pph128¿}{xqjc\WRMFA<742,&  .B018AcroleinCARB 4301.011.221.84NRppb0.077NANANA15.0115.0515.06.00418.00492.00715.00542pphNRNRNRNRlb/MMBtu8502.92462807456224438482dscfmNRNR60F400973925837667pph56zskigec`ZTNHC>9753.+)%! .B018AcetaldehydeCARB 4305.592.691.10NRppbNANANA0.09815.0115.0515.06.0181.00857.00335.01pphNRNRNRNRlb/MMBtu8502.92462807456224438482dscfmNRNR60F400973925837667pph44zskigec`]WQLGB=8642/-)%! .B018FormaldehydeCARB 43037.154.513.8NRppb2.092.092.09NA15.0115.0515.06.0817.1180.0288.0762pphNRNRNRNRlb/MMBtu8502.92462807456224438482dscfmNRNR60F400973925837667pph30}vnljhfc^XTOJE@>:62/-)%! .B014xArsenicCARB 4230.3050.1560.0570NRug/dscmNANANANA14.414.414.4.00045.00023.000084.00025pphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F74.92F-Factor from CFRzvnljhfc]VPJFB><:86/-'" .g:e 010xMercuryNR0.220.2850.28NRug/dscm0.270.2850.25NA14.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F200.59F-Factor from CFR~ysmgc[YWUSPNLJHD@<:61-&$  .010xArsenicCARB 4230.0360.0310.020NRug/dscm0.0140.0160.013NA14.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F74.92Blank found by difference between corrected and uncorrected concentrations in micrograms/dscm (volume of blank sample not provided). F-Factor from CFR*}wqmeca_]ZXVTRNJFD?:5.,'" ..010xNMORCustom MethodNDNDNDNRppbNANANA0.06114.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F106.96F-Factor from CFR~~~~~~~~~~~}{ywrlf`\TRPNLIGECA=950.,*'%#! .010xNDMACustom MethodNDNDNDNRppbNANANA0.08814.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F74F-Factor from CFR~~~~~~~~~~~}{ywrlf`\TRPNLIGECA=950.,*'%#! .010xTMACustom MethodNDNDNDNRppbNANANA0.08214.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F59F-Factor from CFR}}}}}}}}}}}|zxvqke_[SQOMKHFDB@<84/-+)&$"  .018Propylene oxideNIOSH 1612NDNDNDNRppbNANANA12.3915.0015.0215.05NDNDNDNRpphNRNRNRNRlb/MMBtu8502.92460156457392451663dscfmNRNR60F399353956038866pph58ysmf^\ZXVSQOMKFA<7531.,*(& .B018XylenesCARB 410A13.517.411.810.63ppbNANANANA14.9115.0915.070.10540.1360.08990.1104pphNRNRNRNRlb/MMBtu8502.92464805466441453507dscfmNRNR60F409543986338891pph106yrjhfdb_YSNHC>97531.)%! .B018EthylbenzeneCARB 410A4.46.33.94.87ppbNANANANA14.9115.0915.070.03440.04940.02970.0378pphNRNRNRNRlb/MMBtu8502.92464805466441453507dscfmNRNR60F409543986338891pph106{tljhfda[UOID?:8642/+(%" .B;g 2g(AW01xChromiumCARB 42511.119.54565.82NRug/dscm0.610.610.61NA15.514.014.00.02490.01870.1033NRpphNRNRNRNRlb/MMBtu8710598470523250419000dscfmNRNR68F8.59.09.752F-Factor from CFRzvnljhfca[UOKGCA=95.,'" .01xNickelCARB 43310.615.0512.5132.51ug/dscmNDNDNDNA15.514.014.00.01520.00720.0036NRpphNRNRNRNRlb/MMBtu8710381480381950386200dscfmNRNR68F6.55.97.258.71F-Factor from CFRztphfdb`][UOIEA=;975.*%  .01xCadmiumCARB 4241.874NDNDNRug/dscmNDNDND1.87415.514.014.00.0027NDNDNRpphNRNRNRNRlb/MMBtu8710390780353320370280dscfmNRNR68F6.77.57.1112.4F-Factor from CFRztnhd\ZXVTQOMKEA=9420.'%#! .01xPAHsCARB 42922.3814.1213.43NRug/dscmNANANANA15.514.014.00.0418400.0261420.026610NRpphNRNRNRNRlb/MMBtu8710499120494430530780dscfmNRNR68F9.210.310.8F-Factor from CFR|vrjhfdb_]UMEA=97531*(# .01xNaphthaleneCARB 4292.7062.4982.43NRppb0.9310.9310.931NA15.514.014.00.0273470.0250020.026163NRpphNRNRNRNRlb/MMBtu8710499120494430530780dscfmNRNR68F9.210.310.8128F-Factor from CFR}usqomjh`XPLHDB=830.*%  .010xLeadNRNDNDNDNRug/dscmNANANA19.314.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F207.19F-Factor from CFR|vvvvvvvvvvvusqojd^XTLJHFDA?=;951-)'%# .010xManganeseNRNDNDNDNRug/dscmNANANA1.9314.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F54.94F-Factor from CFR{{{{{{{{{{{zxvtoic]YQOMKIFDB@>:62.,*(! .010xCadmiumCARB 424NDNDNDNRug/dscmNANANA1.0014.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F112.4F-Factor from CFR~|zxsmga]USQOMJHFDB>:620.,%#! .010xChromium (VI)CARB 425NDNDNDNRug/dscmNANANA1.5414.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F52F-Factor from CFR~ysmgc[YWUSPNLJHD@<8642+)'%# .jg(O[xy09AcetaldehydeCARB 43013.612.0ND9.3ppbNANANA4.414.914.914.90.00230.0021NR0.0016pph5.13e-54.54e-5NR3.5e-5lb/MMBtu8710246832468324140dscfm1048Btu/dscf68F45.645.445MMBtu/hr9.644F-Factor from CFRɸ~zrljc\YSQKEA=96420-*($  .09FormaldehydeCARB 43010.5NDND5.6ppbNANANA6.514.914.914.90.0012NRNR0.00066pph2.69e-5NRNR1.45e-5lb/MMBtu8710246832468324140dscfm1048Btu/dscf68F45.645.445MMBtu/hr9.630F-Factor from CFRzuqib`^WTMKIC?;7420.+(&$  .09XylenesCARB 410A2.0ND6.32.9ppbNANANA1.014.914.914.90.000825NR0.0026400.001220pph1.85e-5NR5.80e-52.7e-5lb/MMBtu8710241402414024730dscfm1048Btu/dscf68F44.745.045.5MMBtu/hr106F-Factor from CFRɸ~zrlec\YQIG?;730.,*'$! .09EthylbenzeneCARB 410ANDNDND0.50ppbNANANA1.014.914.914.9NRNRNRNRpphNRNRNRNRlb/MMBtu8710241402414024730dscfm1048Btu/dscf68F44.745.045.5MMBtu/hr106F-Factor from CFRzvqlgb^VTRPNKIGEC?;7420.+'%#! .09TolueneCARB 410A3.0ND2.52.0ppbNANANA1.014.914.914.90.001070ND0.000910NRpph2.38E-5ND2.00E-5NRlb/MMBtu8710241402414024730dscfm1048Btu/dscf68F44.745.045.5MMBtu/hr92F-Factor from CFR~ytphf_]VSQIG?;730.,*'$! .09BenzeneCARB 410ANDNDNDppbNANANA1.014.914.914.9NRNRNRNRpphNRNRNRNRlb/MMBtu8710241402414024730dscfm1048Btu/dscf68F44.745.045.5MMBtu/hr78F-Factor from CFR||{yqmhc^YUMKIGEB@><:62.+)'%""  .01xManganeseCARB 121.3544.1040.6856NRug/dscmNDNDNDNA15.514.014.00.00250.00720.0014NRpphNRNRNRNRlb/MMBtu8710489250467430541970dscfmNRNR68F8.210.96.154.94F-Factor from CFR{uqigeca^\VPJFB><:86/-'" .01xMercuryCARB 1013.1321.5361.608NRug/dscm11.711.711.7NA15.514.014.00.00560.00270.0029NRpphNRNRNRNRlb/MMBtu8710478450476550477380dscfmNRNR68F9.510.210.2200.59F-Factor from CFRyumkigeb`ZTNJFB@<84-+&! .g#Fga014x1,3 - ButadieneCARB B421NDNDNDNRppbNANANA11014.414.414.4NDNDNDNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F54F-Factor from CFR|wqkeaYWUSQNLJHFB>:7531.,*(& .014xAcroleinCARB 430NDNDNDNRppbNANANA11014.414.414.4.057.064.047.056pphNRNRNRNRlb/MMBtu9190422000422000422000dscfm1054757.63Btu/dscf68F56F-Factor from CFR|wqkeaYWUSQNJFB>:62/-+)&$"  .023xNaphthaleneCARB 410ANDNDNDNRppb0001016.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F128Naphtalene analyzed but not reported in summary of test results.F-Factor from CFR~{{{{{{{{{{{zxvtoje`\TRPNLIGECA<720/.-*(&$" .020FormaldehydeCARB 43010258.039.0NRppb343343343NA15.2615.5115.470.03000.01690.0116NRpph0.0002470.0001480.0000984NRlb/MMBtu8424.74626286233062844dscfmNRNR68F30}{rjb_]WQKFA<:741.,($! .@020BenzeneCARB 410NDNDNDNRppbNANANA215.2615.5115.47NRNRNRNRpphNRNRNRNRlb/MMBtu8424.74626286233062844dscfmNRNR68F78||zzzzzzzzzzzywusnid_XPNLJHECA?=83.-+)'$"  .@09PAHsCARB 4290.4530.2910.287NRug/dscmNANANANA14.914.914.94.19e-52.79e-52.67e-5NRpph9.22e-76.10e-75.94e-7NRlb/MMBtu8710246832543724730dscfm1048Btu/dscf68F45.545.745MMBtu/hr9.69.69.7F-Factor from CFRп}usle^[YRKD@<86420)'" .09NaphthaleneCARB 4290.06050.04220.047ppb0.0450.0390.0410.000614.914.914.93.02e-52.18e-52.36e-52.52e-5pph6.65e-74.76e-75.24e-75.55e-7lb/MMBtu8710246832543724730dscfm1048Btu/dscf68F45.545.745MMBtu/hr9.69.69.7128F-Factor from CFR¾zspib[TPLHB=8300+% .09AcroleinCARB 430NDNDND1.8ppbNANANA3.614.914.914.9NRNRNRNRpphNRNRNRNRlb/MMBtu8710246832468324140dscfm1048Btu/dscf68F45.645.445MMBtu/hr9.656F-Factor from CFR~|tpkfa\XPNLJHECA?=951.,*(%"  .g /]{900@300.1ChlorobenzeneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR112.5Turbine 1 - Diesel. Exhaust gas velocityand temperature are average of particulates and metals train.򍈈}|{yqgb`^YUMMKIGEECA?=;6531/,,*(& .029.3xTolueneTO-146NRNRNRppb000NA16.3NRNRNRNRNRNR843623311NRNRdscfmNRNR68F600.7scfm.06192ccaaaa]YYYYTTSQOMHFD?;;;;;;;97531/+)('&#! ./F029.3xn-HexaneTO-1440NRNRNRppb000NA16.3NRNRNRNRNRNR843623311NRNRdscfmNRNR68F600.7scfm.06186eecccc_[[[[VVUSQOJHFA=======;97531-+*)(%#! ./F029.3xBenzeneTO-146NRNRNRppb000NA16.3NRNRNRNRNRNR843623311NRNRdscfmNRNR68F600.7scfm.06178ccaaaa]YYYYTTSQOMHFD?;;;;;;;97531/+)('&#! ./F029.3x2,2,4-TrimethylpentaneTO-142NRNRNRppb000NA16.3NRNRNRNRNRNR843623311NRNRdscfmNRNR68F600.7scfm.061114sspppplhhhhccb`^\WUSNJJJJJJJHFDB@>:876520.,+& ./F029.3xAcetaldehydeFTIR1490NRNRNRppb000108016.3NRNRNRNRNRNR843623311NRNRdscfmNRNR68F600.7scfm.06144lljjjjfbbbb]]\ZXVQOMHDDDDDDDB@><:840/.-*(&$  ./F029.2xAcetaldehydeFTIR1040NRNRNRppb000112015.9NRNRNRNRNRNR843626581NRNRdscfmNRNR68F745scfm.06544jjhhhhd````]]\ZXVQOMHDDDDDDDB@><:840/.-*(&$  ./F029.1xAcetaldehydeFTIR1230NRNRNRppb000115016NRNRNRNRNRNR843725757NRNRdscfmNRNR68F709.3scfm.06444jjhhhhd````[[ZXVTOMKFBBBBBBB@><:8640/.-*(&$  ./F014xXylenesCARB B421NDNDNDNRppbNANANA5614.414.414.4NDNDNDNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F106F-Factor from CFR}snhb\XPNLJHECA?=951/-+)&$"  .014xTolueneCARB B421NDNDNDNRppbNANANA6614.414.414.4NDNDNDNRpphNRNRNRNRlb/MMBtu9190384000394000403000dscfm1054757.63Btu/dscf68F92F-Factor from CFR}snhb\XPNLJHECA?=951/-+)&$"  .gyR%00@300.1Vinylidene ChlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR97Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.wmhfd_[SSQOMKKIGECA<;975220.,# .00@300.1Ethylene DichlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR97Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.wmhfd_[SSQOMKKIGECA<;975220.,# .00@300.1ChloroformEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR119.5Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.~~~|zyxvnd_][VRJJHFDBB@><:8320.,))'%# .00@300.1Carbon TetrachlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR154Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.xnige`\TTRPNLLJHFDB=<:86331/-$ .00@300.1FormaldehydeEPA TO-1126.4NRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR30Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.񋉉~}|zrhca_ZVNNLJHFFDB@><76420--+)% .00@300.11,4 - DichlorobenzeneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR147Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.yojhfa]UUSQOMMKIGEC>=;974420.% . g{R*#0 @300.1ArsenicCARB 436NDNRNRNRug/dscmNANANA3.3717.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR74.92Turbine 1 - Diesel}ukfdb[WOOMKIGGECA?=8420.'%#! .00@300.1TetrachloroethyleneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR166Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.wmhfd_[SSQOMKKIGECA<;975220.,# .00@300.1AcetaldehydeEPA TO-113.7NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR44Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.񋉉~}|zrhca_ZVNNLJHFFDB@><7531/,,*(% .00@300.11,3 - ButadieneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR54Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.򌊊~}{sidb`[WOOMKIGGECA?=87531..,*( .00@300.1Vinyl ChlorideEPA TO-11NDNRNRppbNANANA1517.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR62.5Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.􎊊~}{sidb`[WOOMKIGGECA?=86420--+)' .00@300.1TrichloroethyleneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR131.5Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.}ukfdb]YQQOMKIIGECA?:975300.,*! .00@300.1Methylene ChlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR85Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.~vlgec^ZRRPNLJJHFDB@;:86411/-+" .Eg'Py_0X@300.2FormaldehydeEPA TO-1166.1NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR30Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~|||zwuuusqpomkidb`[WOOMKIGGECA?=86420--+)% .0X@300.21,4 - DichlorobenzeneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR147Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.񅂂}{{{ywvusqojhfa]UUSQOMMKIGEC>=;974420.% .0X@300.2ChlorobenzeneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR112.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.zzzxusssqonmkigb`^YUMMKIGEECA?=;6531/,,*(& .0 @300.1SeleniumCARB 436NDNRNRNRug/dscmNANANA8.4317.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR79Turbine 1 - Diesel~vlgec\XPPNLJHHFDB@>9531/(&$"  .0 @300.1NickelCARB 436NDNRNRNRug/dscmNANANA2.5317.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR58.71Turbine 1 - Diesel~|tjecaZVNNLJHFFDB@><731/-&$"  .0 @300.1LeadCARB 436NDNRNRNRug/dscmNANANA5.0617.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR207.19Turbine 1 - Diesel~}|zrhca_XTLLJHFDDB@><:51/-+$"  .0 @300.1ChromiumCARB 436NDNRNRNRug/dscmNANANA1.6917.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR52Turbine 1 - Diesel~vlgec\XPPNLJHHFDB@>9531/(&$"  .0 @300.1CadmiumCARB 436NDNRNRNRug/dscmNANANA0.8417.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR112.4Turbine 1 - Diesel}ukfdb[WOOMKIGGECA?=8420.'%#! .gpL&0X@300.2TrichloroethyleneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR131.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~~~|ywwwusrqomkfdb]YQQOMKIIGECA?:975300.,*! .0X@300.2Methylene ChlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR85Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.}zxxxvtsrpnlgec^ZRRPNLJJHFDB@;:86411/-+" .0X@300.2Vinylidene ChlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR97Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~{yyywutsqomhfd_[SSQOMKKIGECA<;975220.,# .0X@300.2Ethylene DichlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR97Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~{yyywutsqomhfd_[SSQOMKKIGECA<;975220.,# .0X@300.2ChloroformEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR119.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.|wwwurpppnlkjhfd_][VRJJHFDBB@><:8320.,))'%# .0X@300.2Carbon TetrachlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR154Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.|zzzxvutrpnige`\TTRPNLLJHFDB=<:86331/-$ .qg*[0p@300.2NickelCARB 436NDNRNRNRug/dscmNANANA1.9816.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR58.71Turbine 1 - Digester Oil}}}{xvvvtrqpnljecaZVNNLJHFFDB@><731/-&$"  .0p@300.2LeadCARB 436NDNRNRNRug/dscmNANANA3.9616.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR207.19Turbine 1 - Digester Oil{{{yvtttrponljhca_XTLLJHFDDB@><:51/-+$"  .0p@300.2ChromiumCARB 436NDNRNRNRug/dscmNANANA1.3216.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR52Turbine 1 - Digester Oil}zxxxvtsrpnlgec\XPPNLJHHFDB@>9531/(&$"  .0p@300.2CadmiumCARB 436NDNRNRNRug/dscmNANANA0.6616.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR112.4Turbine 1 - Digester Oil~~~|ywwwusrqomkfdb[WOOMKIGGECA?=8420.'%#! .0p@300.2ArsenicCARB 436NDNRNRNRug/dscmNANANA2.6416.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR74.92Turbine 1 - Digester Oil~~~|ywwwusrqomkfdb[WOOMKIGGECA?=8420.'%#! .0X@300.2AcetaldehydeEPA TO-1113.0NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR44Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~|||zwuuusqpomkidb`[WOOMKIGGECA?=86420--+)% .0X@300.21,3 - ButadieneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR54Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~|||zwuuusqpomkidb`[WOOMKIGGECA?=87531..,*( .0X@300.2Vinyl ChlorideEPA TO-11NDNRNRppbNANANA1516.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR62.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.|||zwuuusqpomkidb`[WOOMKIGGECA?=86420--+)' .g1[*0p@300.31,4 - DichlorobenzeneEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR147Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainyojhfa]UUSQOMMKIGEC>=;974420.% .0p@300.3ChloroformEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR119.5Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train񊅅~~~|zyxvnd_][VRJJHFDBB@><:8320.,))'%# .0p@300.3ChlorobenzeneEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR112.5Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train􍈈}|{yqgb`^YUMMKIGEECA?=;6531/,,*(& .0p@300.3Carbon TetrachlorideEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR154Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainxnige`\TTRPNLLJHFDB=<:86331/-$ .0p@300.31,3 - ButadieneEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR54Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train󌊊~}{sidb`[WOOMKIGGECA?=87531..,*( .0p@300.3AcetaldehydeEPA TO-116.2NRNRppbNANANANA17.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR44Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train򋉉~}|zrhca_ZVNNLJHFFDB@><7531/,,*(% .0p@300.2SeleniumCARB 436NDNRNRNRug/dscmNANANA6.6116.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR79Turbine 1 - Digester Oil}zxxxvtsrpnlgec\XPPNLJHHFDB@>9531/(&$"  .g{L 0p@300.3Vinylidene ChlorideEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR97Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainwmhfd_[SSQOMKKIGECA<;975220.,# .0p@300.3Vinyl ChlorideEPA TO-11NDNRNRppbNANANA1517.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR62.5Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train~}{sidb`[WOOMKIGGECA?=86420--+)' .0p@300.3TetrachloroethyleneEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR166Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainwmhfd_[SSQOMKKIGECA<;975220.,# .0p@300.3Methylene ChlorideEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR85Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train~vlgec^ZRRPNLJJHFDB@;:86411/-+" .0p@300.3FormaldehydeEPA TO-1121.3NRNRppbNANANANA17.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR30Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train󌊊~}{sidb`[WOOMKIGGECA?=86420--+)% .0p@300.3Ethylene DichlorideEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR97Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainwmhfd_[SSQOMKKIGECA<;975220.,# .g%Kr0ȋ@300.41,3 - ButadieneEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR54Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.}{{{yvtttrponljhca_ZVNNLJHFFDB@><87531..,*( .0ȋ@300.4AcetaldehydeEPA TO-1110.2NRNRppbNANANANA15.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR44Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.}{{{yvtttrponljhca_ZVNNLJHFFDB@><86420--+)% .0(@300.3SeleniumCARB 436NDNRNRNRug/dscmNANANA0.8017.30NRNRNRNRNRNRNRNRNRlb/MMBtu919045246.7nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR79Turbine # 2 - Diesel~vlgec\XPPNLJHHFDB@>9531/(&$"  .0(@300.3NickelCARB 436NDNRNRNRug/dscmNANANA2.3917.30NRNRNRNRNRNRNRNRNRlb/MMBtu919045246.7nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR58.71Turbine # 2 - Diesel~|tjecaZVNNLJHFFDB@><731/-&$"  .0(@300.3LeadCARB 436NDNRNRNRug/dscmNANANA4.7817.30NRNRNRNRNRNRNRNRNRlb/MMBtu919045246.7nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR207.19Turbine # 2 - Diesel~}|zrhca_XTLLJHFDDB@><:51/-+$"  .0(@300.3ChromiumCARB 436NDNRNRNRug/dscmNANANA1.5917.30NRNRNRNRNRNRNRNRNRlb/MMBtu919045246.7nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR52Turbine # 2 - Diesel~vlgec\XPPNLJHHFDB@>9531/(&$"  .0(@300.3CadmiumCARB 436NDNRNRNRug/dscmNANANA0.817.30NRNRNRNRNRNRNRNRNRlb/MMBtu919045246.7nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR112.4Turbine # 2 - Diesel~|tjecaZVNNLJHFFDB@><7420.'%#! .0(@300.3ArsenicCARB 436NDNRNRNRug/dscmNANANA3.1817.30NRNRNRNRNRNRNRNRNRlb/MMBtu919045246.7nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR74.92Turbine # 2 - Diesel}ukfdb[WOOMKIGGECA?=8420.'%#! .gpK*0ȋ@300.4FormaldehydeEPA TO-1155.9NRNRppbNANANANA15.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR30Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.}{{{yvtttrponljhca_ZVNNLJHFFDB@><86420--+)% .0ȋ@300.4Ethylene DichlorideEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR97Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.}zxxxvtsrpnlgec^ZRRPNLJJHFDB@<;975220.,# .0ȋ@300.41,4 - DichlorobenzeneEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR147Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.񄁁|zzzxvutrpnige`\TTRPNLLJHFDB>=;974420.% .0ȋ@300.4ChloroformEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR119.5Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.{vvvtqooomkjigec^\ZUQIIGECAA?=;97320.,))'%# .0ȋ@300.4ChlorobenzeneEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR112.5Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.~yyywtrrrpnmljhfa_]XTLLJHFDDB@><:6531/,,*(& .0ȋ@300.4Carbon TetrachlorideEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR154Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.~{yyywutsqomhfd_[SSQOMKKIGECA=<:86331/-$ .gmHv0@300.4CadmiumCARB 436NDNRNRNRug/dscmNANANA0.6315.8NRNRNRNRNRNRNRNRNRlb/MMBtu913355425.7nrnrdscfmNRNR60FFNRNRNR3.9NR112.4Turbine # 2 - Digester Gas}}}{xvvvtrqpnljecaZVNNLJHFFDB@><8420.'%#! .0@300.4ArsenicCARB 436NDNRNRNRug/dscmNANANA2.5315.8NRNRNRNRNRNRNRNRNRlb/MMBtu913355425.7nrnrdscfmNRNR60FFNRNRNR3.9NR74.92Turbine # 2 - Digester Gas}}}{xvvvtrqpnljecaZVNNLJHFFDB@><8420.'%#! .0ȋ@300.4Vinylidene ChlorideEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR97Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.}zxxxvtsrpnlgec^ZRRPNLJJHFDB@<;975220.,# .0ȋ@300.4Vinyl ChlorideEPA TO-11NDNRNRppbNANANA1515.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR62.5Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.{{{yvtttrponljhca_ZVNNLJHFFDB@><86420--+)' .0ȋ@300.4TrichloroethyleneEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR131.5Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.}}}{xvvvtrqpnljeca\XPPNLJHHFDB@>:975300.,*! .0ȋ@300.4TetrachloroethyleneEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR166Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.}zxxxvtsrpnlgec^ZRRPNLJJHFDB@<;975220.,# .0ȋ@300.4Methylene ChlorideEPA TO-11NDNRNRppbNANANA315.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806nrnrdscfmNRNR60FFNRNRNR3.9NR85Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.~~~|ywwwusrqomkfdb]YQQOMKIIGECA?;:86411/-+" .@g 0`<\0@301.1NickelCARB 4362.17NRNRNRug/dscmNANANANA20.4NRNRNRNRNRNRNRNRNRlb/MMBtu919045081.6nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR58.71Turbine # 1 - Diesel~}{sidb`YUMMKIGEECA?=;7531/(&$" .0@301.1LeadCARB 436NDNRNRNRug/dscmNANANA1.8620.4NRNRNRNRNRNRNRNRNRlb/MMBtu919045081.6nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR207.19Turbine # 1 - Diesel}|{yqgb`^WSKKIGECCA?=;951/-+$"  .0@301.1ChromiumCARB 436NDNRNRNRug/dscmNANANA1.2420.4NRNRNRNRNRNRNRNRNRlb/MMBtu919045081.6nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR52Turbine # 1 - Diesel}ukfdb[WOOMKIGGECA?=9531/(&$"  .0@301.1CadmiumCARB 436NDNRNRNRug/dscmNANANA0.6220.4NRNRNRNRNRNRNRNRNRlb/MMBtu919045081.6nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR112.4Turbine # 1 - Diesel~|tjecaZVNNLJHFFDB@><8420.'%#! .0@301.1ArsenicCARB 436NDNRNRNRug/dscmNANANA1.8620.4NRNRNRNRNRNRNRNRNRlb/MMBtu919045081.6nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR74.92Turbine # 1 - Diesel~|tjecaZVNNLJHFFDB@><8420.'%#! .0@300.4SeleniumCARB 43610.10NRNRNRug/dscmNANANA6.3115.8NRNRNRNRNRNRNRNRNRlb/MMBtu913355425.7nrnrdscfmNRNR60FFNRNRNR3.9NR79Turbine # 2 - Digester Gas|zzzxvutrpnige^ZRRPNLJJHFDB@<8642+)'%  .0@300.4NickelCARB 436NDNRNRNRug/dscmNANANA1.8915.8NRNRNRNRNRNRNRNRNRlb/MMBtu913355425.7nrnrdscfmNRNR60FFNRNRNR3.9NR58.71Turbine # 2 - Digester Gas|||zwuuusqpomkidb`YUMMKIGEECA?=;731/-&$"  .0@300.4LeadCARB 436NDNRNRNRug/dscmNANANA3.7915.8NRNRNRNRNRNRNRNRNRlb/MMBtu913355425.7nrnrdscfmNRNR60FFNRNRNR3.9NR207.19Turbine # 2 - Digester Gaszzzxusssqonmkigb`^WSKKIGECCA?=;951/-+$"  .0@300.4ChromiumCARB 436NDNRNRNRug/dscmNANANA1.2615.8NRNRNRNRNRNRNRNRNRlb/MMBtu913355425.7nrnrdscfmNRNR60FFNRNRNR3.9NR52Turbine # 2 - Digester Gas~~~|ywwwusrqomkfdb[WOOMKIGGECA?=9531/(&$"  .g!B]}0@301.1TrichloroethyleneEPA TO-14NDNRNRppbNANANA0.9419.79NRNRNRNRNRNRNRNRNRlb/MMBtu919041691nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR131.5Turbine # 1 - Dieselxnige`\TTRPNLLJHFDB=975300.,*! .0@301.1TetrachloroethyleneEPA TO-14NDNRNRppbNANANA0.7519.79NRNRNRNRNRNRNRNRNRlb/MMBtu919041691nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR166Turbine # 1 - Dieselzpkigb^VVTRPNNLJHFD?;975220.,# .0@301.11,4 - DichlorobenzeneEPA TO-14NDNRNRppbNANANA0.8419.79NRNRNRNRNRNRNRNRNRlb/MMBtu919041691nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR147Turbine # 1 - Diesel|rmkid`XXVTRPPNLJHFA=;974420.% .0@301.1ChloroformEPA TO-14NDNRNRppbNANANA1.019.79NRNRNRNRNRNRNRNRNRlb/MMBtu919041691nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR119.5Turbine # 1 - Diesel|{zxpfa_]XTLLJHFDDB@><:520.,))'%# .0@301.1ChlorobenzeneEPA TO-14NDNRNRppbNANANA1.119.79NRNRNRNRNRNRNRNRNRlb/MMBtu919041691nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR112.5Turbine # 1 - Diesel~}{sidb`[WOOMKIGGECA?=8531/,,*(& .0@301.1Carbon TetrachlorideEPA TO-14NDNRNRppbNANANA0.819.79NRNRNRNRNRNRNRNRNRlb/MMBtu919041691nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR154Turbine # 1 - Dieselzpkigb^VVTRPNNLJHFD?<:86331/-$ .0@301.11,3 - ButadieneEPA TO-14NDNRNRppbNANANA2.319.79NRNRNRNRNRNRNRNRNRlb/MMBtu919041691nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR54Turbine # 1 - Diesel}ukfdb]YQQOMKIIGECA?:7531..,*( .0@301.1SeleniumCARB 436NDNRNRNRug/dscmNANANA6.1920.4NRNRNRNRNRNRNRNRNRlb/MMBtu919045081.6nrnrdscfm1054757.63Btu/dscf68FF235140NRdscfh3.0NR79Turbine # 1 - Diesel}ukfdb[WOOMKIGGECA?=9531/(&$"  .4g Il(P0Ј@301.2Vinyl ChlorideEPA TO-14NDNRNRppbNANANA2.517.86NRNRNRNRNRNRNRNRNRlb/MMBtu913360874nrnrdscfmNRNR68FF235140NRdscfh5.5NR62.5Turbine # 1 - Digester Gaszzzxrqpnljeca\XPPNLJHHFDB@>96420--+)' .0Ј@301.2TrichloroethyleneEPA TO-14NDNRNRppbNANANA1.217.86NRNRNRNRNRNRNRNRNRlb/MMBtu913360874nrnrdscfmNRNR68FF235140NRdscfh5.5NR131.5Turbine # 1 - Digester Gas}}}{utsqomhfd_[SSQOMKKIGECA<975300.,*! 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.`g DtG|0L@306BenzeneEPA TO38.27.8NRppbNANANANA15.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR78Turbine Exhaustzzzxsrqohe`^YTPHHFDB@@><:84/-+)'$$" .0L@306Vinyl ChlorideEPA TO30.50.5NRppbNANANANA15.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR62.5Turbine Exhaustzyxvolge`[WOOMKIGGECA?;6420.++)&# .0L@306ChlorobenzeneEPA TO3NDNDNRppbNANANA0.415.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR112.5Turbine Exhaust}xwvtmjec^YUMMKIGEECA?=941/-+((&$" .0L@306TetrachloroethyleneEPA TO3NDNDNRppbNANANA0.115.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR166Turbine Exhaust~}|zspkid_[SSQOMKKIGEC?:7531..,*(! .0L@306TrichloroethyleneEPA TO3NDNDNRppbNANANA0.215.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR131.5Turbine Exhaust|{zxqnigb]YQQOMKIIGECA=8531/,,*(& .0L@306Carbon TetrachlorideEPA TO3NDNDNRppbNANANA0.215.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR154Turbine Exhaust~}{tqlje`\TTRPNLLJHFD@;8642//-+)" .0L@306ChloroformEPA TO3NDNDNRppbNANANA0.215.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR119.5Turbine Exhaust|||zutsqjgb`[VRJJHFDBB@><:61.,*(%%#! 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.0L@306Methylene ChlorideEPA TO3NDNDNRppbNANANA0.215.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR85Turbine Exhaust}|{yrojhc^ZRRPNLJJHFDB>96420--+)'  .0L@306Benzyl ChlorideEPA TO3NDNDNRppbNANANA2.015.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR126.5Turbine Exhaustzyxvolge`[WOOMKIGGECA?;631/-**(&$ .0L@306XylenesEPA TO31.20.8NRppbNANANA0.415.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR106Turbine Exhaust{{{ytsrpifa_ZUQIIGECAA?=;950-+)'$$" .0L@306AcetonitrileEPA TO3NDNDNRppbNANANA2.015.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR41Turbine Exhaust~~~|wvuslidb]XTLLJHFDDB@><830.,*''%#! .0L@306TolueneEPA TO34.84.3NRppbNANANANA15.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761nrdscfm420Btu/scf60FF78060NRdscfh6.1NR92Turbine Exhaustzzzxsrqohe`^YTPHHFDB@@><:84/-+)'$$" .g $X&\0P@307BenzeneEPA TO32.93.1NRppb000NA15.4815.76NR0.0007590.000808NRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh78Exhaust~}|zspkid_[SSQOMJJH@861,*)('$$" .0P@307Vinyl ChlorideEPA TO3NDNDNRppb0000.415.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh62.5Exhaust}xwvtmjec^YUMMKIGDDB@><72/.-,))'%# .0P@307ChlorobenzeneEPA TO3NDNDNRppb0000.415.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh112.5Exhaust|wvuslidb]XTLLJHFCCA?=;61.-,+((&$" .0P@307TetrachloroethyleneEPA TO3NDNDNRppb0000.415.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh166Exhaust}|{yrojhc^ZRRPNLIIGECA<74321..,*(! .0P@307TrichloroethyleneEPA TO3NDNDNRppb0000.215.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh131.5Exhaust{zywpmhfa\XPPNLJGGECA?:5210/,,*(& .0P@307Carbon TetrachlorideEPA TO3NDNDNRppb0000.215.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh154Exhaust~}|zspkid_[SSQOMJJHFDB=85432//-+)" .0P@307ChloroformEPA TO3NDNDNRppb0000.215.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh119.5Exhaust~ytsrpifa_ZUQIIGEC@@><:83.+*)(%%#! .0P@307Methylene ChlorideEPA TO3NDNDNRppb0000.415.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh85Exhaust|{zxqnigb]YQQOMKHHFDB@;63210--+)'  .033333@302XylenesEPA 18 w/8240 Analysis16.9NRNRppbNANANANA17.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR106Turbine Exhaustxupnid`XXVTRPPNLJHC><:86331/+ .g 2iAs0D@308ChlorobenzeneEPA TO3NDNDNRppb0000.516.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh112.5Exhaust|wvuslidb]XTLLJHFCCA?=;61.-,+((&$" .0D@308TetrachloroethyleneEPA TO3NDNDNRppb0000.316.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh166Exhaust}|{yrojhc^ZRRPNLIIGECA<74321..,*(! .0D@308TrichloroethyleneEPA TO3NDNDNRppb0000.316.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh131.5Exhaust{zywpmhfa\XPPNLJGGECA?:5210/,,*(& .0D@308Carbon TetrachlorideEPA TO3NDNDNRppb0000.316.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh154Exhaust~}|zspkid_[SSQOMJJHFDB=85432//-+)" .0D@308ChloroformEPA TO3NDNDNRppb0000.316.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh119.5Exhaust~ytsrpifa_ZUQIIGEC@@><:83.+*)(%%#! .0P@307AcetonitrileEPA TO3NDNDNRppb0005.115.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh41Exhaust{vutrkhca\WSKKIGEBB@><:50-,+*''%#! .0P@307Benzyl ChlorideEPA TO3NDNDNRppb0000.815.4815.76NRNDNDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh126.5Exhaust~yxwunkfd_ZVNNLJHEECA?=830/.-**(&$ .0P@307XylenesEPA TO30.7NDNRppb0000.815.4815.76NR0.000249NDNRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh106Exhaust}xwvtmjec^YUMMKIGDDB@861,)('&##! .0P@307TolueneEPA TO31.01.0NRppb000NA15.4815.76NR0.0003090.000308NRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh92Exhaust~}|zspkid_[SSQOMJJH@861,*)('$$" .g 6h T~0@309Carbon TetrachlorideEPA TO3NDNDNRppb0000.516.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR154Exhaust~}|zspkid_[SSQOMJJHFDB=85432//-+)" .0@309ChloroformEPA TO3NDNDNRppb0000.516.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR119.5Exhaustztsrpifa_ZUQIIGEC@@><:83.+*)(%%#! .0@309Methylene ChlorideEPA TO3NDNDNRppb0001.016.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR85Exhaust|{zxqnigb]YQQOMKHHFDB@;63210--+)'  .0D@308Benzyl ChlorideEPA TO3NDNDNRppb0001.116.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh126.5Exhaust~yxwunkfd_ZVNNLJHEECA?=830/.-**(&$ .0D@308XylenesEPA TO3NDNDNRppb0001.116.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh106Exhaust}}{vqpomfc^\WRNFFDB@==;9750+('&%""  .0D@308AcetonitrileEPA TO3NDNDNRppb0001316.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh41Exhaustzutsqjgb`[VRJJHFDAA?=;94/-,+*''%#! .0D@308TolueneEPA TO3NDNDNRppb0001.116.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh92Exhaust}}{vqpomfc^\WRNFFDB@==;9750+('&%""  .0D@308BenzeneEPA TO30.30.4NRppb000NA16.5316.42NR0.0001140.000153NRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh78Exhaust~}|zspkid_[SSQOMJJH@861,*)('$$" .0D@308Vinyl ChlorideEPA TO3NDNDNRppb0000.516.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh62.5Exhaust}xwvtmjec^YUMMKIGDDB@><72/.-,))'%# .lg (P|*^0@309Benzyl ChlorideEPA TO3NDNDNRppb0002.716.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR126.5Exhaustyxwunkfd_ZVNNLJHEECA?=830/.-**(&$ .0@309XylenesEPA TO3NDNDNRppb0001.116.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR106Exhaust}wqpomfc^\WRNFFDB@==;9750+('&%""  .0@309AcetonitrileEPA TO3NDNDNRppb0001316.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR41Exhaust{utsqjgb`[VRJJHFDAA?=;94/-,+*''%#! .0@309TolueneEPA TO31.21.3NRppb000NA16.3216.15NR0.000540.000579NRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR92Exhaust}|{yrojhc^ZRRPNLIIG?861,*)('$$" .0@309BenzeneEPA TO31.21.2NRppb000NA16.3216.15NR0.0004580.000453NRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR78Exhaust~}|zspkid_[SSQOMJJH@861,*)('$$" .0@309Vinyl ChlorideEPA TO3NDNDNRppb0001.016.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR62.5Exhaust~xwvtmjec^YUMMKIGDDB@><72/.-,))'%# .0@309ChlorobenzeneEPA TO3NDNDNRppb0001.116.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR112.5Exhaust}wvuslidb]XTLLJHFCCA?=;61.-,+((&$" .0@309TetrachloroethyleneEPA TO3NDNDNRppb0000.516.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR166Exhaust}|{yrojhc^ZRRPNLIIGECA<74321..,*(! .0@309TrichloroethyleneEPA TO3NDNDNRppb0001.116.3216.15NRNDNDNRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR131.5Exhaust{zywpmhfa\XPPNLJGGECA?:5210/,,*(& .|g %XDn04@311TetrachloroethyleneEPA TO3NDNDNRppb0000.216.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR166Exhaust}|{yrojhc^ZRRPNLIIGECA<74321..,*(! .04@311TrichloroethyleneEPA TO3NDNDNRppb0000.216.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR131.5Exhaust{zywpmhfa\XPPNLJGGECA?:5210/,,*(& .04@311Carbon TetrachlorideEPA TO3NDNDNRppb0000.216.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR154Exhaust~}|zspkid_[SSQOMJJHFDB=85432//-+)" .04@311ChloroformEPA TO3NDNDNRppb0000.216.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR119.5Exhaust~ytsrpifa_ZUQIIGEC@@><:83.+*)(%%#! .04@311Methylene ChlorideEPA TO3NDNDNRppb0000.216.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR85Exhaust|{zxqnigb]YQQOMKHHFDB@;63210--+)'  .0@310XylenesEPA TO31.3NRNRppb000NA15.915.6NR0.000192NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR106Exhaustzutsqjgb`[VRJJHFDAA?=53/+)('&##! .0@310TolueneEPA TO32.7NRNRppb000NA15.915.6NR0.00035NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR92Exhaust~ytsrpifa_ZUQIIGEC@@><53/+)('&##! .0@310BenzeneEPA TO34.7NRNRppb000NA15.915.6NR0.000512NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR78Exhaustzutsqjgb`[VRJJHFDAA?=53/+)('&##! .0@310TetrachloroethyleneEPA TO30.3NRNRppb000NA15.915.6NR0.0000693NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR166Exhaust~wtomhc_WWUSQNNLJA?;75432//-+(! .g .\Dp0T@312ChloroformEPA TO3NDNDNRppb0000.116.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR119.5Exhaust~ytsrpifa_ZUQIIGEC@@><:83.+*)(%%#! .0T@312Methylene ChlorideEPA TO3NDNDNRppb0000.116.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR85Exhaust|{zxqnigb]YQQOMKHHFDB@;63210--+)'  .04@311Benzyl ChlorideEPA TO3NDNDNRppb0005.016.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR126.5Exhaust~yxwunkfd_ZVNNLJHEECA?=830/.-**(&$ .04@311XylenesEPA TO30.3NDNRppb0000.216.5116.37NR0.000146NDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR106Exhaust}xwvtmjec^YUMMKIGDDB@861,)('&##! .04@311AcetonitrileEPA TO3NDNDNRppb0002.016.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR41Exhaust{vutrkhca\WSKKIGEBB@><:50-,+*''%#! .04@311TolueneEPA TO32.9NDNRppb0001.016.5116.37NR0.00123NDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR92Exhaust|wvuslidb]XTLLJHFCCA?861,)('&##! .04@311BenzeneEPA TO31.00.7NRppb000NA16.5116.37NR0.0003580.000261NRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR78Exhaust~}|zspkid_[SSQOMJJH@861,*)('$$" .04@311Vinyl ChlorideEPA TO3NDNDNRppb0000.416.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR62.5Exhaust}xwvtmjec^YUMMKIGDDB@><72/.-,))'%# .04@311ChlorobenzeneEPA TO3NDNDNRppb0000.416.5116.37NRNDNDNRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR112.5Exhaust|wvuslidb]XTLLJHFCCA?=;61.-,+((&$" .rg )S}0b0T@312Benzyl ChlorideEPA TO3NDNDNRppb0001.016.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR126.5Exhaust~yxwunkfd_ZVNNLJHEECA?=830/.-**(&$ .0T@312AcetonitrileEPA TO3NDNDNRppb0002.316.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR41Exhaust{vutrkhca\WSKKIGEBB@><:50-,+*''%#! .0T@312TolueneEPA TO34.75.8NRppb000NA16.2516.22NR0.001870.00231NRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR92Exhaust|{zxqnigb]YQQOMKHHF?861,*)('$$" .0T@312BenzeneEPA TO30.90.8NRppb000NA16.2516.22NR0.0003030.00027NRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR78Exhaust}|{yrojhc^ZRRPNLIIG@861,*)('$$" .0T@312Vinyl ChlorideEPA TO3NDNDNRppb0000.416.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR62.5Exhaust}xwvtmjec^YUMMKIGDDB@><72/.-,))'%# .0T@312ChlorobenzeneEPA TO3NDNDNRppb0000.216.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR112.5Exhaust|wvuslidb]XTLLJHFCCA?=;61.-,+((&$" .0T@312TetrachloroethyleneEPA TO3NDNDNRppb0000.216.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR166Exhaust}|{yrojhc^ZRRPNLIIGECA<74321..,*(! .0T@312TrichloroethyleneEPA TO3NDNDNRppb0000.116.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR131.5Exhaust{zywpmhfa\XPPNLJGGECA?:5210/,,*(& .0T@312Carbon TetrachlorideEPA TO3NDNDNRppb0000.116.2516.22NRNDNDNRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR154Exhaust~}|zspkid_[SSQOMJJHFDB=85432//-+)" .g 4`U0V@304AcetonitrileEPA TO32.2NDNRppb0002.016.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR41Exhaust{vutrkhca\WSKKIGECCA?=;61.-,+((&$! .0V@304TolueneEPA TO31.72.2NRppb000NA16.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR92Exhaust}}{vqpomfc^\WRNFFDB@>><:861,*)('$$" .0V@304BenzeneEPA TO30.50.8NRppb000NA16.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR78Exhaust}}{vqpomfc^\WRNFFDB@>><:861,*)('$$" .0V@304Vinyl ChlorideEPA TO3NDNDNRppb0000.216.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR62.5Exhaust|wvuslidb]XTLLJHFDDB@><72/.-,))'%# .0V@304ChlorobenzeneEPA TO3NDNDNRppb0000.116.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR112.5Exhaust{vutrkhca\WSKKIGECCA?=;61.-,+((&$" .0V@304TetrachloroethyleneEPA TO3NDNDNRppb0000.116.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR166Exhaust|{zxqnigb]YQQOMKIIGECA<74321..,*(! .0V@304TrichloroethyleneEPA TO3NDNDNRppb0000.116.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR131.5Exhaustzyxvolge`[WOOMKIGGECA?:5210/,,*(& .0V@304Carbon TetrachlorideEPA TO3NDNDNRppb0000.116.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR154Exhaust}|{yrojhc^ZRRPNLJJHFDB=85432//-+)" .0V@304ChloroformEPA TO3NDNDNRppb0000.116.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR119.5Exhaust}xsrqohe`^YTPHHFDB@@><:83.+*)(%%#! 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Exhaust gas flowrate and temperature are average of particulates and metals train.~{yyywutsqomhfd_[SSQOMKKIGECA<;975220.,# .0p@300.3TrichloroethyleneEPA TO-11NDNRNRppbNANANA317.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426nrnrdscfm1054757.63Btu/dscf68FFNRNRNR4,2NR131.5Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train}ukfdb]YQQOMKIIGECA?:975300.,*! .0V@304Benzyl ChlorideEPA TO3NDNDNRppb0001.016.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR126.5Exhaust}xwvtmjec^YUMMKIGEECA?=830/.-**(&$ .0V@304XylenesEPA TO3NDNDNRppb0000.616.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR106Exhaust||zuponleb][VQMEECA?==;9750+('&%""  .Zg )MvMv0l@303Carbon TetrachlorideEPA TO3NDNRNRppbNANANA0.116.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR154Turbine exhaust~}|zspkid_[SSQOMKKIGEC?;8642//-+)" .0l@303ChloroformEPA TO3NDNRNRppbNANANA0.116.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR119.5Turbine exhaust|||ztsrpifa_ZUQIIGECAA?=;951.,*(%%#! .0l@303Methylene ChlorideEPA TO3NDNRNRppbNANANA0.116.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR85Turbine exhaust|{zxqnigb]YQQOMKIIGECA=96420--+)'  .0@310Vinyl ChlorideEPA TO3NDNRNRppb0000.215.915.6NR0.0000693NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR62.5Exhaust}|{yrojhc^ZRRPNLIIGE<:62/.-,))'%# .0@310TrichloroethyleneEPA TO3NDNRNRppb0000.215.915.6NR0.0000693NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR131.5Exhaust~|urmkfa]UUSQOLLJH?=95210/,,*(& .0@310ChloroformEPA TO3NDNRNRppb0000.215.915.6NR0.0000693NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR119.5Exhaust~yxwunkfd_ZVNNLJHEECA862.+*)(%%#! .0@310ChlorobenzeneEPA TO3NDNRNRppb0000.415.915.6NR0.0000693NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR112.5Exhaust|{zxqnigb]YQQOMKHHFD;951.-,+((&$" .0@310Carbon TetrachlorideEPA TO3NDNRNRppb0000.215.915.6NR0.0000693NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR154Exhaustxupnid`XXVTROOMKB@<85432//-+)" .0@310Benzyl ChlorideEPA TO3NDNRNRppb000215.915.6NR0.0000693NRNRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR126.5Exhaust|{zxqnigb]YQQOMKHHFD;9510/.-**(&$ .cg *TD_033333@302ChloroformEPA 18 w/8240 AnalysisNDNRNRppbNANANA0.217.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR119.5Turbine ExhaustzwrpkfbZZXVTRRPNLJE@=;974420. .033333@302Methylene ChlorideEPA 18 w/8240 AnalysisNDNRNRppbNANANA0.217.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR85Turbine Exhaustzxsnjbb`^\ZZXVTRMHECA?<<:86  .0l@303Benzyl ChlorideEPA TO3NDNRNRppbNANANA0.416.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR126.5Turbine exhaustyxwunkfd_ZVNNLJHFFDB@>:631/-**(&$ .0l@303XylenesEPA TO3NDNRNRppbNANANA0.616.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR106Turbine exhaust~yyywqpomfc^\WRNFFDB@>><:862.+)'%""  .0l@303AcetonitrileEPA TO3NDNRNRppbNANANA2.016.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR41Turbine exhaust~~~|vutrkhca\WSKKIGECCA?=;730.,*''%#! .0l@303Vinyl ChlorideEPA TO3NDNRNRppbNANANA0.216.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR62.5Turbine exhaust~xwvtmjec^YUMMKIGEECA?=9520.,))'%# .0l@303ChlorobenzeneEPA TO3NDNRNRppbNANANA0.216.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR112.5Turbine exhaust}wvuslidb]XTLLJHFDDB@><841/-+((&$" .0l@303TetrachloroethyleneEPA TO3NDNRNRppbNANANA0.116.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR166Turbine exhaust}|{yrojhc^ZRRPNLJJHFDB>:7531..,*(! .0l@303TrichloroethyleneEPA TO3NDNRNRppbNANANA0.116.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863nrdscfm400Btu/scf60FF105060NRdscfhNRNR131.5Turbine exhaust{zywpmhfa\XPPNLJHHFDB@<8531/,,*(& .g 1Jg0200.1NOxEPA 20720007140072100ppbNANANANA15.715.715.7NRNRNRNRNRNRNRNRNRlb/MMBtu8664263119261932.9262644.7dscfm1022Btu/dscf68F443600441600442800dscfh46Run0200.1NOxEPA 20720007140072100ppbNANANANA15.715.715.7NRNRNRNRNRNRNRNRNRlb/MMBtu8664263119261932.9262644.7dscfm1022Btu/dscf68F443600441600442800dscfh46Runs 7, 8, 9|xskc]YQOMKIGECA?;731/-+((# .033333@302Benzyl ChlorideEPA 18 w/8240 AnalysisNDNRNRppbNANANA1.017.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR126.5Turbine Exhaust|wupkg__][YWWUSQOJEB@><99753 .033333@302AcetonitrileEPA 18 w/8240 AnalysisNDNRNRppbNANANA5.017.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR41Turbine Exhaust|ytrmhd\\ZXVTTRPNLGB?=;966420 .033333@302Vinyl ChlorideEPA 18 w/8240 AnalysisNDNRNRppbNANANA0.217.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR62.5Turbine Exhaust~{vtojf^^\ZXVVTRPNIDA?=;88642 .033333@302ChlorobenzeneEPA 18 w/8240 AnalysisNDNRNRppbNANANA1.017.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR112.5Turbine Exhaust}zusnie]][YWUUSQOMHC@><:77531 .033333@302TetrachloroethyleneEPA 18 w/8240 AnalysisNDNRNRppbNANANA0.217.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR166Turbine Exhaust{ytokcca_][[YWUSNIFDB@==;97! .033333@302TrichloroethyleneEPA 18 w/8240 AnalysisNDNRNRppbNANANA0.217.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR131.5Turbine Exhaust~ywrmiaa_][YYWUSQLGDB@>;;975 .033333@302Carbon TetrachlorideEPA 18 w/8240 AnalysisNDNRNRppbNANANA0.217.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476nrdscfm240Btu/scf68FF111120NRdscfhNRNR154Turbine Exhaust|zuplddb`^\\ZXVTOJGECA>><:8" .g $Bd/r0fffff@202.2COEPA 10820097009200ppbNANANANA17.617.117.1NRNRNRNRNRNRNRNRlb/MMBtu8710335003650036300dscfmNRNR68FF414141MMBtu/hr28yywusrqomkfa\WSKKIGECA?=;73/-+)'$$  .B0fffff@202.2NOxEPA 20673007680076300ppbNANANANA17.617.117.1NRNRNRNRNRNRNRNRlb/MMBtu8710335003650036300dscfmNRNR68FF414141MMBtu/hr46}}{ywvusqoje`[WOOMKIGECA?;731/-+((# .B0@202.1COEPA 108500870010700ppbNANANANA1718.117.2NRNRNRNRNRNRNRNRlb/MMBtu8710375003360033900dscfmNRNR68FF403241MMBtu/hr28xxvtrqpnlje`[VRJJHFDB@><:620.,*(%%  .B0@202.1NOxEPA 20789005510085600ppbNANANANA1718.117.2NRNRNRNRNRNRNRNRlb/MMBtu8710375003360033900dscfmNRNR68FF403241MMBtu/hr46{{ywutsqomhc^YUMMKIGECA?=9531/-+((# .B0200.3COEPA 10650078007100ppbNANANANA15.715.515.63NRNRNRNRNRNRNRNRNRlb/MMBtu8664257982.6248216.3254462.2dscfm1022Btu/dscf68F434940434570434780dscfh28Runs 4,5,6{wrjbZVNLJHFDB@><73/-+)'$$  .0200.3NOxEPA 20686006850068400ppbNANANANA15.715.515.63NRNRNRNRNRNRNRNRNRlb/MMBtu8664257982.6248216.3254462.2dscfm1022Btu/dscf68F434940434570434780dscfh46Runs 4,5,6{vnf^ZRPNLJHFDB@;731/-+((# .0200.2COEPA 10660078008300ppbNANANANA15.715.815.6NRNRNRNRNRNRNRNRNRlb/MMBtu8664259117.4262992.7254075.2dscfm1022Btu/dscf68F436000434800436590dscfh28Runs 1,2,3zvqiaYUMKIGECA?=;73/-+)'$$  .0200.2NOxEPA 20666007010067600ppbNANANANA15.715.815.6NRNRNRNRNRNRNRNRNRlb/MMBtu8664259117.4262992.7254075.2dscfm1022Btu/dscf68F436000434800436590dscfh46Runs 1,2,3~zume]YQOMKIGECA?;731/-+((# .0200.1COEPA 10770090005400ppbNANANANA15.715.715.7NRNRNRNRNRNRNRNRNRlb/MMBtu8664263119261932.9262644.7dscfm1022Btu/dscf68F443600441600442800dscfh28Runs 7,8,9xtog_YUMKIGECA?=;73/-+)'$$  .Wg 0d3#u0203.5COEPA 104000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871053936NRNRdscfm1028Btu/scf68F92000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./B0203.5NOxEPA 7E131000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871053936NRNRdscfm1028Btu/scf68F92000Btu/scf46{{yyyyyrrrrmmljc_ZXVQMEECA?==;9753.,*(&##! ./B0203.4COEPA 104000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871057454NRNRdscfm1028Btu/scf68F98000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./B0203.4NOxEPA 7E150000NRNRppbNANANANA15.58NRNRNRNRNRNRNRNRNRlb/MMBtu871057454NRNRdscfm1028Btu/scf68F98000Btu/scf46{{yyyyyrrrrmmljc_ZXVQMEECA?==;9753.,*(&##! ./B0203.3COEPA 10168001680017600ppbNANANANA15.9515.9815.95NRNRNRNRNRNRNRlb/MMBtu8710483874838847587dscfm1011Btu/scf68F789007850077700Btu/scf28}}|zsoje`[WOOMKIGGECA<720.,*''" .B0203.3NOxEPA 7E273002670026700ppbNANANANA15.9515.9815.95NRNRNRNRNRNRNRlb/MMBtu8710483874838847587dscfm1011Btu/dcf68F789007850077700Btu/scf46~~}{tpkfa\XPPNLJHHFDB=831/-+((# .B0203.2COEPA 10120012001700ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/scf68F104000102500100700Btu/scf28zzywplgb]XTLLJHFDDB@>94/-+)'$$  .B0203.2NOxEPA 7E284002890028500ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/scf68F104000102500100700Btu/scf46~~}{tpkfa\XPPNLJHHFDB=831/-+((# .B0203.1COEPA 10130013001300ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/dcf68F1040001025000100700Btu/scf28zzywplgb]XTLLJHFDDB@>94/-+)'$$  .B0203.1NOxEPA 7E189001960019800ppbNANANANA15.3815.2715.24NRNRNRNRNRNRNRlb/MMBtu8710571605522053917dscfm1011Btu/scf68F1040001025000100700Btu/scf46~~}{tpkfa\XPPNLJHHFDB=831/-+((# .BRgOCl0204.2VOCCARB 422/SCAQMD 25.2160020002500ppbNANANANA15.3915.3915.39NRNRNRNRNRNRNRlb/MMBtu8619592225944357899dscfm1012.26Btu/dscf68F107400107800105000scfh16Runs 1,2,3.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi {vqlgc[[YWUSSQOMHC><:8633/+' ..0204.2NOxEPA 7E197001930019000ppbNANANANA15.3915.3915.39NRNRNRNRNRNRNRlb/MMBtu8619592225944357899dscfm1012.26Btu/dscf68F107400107800105000scfh46Runs 1,2,3.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psiwpkfa\XPPNLJHHFDB=831/-+((# .0204.1COEPA 10750064004900ppbNANANANA15.9415.515.52NRNRNRNRNRNRNRlb/MMBtu8619550905424053142dscfm1012.26Btu/dscf68F999039640094100scfh28Runs 4,5,6.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi}}|zrkfa\WSKKIGECCA?=84/-+)'$$  .0204.1NOxEPA 7E172001720016600ppbNANANANA15.9415.515.52NRNRNRNRNRNRNRlb/MMBtu8619550905424053142dscfm1012.26Btu/dscf68F999039640094100scfh46Runs 4,5,6.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~voje`[WOOMKIGGECA<831/-+((# .0203.7COEPA 7E4000NRNRppbNANANANA16.16NRNRNRNRNRNRNRNRNRlb/MMBtu870048034NRNRdscfm1028Btu/scf68F73000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./B0203.7NOxEPA 7E98000NRNRppbNANANANA16.16NRNRNRNRNRNRNRNRNRlb/MMBtu870048034NRNRdscfm1028Btu/scf68F73000Btu/scf46zzxxxxxqqqqllkib^YWUPLDDB@><<:8642-+)'%""  ./B0203.6COEPA 104000NRNRppbNANANANA15.87NRNRNRNRNRNRNRNRNRlb/MMBtu871052706NRNRdscfm1028Btu/scf68F85000Btu/scf28xxvvvvvoooojjig`\WUSNJBB@><::86420+)'%#  ./B0203.6NOxEPA 7E150000NRNRppbNANANANA15.87NRNRNRNRNRNRNRNRNRlb/MMBtu871052706NRNRdscfm1028Btu/scf68F85000Btu/scf46{{yyyyyrrrrmmljc_ZXVQMEECA?==;9753.,*(&##! ./Bgc10205NOxEPA 20150680152470149050ppbNANANANA15.5215.3615.73NRNRNRNRNRNRNRlb/MMBtu8509.1602135786361368dscfm1013Btu/dscf68F108017106940105860scfh46Fuel factor given in scf (not dry) and O2 based. Exhaust gas flowrate calculated using O2 flow??wsnid_YQQOMKIIGEC>9420.,))# .0204.4COEPA 10880081007400ppbNANANANA15.6115.615.61NRNRNRNRNRNRNRlb/MMBtu8619507155033350198dscfm1012.36Btu/dscf68F883008780087400scfh28Runs 7,8,9.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi}}|zrkfa\WSKKIGECCA?=84/-+)'$$  .0204.4NOxEPA 7E137001420014200ppbNANANANA15.6115.615.61NRNRNRNRNRNRNRlb/MMBtu8619507155033350198dscfm1012.36Btu/dscf68F883008780087400scfh46Runs 7,8,9.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~voje`[WOOMKIGGECA<831/-+((# .0204.3COEPA 10234002360022400ppbNANANANA16.1315.9716.17NRNRNRNRNRNRNRlb/MMBtu8619415303987941239dscfm1012.36Btu/dscf68F652006470064200scfh28Runs 10,11,12.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~voje`[WOOMKIGGECA<720.,*''" .0204.3NOxEPA 7E218002280021700ppbNANANANA16.1315.9716.17NRNRNRNRNRNRNRlb/MMBtu8619415303987941239dscfm1012.36Btu/dscf68F652006470064200scfh46Runs 10,11,12.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psiwpkfa\XPPNLJHHFDB=831/-+((# .0204.2COEPA 10620063007600ppbNANANANA15.3915.3915.39NRNRNRNRNRNRNRlb/MMBtu8619592225944357899dscfm1012.26Btu/dscf68F107400107800105000scfh28Runs 1,2,3.Fuel factor, exhaust gas flowrate are O2 based.Heating value calculated at 600F, 14.73 psi~~}{slgb]XTLLJHFDDB@>94/-+)'$$  .Tg^j0206.2COEPA 3A/20520069008500ppbNANANANA15.3515.2015.47NRNRNRNRNRNRNRlb/MMBtu8623578935535457118dscfm1018Btu/scf68F105100103100101400scfh28Runs 1,2,3. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.}}|zsoje`[WOOMKIGGECA<720.,*''# ..0206.2NOxEPA 7E/20169001550014200ppbNANANANA15.3515.2015.47NRNRNRNRNRNRNRlb/MMBtu8623578935535457118dscfm1018Btu/scf68F105100103100101400scfh46Runs 1,2,3. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~wsnid_[SSQOMKKIGE@;6420.++&! ..0206.1COEPA 3A/20175001640015100ppbNANANANA15.4615.5715.43NRNRNRNRNRNRNRlb/MMBtu8623544385555754102dscfm1018Btu/scf68F968009670096700scfh28Runs 4,5,6. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % Oxygen given dry.}vrmhc^ZRRPNLJJHFD?:531/-**%  ..0206.1NOxEPA 7E/20105001090011100ppbNANANANA15.4615.5715.43NRNRNRNRNRNRNRlb/MMBtu8623544385555754102dscfm1018Btu/scf68F968009670096700scfh46Runs 4,5,6. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % Oxygen given dry.~wsnid_[SSQOMKKIGE@;6420.++&! ..0205COEPA 10314035303040ppbNANANANA15.5215.3615.73NRNRNRNRNRNRNRlb/MMBtu8509.1602135786361368dscfm1013Btu/dscf68F108017106940105860scfh28Fuel factor given in scf (not dry) and O2 based. Exhaust gas flowrate calculated using O2 flow??󓑑{{zxplgb]XRJJHFDBB@><72-+)'%"" .0205SO2EPA 19180180180180ppbNANANANA15.5215.3615.73NRNRNRNRNRNRNRlb/MMBtu8509.1602135786361368dscfm1013Btu/dscf68F108017106940105860scfh64Fuel factor given in scf (not dry) and O2 based. Exhaust gas flowrate calculated using O2 flow??||{yqmhc^YSKKIGECCA?=83.,*(&#  .g^0207.3COEPA 10700050009000ppbNANANANA16.616.616.6NRNRNRNRNRNRNRlb/MMBtu863729121.329121.329121.3dscfm1044Btu/dscf68F34363.6534363.6534363.65scfh28Turbine #2~~}{sojc\UQIIGECAA?=;73/-+)'$$  .0207.4NOxEPA 20301003310030800ppbNANANANA17.417.317.4NRNRNRNRNRNRNRlb/MMBtu863723786.323786.323786.3dscfm1044Btu/dscf68F26144.6826144.6826144.68scfh46Turbine #1wsng`YUMMKIGEECA?;731/-+((# .0207.4COEPA 10130001800018000ppbNANANANA17.417.317.4NRNRNRNRNRNRNRlb/MMBtu863723786.323786.323786.3dscfm1044Btu/dscf68F26144.6826144.6826144.68scfh28Turbine #1~vrmf_XTLLJHFDDB@>:620.,*''" .0206.4COEPA 3A/20257002630025500ppbNANANANA15.9315.915.88NRNRNRNRNRNRNRlb/MMBtu8623458834550845650dscfm1018Btu/scf68F746007450074900scfh28Runs 10,11,12. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~|uqlgb]YQQOMKIIGEC>:531/-**%  ..0206.4NOxEPA 7E/208500850085008500ppbNANANANA15.9315.915.88NRNRNRNRNRNRNRlb/MMBtu8623458834550845650dscfm1018Btu/scf68F746007450074900scfh46Runs 10,11,12. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~wsnid_[SSQOMKKIGE@<7531/,($  ..0206.3COEPA 3A/20268002840028000ppbNANANANA15.7415.6915.69NRNRNRNRNRNRNRlb/MMBtu8623518445139951306dscfm1018Btu/scf68F875008750087400scfh28Runs 7,8,9. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.}vrmhc^ZRRPNLJJHFD?:531/-**%  ..0206.3NOxEPA 7E/20870086008600ppbNANANANA15.7415.6915.69NRNRNRNRNRNRNRlb/MMBtu8623518445139951306dscfm1018Btu/scf68F875008750087400scfh46Runs 7,8,9. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~~}{tpkfa\XPPNLJHHFDB=831/-+(($  ..g Dd0209.4NOxEPA 20256002520025300ppbNANANANA17.517.517.5NRNRNRNRNRNRNRlb/MMBtu832519480.219480.219480.2dscfm1046.1Btu/scf68F17725.6217725.6217725.62scfh46Turbine 2ysng`YUMMKIGEECA?;731/-+((# .0208NOxEPA 7E145500142600145600ppbNANANANA15.615.615.6NRNRNRNRNRNRNRlb/MMBtu8606136300136300136500dscfm1021Btu/dscf68F240200236400236400dsfh46Fuel factor is O2 based at 68 F. Exhaust Gas flowrate calculated from O2 flow.昖}uqlf`ZVNNLJHFFDB@<8420.,))# .0207.1SO2EPA 6C200500500ppbNANANANA1615.815.9NRNRNRNRNRNRNRlb/MMBtu863733017.533017.533017.5dscfm1044Btu/dscf68F48505.2648505.2648505.26scfh64Turbine #1zzywokf_XQMEECA?==;973/-+)'%"" .0207.1NOxEPA 20754007560076300ppbNANANANA1615.815.9NRNRNRNRNRNRNRlb/MMBtu863733017.533017.533017.5dscfm1044Btu/dscf68F48505.2648505.2648505.26scfh46Turbine #1}uqle^WSKKIGECCA?=9531/-+((# .0207.1COEPA 10300040004000ppbNANANANA1615.815.9NRNRNRNRNRNRNRlb/MMBtu863733017.533017.533017.5dscfm1044Btu/dscf68F48505.2648505.2648505.26scfh28Turbine #1||{yqmhaZSOGGECA??=;951/-+)'$$  .0207.2NOxEPA 20739007350073500ppbNANANANA16.116.116.1NRNRNRNRNRNRNRlb/MMBtu863731258.331258.331258.3dscfm1044Btu/dscf68F42514.2842514.2842514.28scfh46Turbine #3wsng`YUMMKIGEECA?;731/-+((# .0207.2COEPA 10700050009000ppbNANANANA16.116.116.1NRNRNRNRNRNRNRlb/MMBtu863731258.331258.331258.3dscfm1044Btu/dscf68F42514.2842514.2842514.28scfh28Turbine #3~~}{sojc\UQIIGECAA?=;73/-+)'$$  .0207.3NOxEPA 20551005540055600ppbNANANANA16.616.616.6NRNRNRNRNRNRNRlb/MMBtu863729121.329121.329121.3dscfm1044Btu/dscf68F34363.6534363.6534363.65scfh46Turbine #2wsng`YUMMKIGEECA?;731/-+((# .9g !Hs,U0209.1SO2EPA 6C3002001000ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu832525983.825983.825983.8dscfm1046.1Btu/scf68F51064.9351064.9351064.93scfh64Turbine 2zzywpje^WPLDDB@><<:8620.,*(&## .0209.1COEPA 10190019002200ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu832525983.825983.825983.8dscfm1046.1Btu/scf68F51064.9351064.9351064.93scfh28Turbine 2{{zxqkf_XQMEECA?==;9731/-+)'$$  .0209.1NOxEPA 20535005310051800ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu832525983.825983.825983.8dscfm1046.1Btu/scf68F51064.9351064.9351064.93scfh46Turbine 2~|uojc\UQIIGECAA?=;7531/-+((# .0209.2COEPA 10215002140021400ppbNANANANA17.617.717.7NRNRNRNRNRNRNRlb/MMBtu854719294.519294.519294.5dscfm1045.9Btu/scf68F18822.8618822.8618822.86scfh28Turbine 1xrmf_XTLLJHFDDB@>:620.,*''" .0209.2NOxEPA 20240002460025100ppbNANANANA17.617.717.7NRNRNRNRNRNRNRlb/MMBtu854719294.519294.519294.5dscfm1045.9Btu/scf68F18822.8618822.8618822.86scfh46Turbine 1ysng`YUMMKIGEECA?;731/-+((# .0209.3SO2EPA 6C1200400700ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu854727606.727606.727606.7dscfm1045.9Btu/scf60F51494.0151494.0151494scfh64Turbine 1zzywpje^WPLDDB@><<:8620.,*(&##  .0209.3COEPA 10650049004100ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu854727606.727606.727606.7dscfm1045.9Btu/scf60F51494.0151494.0151494scfh28Turbine 1{{zxqkf_XQMEECA?==;9731/-+)'$$  .0209.3NOxEPA 20536005380054700ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu854727606.727606.727606.7dscfm1045.9Btu/scf60F51494.0151494.0151494scfh46Turbine 1~|uojc\UQIIGECAA?=;7531/-+((# .0209.4COEPA 10161001660016700ppbNANANANA17.517.517.5NRNRNRNRNRNRNRlb/MMBtu832519480.219480.219480.2dscfm1046.1Btu/scf68F17725.6217725.6217725.62scfh28Turbine 2xrmf_XTLLJHFDDB@>:620.,*''" .@g 1=GY*\0214.2COCARB 100140013901400ppbNANANANA14.6814.6614.67NRNRNRNRNRNRNRlb/MMBtu8526.36429430440835439911dscfm21607Btu/lb68F425924286542707lb/hr28ytoic]VNNLJHFFDB@;61/-+)&&" .B0214.2NOxCARB 100381303692036420ppbNANANANA14.6814.6614.67NRNRNRNRNRNRNRlb/MMBtu8526.36429430440835439911dscfm21607Btu/lb68F425924286542707lb/hr46}xsmgaZRRPNLJJHFD?:531/-**%  .B0214.1COCARB 100240020201710ppbNANANANA14.7814.6714.86NRNRNRNRNRNRNRlb/MMBtu8526.36453480445028458071dscfm21607Btu/lb68F432474320443114lb/hr28ytoic]VNNLJHFFDB@;61/-+)&&" .B0214.1NOxCARB 100382604029041430ppbNANANANA14.7814.6714.86NRNRNRNRNRNRNRlb/MMBtu8526.36453480445028458071dscfm21607Btu/lb68F432474320443114lb/hr46}xsmgaZRRPNLJJHFD?:531/-**%  .B0xq@213NOxModified EPA 20522052506850ppbNANANANA14.6414.5214.37NRNRNRNRNRNRNRlb/MMBtu8570634426357963332dscfm926.3Btu/dscf68FF46ytoje`\TTRPNLLJHFA<7531/,,($  .@0Gzv@212NMHCEPA 181030011000NRppbNANANANA16.4316.4316.43NRNRNRNRNRNRNRlb/MMBtu8495.97189603194519194157dscfm911.9Btu/dscf60FF16Fuel factor and Heating value of Fuel given at 60 Fwrmga[TLLJHFDDB@>94/-+)'$$" .0Gzv@212COCARB 1-100238300238300238300ppbNANANANA16.4316.4316.43NRNRNRNRNRNRNRlb/MMBtu8495.97189603194519194157dscfm911.9Btu/dscf60FF28Fuel factor and Heating value of Fuel given at 60 Fzuoic\TTRPNLLJHFA<7531/,,&  .0Gzv@212NOxCARB 1-100204002080022100ppbNANANANA16.4316.4316.43NRNRNRNRNRNRNRlb/MMBtu8495.97189603194519194157dscfm911.9Btu/dscf60FF46Fuel factor and Heating value of Fuel given at 60 F}xsmgaZRRPNLJJHFD?:531/-**%  .0@211NOxEPA 20162000161600162900ppbNANANANA15.2815.315.33NRNRNRNRNRNRNRlb/MMBtu845384538453NRNR1025Btu/dscf60FF46Fuel factor at 60 F. Dry samplezxxxxxxxxxxwvtlhfd`\XPPNLJHHFDB=9420.,))# .'g.adA0215.2NOxEPA 20256026502500ppbNANANANA15.6915.5515.48NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F403600403200402600Btu/dscf46Runs 4,5,6. Exhaust gas flowrate from average of pitot tube velocity profiles쟝wpke_YUMMKIGEECA?:50.,*(%%! .0p@215.1COEPA 10280026302710ppbNANANANA15.4615.5315.53NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68FF405700404700404500Btu/dscf28Runs 1,2,3. Exhaust gas flowrate from average of pitot tube velocity profiles쟝vojd^XTLLJHFDDB@>94/-+)'$$  .0p@215.1NOxEPA 20244025702580ppbNANANANA15.4615.5315.53NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68FF405700404700404500Btu/dscf46Runs 1,2,3. Exhaust gas flowrate from average of pitot tube velocity profileswpke_YUMMKIGEECA?:50.,*(%%! .0p@215.1NMHCEPA 184030NRppbNANANANA15.515.6NRNRNRNRNRNRNRNRlb/MMBtu8511230909230909NRdscfm1033.87Btuy/dscf68FF405700404700404500Btu/dscf16Runs 1,2,3. Exhaust gas flowrate from average of pitot tube velocity profilesߒ|vutrib][UOKCCA?=;;9753/+)'%#  .0214.4COCARB 100132012601550ppbNANANANA14.8414.8214.65NRNRNRNRNRNRNRlb/MMBtu8526.36454387453348441682dscfm21607Btu/lb68F429084295243016lb/hr28ytoic]VNNLJHFFDB@;61/-+)&&" .B0214.4NOxCARB 100379603634036450ppbNANANANA14.8414.8214.65NRNRNRNRNRNRNRlb/MMBtu8526.36454387453348441682dscfm21607Btu/lb68F429084295243016lb/hr46}xsmgaZRRPNLJJHFD?:531/-**%  .B0214.3COCARB 10013109601030ppbNANANANA14.6714.8014.76NRNRNRNRNRNRNRlb/MMBtu8526.36402754408611404669dscfm21607Btu/lb68F391003884038718lb/hr28~xsnhb\UMMKIGEECA?:50.,*(%%! .B0214.3NOxCARB 100412504360043190ppbNANANANA14.6714.8014.76NRNRNRNRNRNRNRlb/MMBtu8526.36402754408611404669dscfm21607Btu/lb68F391003884038718lb/hr46}xsmgaZRRPNLJJHFD?:531/-**%  .BgsNv0216.1NOxCARB 100221035803620ppbNANANANA14.4814.5414.53NRNRNRNRNRNRNRlb/MMBtu8517.09217656218592217320dscfm22175Btu/lb68F212402113221042lb/hr46Runs 1,2,3zupjd^WOOMKIGGECA<720.,*''# .0216.1NMHCEPA 1853708600NDppbNANANA100014.4814.4714.46NRNRNRNRNRNRNRlb/MMBtu8517.09220976224684224336dscfm22175Btu/lb68F215642196021960lb/hr16Runs 1,2,3ytoic]VNNLJHFFDB@;61-+)'$$" .0215.4COEPA 10275028002760ppbNANANANA15.5615.5215.51NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F403600403700404500Btu/dscf28Runs 10,11,12. Exhaust gas flowrate from average of pitot tube velocity profilesvojd^XTLLJHFDDB@>94/-+)'$$  .0215.4NOxEPA 20235024302310ppbNANANANA15.5615.5215.51NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F403600403700404500Btu/dscf46Runs 10,11,12. Exhaust gas flowrate from average of pitot tube velocity profileswpke_YUMMKIGEECA?:50.,*(%%! .0215.3COEPA 10259025102670ppbNANANANA15.4815.5315.58NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F402100402100402300Btu/dscf28Runs 7,8,9. Exhaust gas flowrate from average of pitot tube velocity profiles랜vojd^XTLLJHFDDB@>94/-+)'$$  .0215.3NOxEPA 20261028202770ppbNANANANA15.4815.5315.58NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F402100402100402300Btu/dscf46Runs 7,8,9. Exhaust gas flowrate from average of pitot tube velocity profiles쟝wpke_YUMMKIGEECA?:50.,*(%%! .0215.2COEPA 10259025102670ppbNANANANA15.6915.5515.48NRNRNRNRNRNRNRlb/MMBtu8511230730230730230730dscfm1033.87Btuy/dscf68F403600403200402600Btu/dscf28Runs 4,5,6. Exhaust gas flowrate from average of pitot tube velocity profiles랜vojd^XTLLJHFDDB@>94/-+)'$$  .g 'Nv T0217NOxEPA 7E415003950038600ppbNANANANA14.6914.7414.69NRNRNRNRNRNRNRlb/MMBtu8508250088250088250088dscfm1045Btu/dscf60F46Exhaust gas flowrate is average of method 2 pitot tube velocity profilesʂ}uqlf`ZVNNLJHFFDB@;61/-+)&&! .00s@217PM-10EPA 50.00024NRNRNAgr/dscfNANANANA15.1NRNRNRNRNRNRNRNRNRlb/MMBtu8508253967NRNRdscfm1045Btu/dscf68FFuuuuuuuuuuuutsqie`^\VRJJHFDBB@><:8420.,%#! .@0216.4COCARB 1007770NRNRppbNANANANA14.61NRNRNRNRNRNRNRNRNRlb/MMBtu8517.09215754NRNRdscfm22175Btu/lb68F20628lb/hr28Run 10|zzzzzuuuuppomgb][YSLDDB@><<:8642-+)'%""  ./0216.4NOxCARB 1004120NRNRppbNANANANA14.61NRNRNRNRNRNRNRNRNRlb/MMBtu8517.09215754NRNRdscfm22175Btu/lb68F20628lb/hr46Run 10}{{{{{vvvvqqpnhc^\ZTMEECA?==;9753.,*(&##! ./0216.3COCARB 100737074407670ppbNANANANA14.5714.5614.56NRNRNRNRNRNRNRlb/MMBtu8517.09215700213118212745dscfm22175Btu/lb68F207542053820502lb/hr28Runs 7,8.9ytoic]VNNLJHFFDB@;61/-+)&&" .0216.3NOxCARB 100410043304300ppbNANANANA14.5714.5614.56NRNRNRNRNRNRNRlb/MMBtu8517.09215700213118212745dscfm22175Btu/lb68F207542053820502lb/hr46Runs 7,8.9zupjd^WOOMKIGGECA<720.,*''# .0216.2COCARB 100818079707990ppbNANANANA14.5214.5914.53NRNRNRNRNRNRNRlb/MMBtu8517.09216608218073215647dscfm22175Btu/lb68F210062091620880lb/hr28Runs 4,5,6ytoic]VNNLJHFFDB@;61/-+)&&" .0216.2NOxCARB 100366039503780ppbNANANANA14.5214.5914.53NRNRNRNRNRNRNRlb/MMBtu8517.09216608218073215647dscfm22175Btu/lb68F210062091620880lb/hr46Runs 4,5,6zupjd^WOOMKIGGECA<720.,*''# .0216.1COCARB 1001066091708850ppbNANANANA14.4814.5414.53NRNRNRNRNRNRNRlb/MMBtu8517.09217656218592217320dscfm22175Btu/lb68F212402113221042lb/hr28Runs 1,2,3zupjd^WOOMKIGGECA<720.,*''# .gKy0219COEPA 10120900119800119200ppbNANANANA17.0717.0617.02NRNRNRNRNRNRNRlb/MMBtu8626122317122357120899dscfm1021.17Btu/dscf68F152880152880152880dscfh28zsnhb\XPPNLJHHFDB=831/-+((" .A0219NOxEPA 20362003630036200ppbNANANANA17.0717.0617.02NRNRNRNRNRNRNRlb/MMBtu8626122317122357120899dscfm1021.17Btu/dscf68F152880152880152880dscfh46xqlf`ZVNNLJHFFDB@;61/-+)&&! .A0fffffZ@218.2COEPA 101150004300081000ppbNANANANA16.8716.7816.79NRNRNRNRNRNRNRlb/MMBtu9635308692868829430dscfmNRNR68FF834008340083400dscfh28Turbine # 2.Due to weather conditions only two runs were done. Fuel flow rate is taken as average of the two runs}xwvtrpkfa\XPPNLJHHFDB=831/-+((# .0fffffZ@218.2NOxEPA 20164801633017930ppbNANANANA16.8716.7816.79NRNRNRNRNRNRNRlb/MMBtu9635308692868829430dscfmNRNR68FF834008340083400dscfh46Turbine # 2.Due to weather conditions only two runs were done. Fuel flow rate is taken as average of the two runs}xwvtrpkfa\XPPNLJHHFDB=831/-+((# .0p@218.1COEPA 109100060000NRppbNANANANA17.1317.3NRNRNRNRNRNRNRNRlb/MMBtu96352227028412NRdscfmNRNR68FF8160081600dscfh28Turbine # 1.Due to weather conditions only two runs were done. Fuel flow rate is taken as average of the two runs~||||||wwrmlkige`^YTPHHFDB@@><:84/-+)'$$" .0p@218.1NOxEPA 201556014610NRppbNANANANA17.1317.3NRNRNRNRNRNRNRNRlb/MMBtu96352227028412NRdscfmNRNR68FF8160081600dscfh46Turbine # 1.Due to weather conditions only two runs were done. Fuel flow rate is taken as average of the two runs}}}}}}xxsnmljhfa_ZUQIIGECAA?=;950.,*(%%# .0217COEPA 10600065006700ppbNANANANA14.6914.7414.69NRNRNRNRNRNRNRlb/MMBtu8508250088250088250088dscfm1045Btu/dscf60F28Exhaust gas flowrate is average of method 2 pitot tube velocity profiles~|||||||||||{yqmhb\VRJJHFDBB@><72-+)'%"" .g0220.1.4NOxEPA 20250025202830ppbNANANANA13.713.6813.98NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F46Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 10,11,12xvvvvvvvvvvvusqojd^XTLLJHFFFDB@;620.,*''# .0220.1.3COEPA 10437004630046000ppbNANANANA13.8613.8813.95NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F28Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 7,8,9{yyyyyyyyyyyxvtrmga[WOOMKIIIGEC>9420.,))$ .0220.1.3NOxEPA 20284024502500ppbNANANANA13.8613.8813.95NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F46Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 7,8,9ywwwwwwwwwwwvtrpke_YUMMKIGGGECA<720.,*''# .0220.1.2COEPA 10470004550046800ppbNANANANA13.913.8313.9NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F28Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 4,5,6ywwwwwwwwwwwvtrpke_YUMMKIGGGECA=8420.,))$ .0220.1.2NOxEPA 20238020802650ppbNANANANA13.913.8313.9NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F46Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 4,5,6wuuuuuuuuuuutrpnic]WSKKIGEEECA?;620.,*''# .0220.1.1NOxEPA 20148033002230ppbNANANANA1413.9114NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F46Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 1,2,3sqqqqqqqqqqqpnlje_YSOGGECAAA?=;9420.,*''# .0220.1.1NMHCEPA 18297028702790ppbNANANANA13.813.9NRNRNRNRNRNRNRlb/MMBtu8502114495114495114495dscfmNRNR68F16Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 1,2,3usssssssssssrpnlga[UQIIGECCCA?=;731/-+(($  .g0220.2.3NOxEPA 20275030003000ppbNANANANA1414.0313.94NRNRNRNRNRNRlb/MMBtu8502117212117212117212dscfmNRNR68F46Turbine # 2. Runs 7,8,9. Exhaust gas flowrate from average of pitot tube velocity profiles.vtttttttttttsqomhb\VRJJHFDDDB@>9420.,*''# .0220.2.2COEPA 10456004600045200ppbNANANANA14.0613.2514.03NRNRNRNRNRNRlb/MMBtu8502117212117212117212dscfmNRNR68F28Turbine # 2. Runs 4,5,6. Exhaust gas flowrate from average of pitot tube velocity profiles.{yyyyyyyyyyyxvtrmga[WOOMKIIIGEC>9420.,))$ .0220.2.2NOxEPA 20300027203000ppbNANANANA14.0613.2514.03NRNRNRNRNRNRlb/MMBtu8502117212117212117212dscfmNRNR68F46Turbine # 2. Runs 4,5,6. Exhaust gas flowrate from average of pitot tube velocity profiles.ywwwwwwwwwwwvtrpke_YUMMKIGGGECA<720.,*''# .0220.2.1COEPA 10428004360044400ppbNANANANA14.1513.9814.20NRNRNRNRNRNRlb/MMBtu8502117212117212117212dscfmNRNR68F28Turbine # 2. Runs 1,2,3. Exhaust gas flowrate from average of pitot tube velocity profiles.{yyyyyyyyyyyxvtrmga[WOOMKIIIGEC>9420.,))$ .0220.2.1NOxEPA 20293030402980ppbNANANANA14.1513.9814.20NRNRNRNRNRNRlb/MMBtu8502117212117212117212dscfmNRNR68F46Turbine # 2. Runs 1,2,3. Exhaust gas flowrate from average of pitot tube velocity profiles.ywwwwwwwwwwwvtrpke_YUMMKIGGGECA<720.,*''# .0220.2.1NMHCEPA 18355034403390ppbNANANANA1514.9NRNRNRNRNRNRNRlb/MMBtu8502117478117478117478dscfmNRNR60F16Turbine # 2. Runs 1,2,3. Exhaust gas flowrate from average of pitot tube velocity profiles.sqqqqqqqqqqqpnlje_YSOGGECAAA?=;9531/-+(($  .0220.1.4COEPA 10446004350039900ppbNANANANA13.713.6813.98NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F28Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 10,11,12zxxxxxxxxxxxwusqlf`ZVNNLJHHHFDB=8420.,))$ .g8`0221.3NOxCARB 100498005260050400ppbNANANANA1514.514.6NRNRNRNRNRNRNRlb/MMBtu8524.1351212323780325792dscfm18730.89Btu/lb68F378363776437548lb/hr46Turbine # 3zrmga[UMMKIGEECA?;7531/-**%  .0221.2COCARB 1001000800700ppbNANANANA14.414.614.5NRNRNRNRNRNRNRlb/MMBtu8524.1358262363372354609dscfm18730.89Btu/lb68F423004165241364lb/hr28Turbine # 2~|vnic]WQIIGECAA?=;73/-+)'$$! .0221.2NOxCARB 100468004660048900ppbNANANANA14.414.614.5NRNRNRNRNRNRNRlb/MMBtu8524.1358262363372354609dscfm18730.89Btu/lb68F423004165241364lb/hr46Turbine # 2|toic]WOOMKIGGECA=9531/-**%  .0221.1COCARB 100150011001600ppbNANANANA14.714.814.6NRNRNRNRNRNRNRlb/MMBtu8524.1385162384998366529dscfm18730.89Btu/lb68F435244291242264lb/hr28Turbine # 1~xpke_YSKKIGECCA?=951/-+)&&" .0221.1NOxCARB 100465004900046300ppbNANANANA14.714.814.6NRNRNRNRNRNRNRlb/MMBtu8524.1385162384998366529dscfm18730.89Btu/lb68F435244291242264lb/hr46Turbine # 1|toic]WOOMKIGGECA=9531/-**%  .0220.2.4COEPA 1047100NRNRppbNANANANA14NRNRNRNRNRNRNRNRlb/MMBtu8502117212NRNRdscfmNRNR68F28Turbine # 2. Run 10. Exhaust gas flowrate from average of pitot tube velocity profiles.dbbbbbbbbbbba_][VTRLH@@><:::86420.,*(&##! .0220.2.4NOxEPA 203000NRNRppbNANANANA14NRNRNRNRNRNRNRNRlb/MMBtu8502117212NRNRdscfmNRNR68F46Turbine # 2. Run 10. Exhaust gas flowrate from average of pitot tube velocity profiles.dbbbbbbbbbbba_][VTRLH@@><:::86420.,*(&##! .0220.2.3COEPA 10443004440046200ppbNANANANA1414.0313.94NRNRNRNRNRNRlb/MMBtu8502117212117212117212dscfmNRNR68F28Turbine # 2. Runs 7,8,9. Exhaust gas flowrate from average of pitot tube velocity profiles.xvvvvvvvvvvvusqojd^XTLLJHFFFDB@;6420.,))$ .Mg *NvL#k0222.4COCARB 1003540034100NRppbNANANANA13.9513.99NRNRNRNRNRNRNRNRlb/MMBtu8534.252903329033NRdscfm972Btu/dscf68F28Unit #4{yyyyyyyyyyyxvnkfd_ZSKKIGECCA?=;61/-+)&&$ .0222.3NOxCARB 1002480025800NRppbNANANANA13.313.32NRNRNRNRNRNRNRNRlb/MMBtu8534.253003130031NRdscfm972Btu/dscf68F46Unit #3{yyyyyyyyyyyxvnkfd_ZSKKIGECCA?=;620.,*''%  .0222.3COCARB 1003600035900NRppbNANANANA13.313.32NRNRNRNRNRNRNRNRlb/MMBtu8534.253003130031NRdscfm972Btu/dscf68F28Unit #3zxxxxxxxxxxxwumjec^YRJJHFDBB@><:51/-+)&&$ .0222.2NOxCARB 1002680023300NRppbNANANANA13.2313.25NRNRNRNRNRNRNRNRlb/MMBtu8534.252844528445NRdscfm972Btu/dscf68F46Unit # 2|zzzzzzzzzzzywolge`[TLLJHFDDB@><720.,*''%  .0222.2COCARB 1004413043600NRppbNANANANA13.2313.25NRNRNRNRNRNRNRNRlb/MMBtu8534.252844528445NRdscfm972Btu/dscf68F28Unit # 2{yyyyyyyyyyyxvnkfd_ZSKKIGECCA?=;61/-+)&&$ .0222.1NOxCARB 1003070030000NRppbNANANANA12.9713.08NRNRNRNRNRNRNRNRlb/MMBtu8534.252871828718NRdscfm972Btu/dscf68F46Unit #1|zzzzzzzzzzzywolge`[TLLJHFDDB@><720.,*''%  .0222.1COCARB 1002368023200NRppbNANANANA12.9713.08NRNRNRNRNRNRNRNRlb/MMBtu8534.252871828718NRdscfm972Btu/dscf68F28Unit #1{yyyyyyyyyyyxvnkfd_ZSKKIGECCA?=;61/-+)&&$ .0221.4COCARB 100140014001400ppbNANANANA14.714.614.6NRNRNRNRNRNRNRlb/MMBtu8524.1366051368089368097dscfm18730.89Btu/lb68F415084230042300lb/hr28Turbine # 4~xpke_YSKKIGECCA?=951/-+)&&" .0221.4NOxCARB 100483004610045400ppbNANANANA14.714.614.6NRNRNRNRNRNRNRlb/MMBtu8524.1366051368089368097dscfm18730.89Btu/lb68F415084230042300lb/hr46Turbine # 4|toic]WOOMKIGGECA=9531/-**%  .0221.3COCARB 100150016001300ppbNANANANA1514.514.6NRNRNRNRNRNRNRlb/MMBtu8524.1351212323780325792dscfm18730.89Btu/lb68F378363776437548lb/hr28Turbine # 3~|vnic]WQIIGECAA?=;731/-+)&&" .kgGCGQ0224NMHCEPA 181000NRNRppbNANANANA15.3315.2915.21NRNRNRNRNRNRNRlb/MMBtu8512.07235984234301231007dscfm22389Btu/lb68F198001980019800lb/hr16One lab report mentions that the 8512 fuel factor was based on the KCAPCD standard at 60 F and that the EPA fuel factor at 68 F would 0224NMHCEPA 181000NRNRppbNANANANA15.3315.2915.21NRNRNRNRNRNRNRlb/MMBtu8512.07235984234301231007dscfm22389Btu/lb68F198001980019800lb/hr16One lab report mentions that the 8512 fuel factor was based on the KCAPCD standard at 60 F and that the EPA fuel factor at 68 F would be 8642.166 dscf/MMBtu.||{ysnic]WPHHFDB@@><:50+)'%#  ..0224COCARB 1-100263029602900ppbNANANANA15.3315.2915.21NRNRNRNRNRNRNRlb/MMBtu8512.07235984234301231007dscfm22389Btu/lb68F198001980019800lb/hr28One lab report mentions that the 8512 fuel factor was based on the KCAPCD standard at 60 F and that the EPA fuel factor at 68 F would be 8642.166 dscf/MMBtu4ytoic]VNNLJHFFDB@;61/-+)&&" ..0224NOxCARB 1-100317031203300ppbNANANANA15.3315.2915.21NRNRNRNRNRNRNRlb/MMBtu8512.07235984234301231007dscfm22389Btu/lb68F198001980019800lb/hr46One lab report mentions that the 8512 fuel factor was based on the KCAPCD standard at 60 F and that the EPA fuel factor at 68 F would be 8642.166 dscf/MMBtu5zupjd^WOOMKIGGECA<720.,*''# ..019COEPA 10150001400013000ppbNANANANA15.415.315.2NRNRNRNRNRNRNRlb/MMBtu9271445544357044380576dscfm19680Btu/lb68F83.283.681.5GPM28Exhaust gas flowrate value presented in summary chart, probably calculated, not measured. Test ID changed from 223 on 1/16/02 by MT - 223 and 19 were duplicates, so 223 was removed from database.O~zzywqlga[UQIIGECAA?=;73/-+)'$$ ..i0222.4NOxCARB 1002790027200NRppbNANANANA13.9513.99NRNRNRNRNRNRNRNRlb/MMBtu8534.252903329033NRdscfm972Btu/dscf68F46Unit #4|zzzzzzzzzzzywolge`[TLLJHFDDB@><720.,*''%  .g5Qi0fffff@225.3COEPA 20290002900027000ppbNANANANA17.2517.2317.25NRNRNRNRNRNRNRlb/MMBtu9190330269332052332784dscfm19313Btu/lb68FF194351964719583lb/hr28Unit # 2. Runs 7,8,9 of 12.}wrmga[WOOMKIGGECA<720.,*''" .0fffff@225.3NOxEPA 20438004450045200ppbNANANANA17.2517.2317.25NRNRNRNRNRNRNRlb/MMBtu9190330269332052332784dscfm19313Btu/lb68FF194351964719583lb/hr46Unit # 2. Runs 7,8,9 of 12.~xsnhb\XPPNLJHHFDB=831/-+((# .0Ն@225.2VOCEPA 25a180023002500ppbNANANANA17.717.6217.62NRNRNRNRNRNRNRlb/MMBtu9190345835341409339008dscfm19313Btu/lb68FF178421805417927lb/hr16Unit # 2. Runs 3,4,5 of 12.~}{upke_YUMMKIGEECA?:51/-+)&&" .0Ն@225.2COEPA 20320003240033000ppbNANANANA17.717.6217.62NRNRNRNRNRNRNRlb/MMBtu9190345835341409339008dscfm19313Btu/lb68FF178421805417927lb/hr28Unit # 2. Runs 3,4,5 of 12.~|vqlf`ZVNNLJHFFDB@;620.,*''" .0Ն@225.2NOxEPA 20381003870039500ppbNANANANA17.717.6217.62NRNRNRNRNRNRNRlb/MMBtu9190345835341409339008dscfm19313Btu/lb68FF178421805417927lb/hr46Unit # 2. Runs 3,4,5 of 12.}wrmga[WOOMKIGGECA<731/-+((# .0݄@225.1VOCEPA 25a250030001800ppbNANANANA1818.0518.05NRNRNRNRNRNRNRlb/MMBtu9190345251394536343930dscfm19313Btu/lb68FF161421588815803lb/hr16Unit # 2. Runs 1,2,3 of 12.}|{ysnic]WSKKIGECCA?=831/-+)&&" .0݄@225.1COEPA 20350003400034000ppbNANANANA1818.0518.05NRNRNRNRNRNRNRlb/MMBtu9190345251394536343930dscfm19313Btu/lb68FF161421588815803lb/hr28Unit # 2. Runs 1,2,3 of 12.~}|ztojd^XTLLJHFDDB@>9420.,*''" .0݄@225.1NOxEPA 20325003250032800ppbNANANANA1818.0518.05NRNRNRNRNRNRNRlb/MMBtu9190345251394536343930dscfm19313Btu/lb68FF161421588815803lb/hr46Unit # 2. Runs 1,2,3 of 12.~}{upke_YUMMKIGEECA?:531/-+((# .g 3Nj50@225.6COEPA 2028000NRNRppbNANANANA16.95NRNRNRNRNRNRNRNRNRlb/MMBtu9190333529NRNRdscfm19313Btu/lb68FF21240lb/hr28Unit # 1. Run 4 of 4.ywwwwwrrrrmlkic^YWUOKCCA?=;;97531,*(&$!! .?0@225.6NOxEPA 2050000NRNRppbNANANANA16.95NRNRNRNRNRNRNRNRNRlb/MMBtu9190333529NRNRdscfm19313Btu/lb68FF21240lb/hr46Unit # 1. Run 4 of 4.zxxxxxssssnmljd_ZXVPLDDB@><<:8642-+)'%""  .?0fffff@225.5VOCEPA 25a200010001500ppbNANANANA1817.4517.13NRNRNRNRNRNRNRlb/MMBtu9190336182328398328492dscfm19313Btu/lb68FF157181826619966lb/hr16Unit # 1. Runs 1,2,3 of 4.}|{ysnic]WSKKIGECCA?=831/-+)&&" .0fffff@225.5COEPA 20360003200029000ppbNANANANA1817.4517.13NRNRNRNRNRNRNRlb/MMBtu9190336182328398328492dscfm19313Btu/lb68FF157181826619966lb/hr28Unit # 1. Runs 1,2,3 of 4.~}|ztojd^XTLLJHFDDB@>9420.,*''" .0fffff@225.5NOxEPA 20362004300048500ppbNANANANA1817.4517.13NRNRNRNRNRNRNRlb/MMBtu9190336182328398328492dscfm19313Btu/lb68FF157181826619966lb/hr46Unit # 1. Runs 1,2,3 of 4.~}{upke_YUMMKIGEECA?:531/-+((# .0@225.4VOCEPA 25a230020002000ppbNANANANA171716.95NRNRNRNRNRNRNRlb/MMBtu9190331252331252326855dscfm19313Btu/lb68FF208282085820815lb/hr16Unit # 2. Runs 10,11,12 of 12.zyxvpkf`ZTPHHFDB@@><:531/-+)&&" .0@225.4COEPA 20260002600025200ppbNANANANA171716.95NRNRNRNRNRNRNRlb/MMBtu9190331252331252326855dscfm19313Btu/lb68FF208282085820815lb/hr28Unit # 2. Runs 10,11,12 of 12.{zywqlga[UQIIGECAA?=;6420.,*''" .0@225.4NOxEPA 20470004700047500ppbNANANANA171716.95NRNRNRNRNRNRNRlb/MMBtu9190331252331252326855dscfm19313Btu/lb68FF208282085820815lb/hr46Unit # 2. Runs 10,11,12 of 12.|{zxrmhb\VRJJHFDBB@><7531/-+((# .0fffff@225.3VOCEPA 25a250020002000ppbNANANANA17.2517.2317.25NRNRNRNRNRNRNRlb/MMBtu9190330269332052332784dscfm19313Btu/lb68FF194351964719583lb/hr16Unit # 2. Runs 7,8,9 of 12.~|vqlf`ZVNNLJHFFDB@;61/-+)&&" .1g ;84~jO0}@226.4NOxEPA 20194102064019480ppbNANANANA15.6415.4815.66NRNRNRNRNRNRNRlb/MMBtu8710285582885728271dscfmNRNR68FF46Unit Dzxxxxxxxxxxwvtrpkfa\XPPNLJHHFDB=831/-+((# .0 @226.3COEPA 20720480110ppbNANANANA15.4615.6715.58NRNRNRNRNRNRNRlb/MMBtu8710280062801627982dscfmNRNR68FF28Unit Cysqqqqqqqqqqpomkid_ZUQIIGECAA?=;61,*(&$!! .0 @226.3NOxEPA 20212302116020530ppbNANANANA15.4615.6715.58NRNRNRNRNRNRNRlb/MMBtu8710280062801627982dscfmNRNR68FF46Unit Czxxxxxxxxxxwvtrpkfa\XPPNLJHHFDB=831/-+((# .0fffff@226.2COEPA 20600820670ppbNANANANA15.6716.1315.89NRNRNRNRNRNRNRlb/MMBtu8710285932906628997dscfmNRNR68FF28Unit Bysqqqqqqqqqqpomkid_ZUQIIGECAA?=;61,*(&$!! .0fffff@226.2NOxEPA 20189601810018040ppbNANANANA15.6716.1315.89NRNRNRNRNRNRNRlb/MMBtu8710285932906628997dscfmNRNR68FF46Unit Bzxxxxxxxxxxwvtrpkfa\XPPNLJHHFDB=831/-+((# .0@226.1COEPA 20780760640ppbNANANANA15.9815.9715.96NRNRNRNRNRNRNRlb/MMBtu8710283782878728995dscfmNRNR68FF28Unit Aysqqqqqqqqqqpomkid_ZUQIIGECAA?=;61,*(&$!! .0@226.1NOxEPA 20204101891019730ppbNANANANA15.9815.9715.96NRNRNRNRNRNRNRlb/MMBtu8710283782878728995dscfmNRNR68FF46Unit Azxxxxxxxxxxwvtrpkfa\XPPNLJHHFDB=831/-+((# .0P@225.8PM-10EPA 50.02560.00550.0043NRgr/dscfNANANANA17.217.2817.25NRNRNRNRNRNRNRlb/MMBtu9190417651.12420456.7416848.9dscfm19313Btu/lb68FF204752043320433lb/hrUnit # 2. Particulates runs 4,5,6 of 6.ͦ~vneaYYWUSQQOMKFA=;975.,&  .0ȉ@225.7PM-10EPA 50.000130.00002810.000022NRgr/dscmNANANANA16.9516.8317.2NRNRNRNRNRNRNRlb/MMBtu9190326855337944368889dscfm19313Btu/lb68FF208152217522005lb/hrUnit # 2. Particulates runs 1,2,3 of 6.̥}wqkg__][YWWUSQMHCA?=;42*! .0@225.6VOCEPA 25a1500NRNRppbNANANANA16.95NRNRNRNRNRNRNRNRNRlb/MMBtu9190333529NRNRdscfm19313Btu/lb68FF21240lb/hr16Unit # 1. Run 4 of 4.zxxxxxssssnmljd_ZXVPLDDB@><<:8642-+)'%""  .?"g QW@0@227.2COEPA 10B900900900ppbNANANANA16.3316.416.73NRNRNRNRNRNRNRlb/MMBtu9190373508367106388583dscfm138005.1Btu/gal68FF369735883512Gal/hr28Unit 21~}{tlga[UQIIGECAA?=;62-+)'%"" .0@227.2NOxEPA 7D214300203900189500ppbNANANANA16.3316.416.73NRNRNRNRNRNRNRlb/MMBtu9190373508367106388583dscfm138005.1Btu/gal68FF369735883512Gal/hr46Unit 21}upjd^ZRRPNLJJHFD?;6420.++% .0fffff2@227.1COEPA 10B120013001500ppbNANANANA16.2516.416.63NRNRNRNRNRNRNRlb/MMBtu9190323186334679336084dscfm137720.7Btu/gal68FF321432103074Gal/hr28Unit 11~wojd^XTLLJHFDDB@>950.,*(%%! .0fffff2@227.1NOxEPA 7D214700223300194200ppbNANANANA16.2516.416.63NRNRNRNRNRNRNRlb/MMBtu9190323186334679336084dscfm137720.7Btu/gal68FF321432103074Gal/hr46Unit 11}upjd^ZRRPNLJJHFD?;6420.++% .0fffff„@226.7NOxEPA 20103601039010410ppbNANANANA17.317.3917.38NRNRNRNRNRNRNRlb/MMBtu8710281282799427893dscfmNRNR68FF46Unit E. Runs 7,8,9.ywwwwwwwwwwvusqoje`[WOOMKIGGECA<731/-+((# .0@@226.6COEPA 209308001170ppbNANANANA16.616.6116.62NRNRNRNRNRNRNRlb/MMBtu8710276422752928048dscfmNRNR68FF28Unit E. Runs 4,5,6.sqqqqqqqqqqpomkid_ZUQIIGECAA?=;61-+)'%"" .0@@226.6NOxEPA 20144601429013870ppbNANANANA16.616.6116.62NRNRNRNRNRNRNRlb/MMBtu8710276422752928048dscfmNRNR68FF46Unit E. Runs 4,5,6.ywwwwwwwwwwvusqoje`[WOOMKIGGECA<731/-+((# .0fffffb@226.5COEPA 2050NRNRppbNANANANA15.9115.7915.84NRNRNRNRNRNRNRlb/MMBtu8710277732756027709dscfmNRNR68FF28Unit E. Runs 1,2,3.pnnnnnnnnnnmljhfa\WRNFFDB@>><:83.)'%#! .0fffffb@226.5NOxEPA 20191601924019080ppbNANANANA15.9115.7915.84NRNRNRNRNRNRNRlb/MMBtu8710277732756027709dscfmNRNR68FF46Unit E. Runs 1,2,3.zxxxxxxxxxxwvtrpkfa\XPPNLJHHFDB=831/-+((# .0}@226.4COEPA 20770360400ppbNANANANA15.6415.4815.66NRNRNRNRNRNRNRlb/MMBtu8710285582885728271dscfmNRNR68FF28Unit Dysqqqqqqqqqqpomkid_ZUQIIGECAA?=;61,*(&$!! .$g 'U[B0229.1SO2EPA 5/8220170NRppbNANANANA14.9714.41NRNRNRNRNRNRNRNRlb/MMBtu8480.672499125113NRdscfm1023Btu/cuft68F45.544.5mcfh64Unit 101A~~~zvvuskgb`[VOGGECA??=;972-+)'%""  .o0229.1COEPA 2037003370NRppbNANANANA14.9714.41NRNRNRNRNRNRNRNRlb/MMBtu8480.672499125113NRdscfm1023Btu/cuft68F45.544.5mcfh28Unit 101A~~~zvvuskgb`[VOGGECA??=;972-+)'%""  .o0229.1PM-10EPA 5/80.0030.0016NRNRgr/dscfNANANANA14.9714.41NRNRNRNRNRNRNRNRlb/MMBtu8480.672499125113NRdscfm1023Btu/cuft68F45.544.5mcfhUnit 101Axtomhc\TTRPNLLJHFD?:8642+)'! .o0229.1PM-10 (Filterable)EPA 5/80.00190.0013NRNRgr/dscfNANANANA14.9714.41NRNRNRNRNRNRNRNRlb/MMBtu8480.672499125113NRNRNRNR68FUnit 101A}{vqjbb`^\ZZXVTRMHFDB@975/)" .0X@228.11NOxEPA 20341003452029500ppbNANANANA16.816.316.3NRNRNRNRNRNRNRlb/MMBtu8710266702269007269382dscfmNRNR68FF46Unit # 1 - South{yyyyyyyyyyxwusqlf`ZVNNLJHFFDB@<8420.,))$ .0fffffʉ@228.10NOxEPA 20332803270032150ppbNANANANA1716.316.8NRNRNRNRNRNRNRlb/MMBtu8710218652221610214391dscfmNRNR68FF46Unit # 1 - Northywwwwwwwwwwvusqojd^XTLLJHFDDB@>:6420.,))$ .0`@228.2NOxEPA 20251002556027750ppbNANANANA17.217.116.9NRNRNRNRNRNRNRlb/MMBtu8710245146221812220169dscfmNRNR68FF46Unit # 2-Northzxxxxxxxxxxwvtrpke_YUMMKIGEECA?;731/-+((# .0 @228.1NOxEPA 20275502706026790ppbNANANANA16.81716.8NRNRNRNRNRNRNRlb/MMBtu8710241937231580234483dscfmNRNR68FF46Unit # 2-Southxvvvvvvvvvvutrpnic]WSKKIGECCA?=9731/-+((# .0fffff@227.3COEPA 10B90011001500ppbNANANANA15.2315.115.25NRNRNRNRNRNRNRlb/MMBtu9190382376367946366803dscfm138036.8Btu/gal68FF465445774477Gal/hr28Unit 22}vnic]WSKKIGECCA?=84/-+)'$$  .0fffff@227.3NOxEPA 7D125800129100130700ppbNANANANA15.2315.115.25NRNRNRNRNRNRNRlb/MMBtu9190382376367946366803dscfm138036.8Btu/gal68FF465445774477Gal/hr46Unit 22}upjd^ZRRPNLJJHFD?;6420.++% .g :s$e0hp@230.1PM-10EPA 50.0010560.000912NRNRgr/dscfNANANANA1414.3NRNRNRNRNRNRNRNRlb/MMBtu8503108922111009NRdscfm1044.79Btu/dscf68FFTurbine # 2. Runs 1,2,3 of 3 for particulates.yrmke_[SSQOMKKIGEC?=;975.,*" .0229.2NMHCEPA 202196017640NRppbNANANANA3.453.23NRNRNRNRNRNRNRNRlb/MMBtu8470.272499725041NRdscfm1024Btu/cuft68F44.544mcfh16Unit 101B~~~|xxwumidb]XQIIGECAA?=;951/-+)&&$ .o0229.2NOxEPA 202454023370NRppbNANANANA3.453.23NRNRNRNRNRNRNRNRlb/MMBtu8470.272499725041NRdscfm1024Btu/cuft68F44.544mcfh46Unit 101B}}}{wwvtlhca\WPHHFDB@@><:840.,*(%%# .o0229.2SO2EPA 5/8200170NRppbNANANANA3.453.23NRNRNRNRNRNRNRNRlb/MMBtu8470.272499725041NRdscfm1024Btu/cuft68F44.544mcfh64Unit 101B~~~~~zzzxttsqie`^YTMEECA?==;9751-+)'%""  .o0229.2COEPA 2060107390NRppbNANANANA3.453.23NRNRNRNRNRNRNRNRlb/MMBtu8470.272499725041NRdscfm1024Btu/cuft68F44.544mcfh28Unit 101B~~~~~zzzxttsqie`^YTMEECA?==;9751-+)'%""  .o0229.2PM-10EPA 5/80.00130.0011NRNRgr/dscfNANANANA3.453.23NRNRNRNRNRNRNRNRlb/MMBtu8470.272499725041NRdscfm1024Btu/cuft68F44.544mcfhUnit 101Bwsnlgb[SSQOMKKIGEC?;9753,*(" .o0229.2PM-10 (Filterable)EPA 5/80.00110.0008NRNRgr/dscfNANANANA14.9714.41NRNRNRNRNRNRNRNRlb/MMBtu8470.272499125113NRNRNRNR68FUnit 101B}{vqjbb`^\ZZXVTRMHFDB@975/)" .0229.1NMHCEPA 182491027530NRppbNANANANA14.9714.41NRNRNRNRNRNRNRNRlb/MMBtu8480.672499125113NRdscfm1023Btu/cuft68F45.544.5mcfh16Unit 101A~zzywokfd_ZSKKIGECCA?=;61/-+)&&$ .o0229.1NOxEPA 203524033340NRppbNANANANA14.9714.41NRNRNRNRNRNRNRNRlb/MMBtu8480.672499125113NRdscfm1023Btu/cuft68F45.544.5mcfh46Unit 101A}yyxvnjec^YRJJHFDBB@><:50.,*(%%# .og&0230.3COEPA 10386003900039600ppbNANANANA14.0914.0914.19NRNRNRNRNRNRNRlb/MMBtu8503109966109966109966dscfm1044.79Btu/dscf68F28Turbine # 2. Runs 7,8,9 OF 9. Exhaust gas flowrate is average of pitot tube transverse.݆yrmga[WOOMKIGGECA<720.,*''" .0230.3NOxEPA 20253033702660ppbNANANANA14.0914.0914.19NRNRNRNRNRNRNRlb/MMBtu8503109966109966109966dscfm1044.79Btu/dscf68F46Turbine # 2. Runs 7,8,9 OF 9. Exhaust gas flowrate is average of pitot tube transverse.ۄwpke_YUMMKIGEECA?:50.,*(%%! .0230.2COEPA 10409003990039700ppbNANANANA14.1214.0814.13NRNRNRNRNRNRNRlb/MMBtu8503109966109966109966dscfm1044.79Btu/dscf68F28Turbine # 2. Runs 4,5,6 of 9. Exhaust gas flowrate is average of pitot tube transverse.݆yrmga[WOOMKIGGECA<720.,*''" .0230.2NOxEPA 20281028502520ppbNANANANA14.1214.0814.13NRNRNRNRNRNRNRlb/MMBtu8503109966109966109966dscfm1044.79Btu/dscf68F46Turbine # 2. Runs 4,5,6 of 9. Exhaust gas flowrate is average of pitot tube transverse.ۄwpke_YUMMKIGEECA?:50.,*(%%! .0230.1COEPA 10455004310041400ppbNANANANA14.0414.0314.11NRNRNRNRNRNRNRlb/MMBtu8503109966109966109966dscfm1044.79Btu/dscf68F28Turbine # 2. Runs 1,2,3 of 9. Exhaust gas flowrate is average of pitot tube transverse.݆yrmga[WOOMKIGGECA<720.,*''" .0230.1NOxEPA 20257028403220ppbNANANANA14.0414.0314.11NRNRNRNRNRNRNRlb/MMBtu8503109966109966109966dscfm1044.79Btu/dscf68F46Turbine # 2. Runs 1,2,3 of 9. Exhaust gas flowrate is average of pitot tube transverse.ۄwpke_YUMMKIGEECA?:50.,*(%%! .0230.1NMHCEPA 18301021502200ppbNANANANA1414.3NRNRNRNRNRNRNRNRlb/MMBtu8503112504112504112504dscfm1044.79Btu/dscf68F16Turbine # 2. Runs 1,2,3 of 3 for NMHC.~|||||||||||{yqje_YSOGGECA??=;9731/-+)&&" .gA/ 0230.6NOxEPA 20225018901880ppbNANANANA13.9513.9613.99NRNRNRNRNRNRNRlb/MMBtu8503112504112504112504dscfm1044.88Btu/dscf68F46Turbine # 1. Runs 7,8,9 of 9. Exhaust gas flowrate is average of pitot tube transverse.ۄwpke_YUMMKIGEECA?:50.,*(%%! .0230.5COEPA 10354003260031500ppbNANANANA14.0414.0614.04NRNRNRNRNRNRNRlb/MMBtu8503112504112504112504dscfm1044.88Btu/dscf68F28Turbine # 1. Runs 4,5,6 of 9. Exhaust gas flowrate is average of pitot tube transverse.݆yrmga[WOOMKIGGECA<720.,*''" .0230.5NOxEPA 20223023702480ppbNANANANA14.0414.0614.04NRNRNRNRNRNRNRlb/MMBtu8503112504112504112504dscfm1044.88Btu/dscf68F46Turbine # 1. Runs 4,5,6 of 9. Exhaust gas flowrate is average of pitot tube transverse.ۄwpke_YUMMKIGEECA?:50.,*(%%! .0230.4COEPA 10367003730036300ppbNANANANA13.8514.0114.03NRNRNRNRNRNRNRlb/MMBtu8503112504112504112504dscfm1044.88Btu/dscf68F28Turbine # 1. Runs 1,2,3 of 9. Exhaust gas flowrate is average of pitot tube transverse.݆yrmga[WOOMKIGGECA<720.,*''" .0230.4NOxEPA 20188020102080ppbNANANANA13.8514.0114.03NRNRNRNRNRNRNRlb/MMBtu8503112504112504112504dscfm1044.88Btu/dscf68F46Turbine # 1. Runs 1,2,3 of 9. Exhaust gas flowrate is average of pitot tube transverse.ۄwpke_YUMMKIGEECA?:50.,*(%%! .0230.4NMHCEPA 18241021002000ppbNANANANA1414NRNRNRNRNRNRNRNRlb/MMBtu8503109966109966109966dscfm1044.88Btu/dscf68F16Turbine # 1. Runs 1,2,3 of 3 for NMHC.|zzzzzzzzzzzywohc]WQMEECA?==;97531/-+)&&" .0p@230.4PM-10EPA 50.0008430.000657NRNRgr/dscfNANANANA1414NRNRNRNRNRNRNRNRlb/MMBtu8503111481113527NRdscfm1044.88Btu/dscf68FFTurbine # 1. Runs 1,2,3 of 3 for particulates.wpkic]YQQOMKIIGECA?=;975.,*" .Zg .qHv0232.3COEPA 10500050005000ppbNANANANA15.915.915.9NRNRNRNRNRNRNRlb/MMBtu863825871.225871.225871.2dscfm940Btu/dscf68F45459.4545459.4545459.45dscfh28}}|zrojc\UQIIGECAA?=;73/-+)'$$  .B0232.3NOxEPA 20673006070061700ppbNANANANA15.915.915.9NRNRNRNRNRNRNRlb/MMBtu863825871.225871.225871.2dscfm940Btu/dscf68F45459.4545459.4545459.45dscfh46~vsng`YUMMKIGEECA?;731/-+((# .B0232.2COEPA 10700050006000ppbNANANANA16.916.916.9NRNRNRNRNRNRNRlb/MMBtu863821949.221949.221949.2dscfm940Btu/dscf68F32104.9132104.9132104.91dscfh28}}|zrojc\UQIIGECAA?=;73/-+)'$$  .B0232.2NOxEPA 20421003840041800ppbNANANANA16.916.916.9NRNRNRNRNRNRNRlb/MMBtu863821949.221949.221949.2dscfm940Btu/dscf68F32104.9132104.9132104.91dscfh46~vsng`YUMMKIGEECA?;731/-+((# .B0232.1COEPA 10250002500026000ppbNANANANA17.717.717.7NRNRNRNRNRNRNRlb/MMBtu863820079.620079.620079.6dscfm940Btu/dscf68F23873.5823873.5823873.58dscfh28}urmf_XTLLJHFDDB@>:620.,*''" .B0232.1NOxEPA 20249002700029700ppbNANANANA17.717.717.7NRNRNRNRNRNRNRlb/MMBtu863820079.620079.620079.6dscfm940Btu/dscf68F23873.5823873.5823873.58dscfh46~vsng`YUMMKIGEECA?;731/-+((# .B0fffff2@231COEPA 10461394561645626ppbNANANANA16.917.016.8NRNRNRNRNRNRNRlb/MMBtu871010112994510084dscfmNRNR68FF116251083310833dscfh28{vqpomkid_[VRJJHFDBB@><840.,*(%%  .B0fffff2@231NOxEPA 20355363493934137ppbNANANANA16.917.016.8NRNRNRNRNRNRNRlb/MMBtu871010112994510084dscfmNRNR68FF116251083310833dscfh46|wrqpnlje`\WSKKIGECCA?=951/-+)&&! .B0230.6COEPA 10364003810036500ppbNANANANA13.9513.9613.99NRNRNRNRNRNRNRlb/MMBtu8503112504112504112504dscfm1044.88Btu/dscf68F28Turbine # 1. Runs 7,8,9 of 9. Exhaust gas flowrate is average of pitot tube transverse.݆yrmga[WOOMKIGGECA<720.,*''" .g .a%O}0232.7NOxEPA 20264002780027600ppbNANANANA17.617.617.7NRNRNRNRNRNRNRlb/MMBtu863121615.821615.821615.8dscfm939Btu/dscf68F25418.7825418.7825418.78dscfh46~vsng`YUMMKIGEECA?;731/-+((# .B0232.6COEPA 10500050005000ppbNANANANA16.616.516.4NRNRNRNRNRNRNRlb/MMBtu863125519.625519.625519.6dscfm939Btu/dscf70F38769.2338769.2338769.23dscfh28}}|zrojc\UQIIGECAA?=;73/-+)'$$  .B0232.6NOxEPA 20444004410044200ppbNANANANA16.616.516.4NRNRNRNRNRNRNRlb/MMBtu863125519.625519.625519.6dscfm939Btu/dscf70F38769.2338769.2338769.23dscfh46~vsng`YUMMKIGEECA?;731/-+((# .B0232.5COEPA 10300030003000ppbNANANANA15.91616NRNRNRNRNRNRNRlb/MMBtu863127123.527123.527123.5dscfm939Btu/dscf68F48932.0348932.0348932.03dscfh28yyxvnkf_XQMEECA?==;9753/-+)'$$  .B0232.5SO2EPA 6C1200700400ppbNANANANA15.91616NRNRNRNRNRNRNRlb/MMBtu863127123.527123.527123.5dscfm939Btu/dscf68F48932.0348932.0348932.03dscfh64xxwumje^WPLDDB@><<:8642.,*(&##  .B0232.5NOxEPA 205674005400051900ppbNANANANA15.91616NRNRNRNRNRNRNRlb/MMBtu863127123.527123.527123.5dscfm939Btu/dscf68F48932.0348932.0348932.03dscfh46~~}{spkd]VRJJHFDBB@><:8420.,))$ .B0232.4COEPA 10500050005000ppbNANANANA15.91616NRNRNRNRNRNRNRlb/MMBtu863826026.626026.626026.6dscfm940Btu/dscf68F43141.4643141.4643141.46dscfh28yyxvnkf_XQMEECA?==;9753/-+)'$$  .B0232.4SO2EPA 6C1200500600ppbNANANANA15.91616NRNRNRNRNRNRNRlb/MMBtu863826026.626026.626026.6dscfm940Btu/dscf68F43141.4643141.4643141.46dscfh64xxwumje^WPLDDB@><<:8642.,*(&##  .B0232.4NOxEPA 20621006070059100ppbNANANANA15.91616NRNRNRNRNRNRNRlb/MMBtu863826026.626026.626026.6dscfm940Btu/dscf68F43141.4643141.4643141.46dscfh46}}|zrojc\UQIIGECAA?=;9731/-+((# .B2g +x YVR0Qr@235.2NOxEPA 20346003340032700ppbNANANANA16.316.116.3NRNRNRNRNRNRNRlb/MMBtu8710251855251590253549dscfmNRNR68FF46zzxxxxxxxxxxwvtrpke_YUMMKIGEECA?;731/-+((# .@0Qr@235.2COEPA 10149001530013900ppbNANANANA16.316.116.3NRNRNRNRNRNRNRlb/MMBtu8710251855251590253549dscfmNRNR68FF28yywwwwwwwwwwvusqojd^XTLLJHFDDB@>:620.,*''" .@0235.1SO2NR300200100ppbNANANANA14.814.714.8NRNRNRNRNRNRNRlb/MMBtu8710255523248327251515dscfmNRNR68F64oommmmmmmmmmmljhfa[UOKCCA?=;;9751-)'%#! .@0Gz2s@235.1NOxEPA 20310003090032300ppbNANANANA14.814.714.8NRNRNRNRNRNRNRlb/MMBtu8710255523248327251515dscfmNRNR68FF46zzxxxxxxxxxxwvtrpke_YUMMKIGEECA?;731/-+((# .@0Gz2s@235.1COEPA 106800920011500ppbNANANANA14.814.714.8NRNRNRNRNRNRNRlb/MMBtu8710255523248327251515dscfmNRNR68FF28wwuuuuuuuuuutsqomhb\VRJJHFDBB@><840.,*(%%  .@0@234COEPA 10610053003100ppbNANANANA1514.914.88NRNRNRNRNRNRNRlb/MMBtu8710741447227972186dscfmNRNR68FF28ppnnnnnnnnnnmljhfa\WRNFFDB@>><:83/-+)'%"" .@0@234NOxEPA 7E and 20140200142900142800ppbNANANANA1514.914.88NRNRNRNRNRNRNRlb/MMBtu8710741447227972186dscfmNRNR68FF46~~||||||||||{zxvtoje`\TTRPNLLJHFA=;975300*$ .@0@~@233NMHCEPA 25A9800011700065000ppbNANANANA131313NRNRNRNRNRNRNRlb/MMBtu8710272027202720dscfmNRNR68FF927291829178dscfh16~~~~~yyuqmlkige`\XTPHHFDB@@><:86420.,))$ .B0@~@233COEPA 10327000323000321000ppbNANANANA131313NRNRNRNRNRNRNRlb/MMBtu8710272027202720dscfmNRNR68FF927291829178dscfh28}}}}}xxtplkjhfd_[WSOGGECA??=;97531/-+((" .B0@~@233NOxEPA 7E340003500037000ppbNANANANA131313NRNRNRNRNRNRNRlb/MMBtu8710272027202720dscfmNRNR68FF927291829178dscfh46}}{{{{{vvrnjihfdb]YUQMEECA?==;97531/-+)&&! .B0232.7COEPA 10200002000020000ppbNANANANA17.617.617.7NRNRNRNRNRNRNRlb/MMBtu863121615.821615.821615.8dscfm939Btu/dscf68F25418.7825418.7825418.78dscfh28}urmf_XTLLJHFDDB@>:620.,*''" .Bg T_rW0235.7SO2NR22001800300ppbNANANANA12.912.812.9NRNRNRNRNRNRNRlb/MMBtu8439243962250631246465NRNRNR68F64nnlllllllllllkigec]WQMEECA?==;973/+)'%#  .@0fffffq@235.7NOxEPA 10787007970086400ppbNANANANA12.912.812.9NRNRNRNRNRNRNRlb/MMBtu8439243962250631246465dscfm942.3Btu/dscf68FF46}upke_YUMMKIGEECA?;731/-+((# .@0fffffq@235.7COEPA 101460097009700ppbNANANANA12.912.812.9NRNRNRNRNRNRNRlb/MMBtu8439243962250631246465dscfm942.3Btu/dscf68FF28~~~~~~~~~~}|zrmhb\VRJJHFDBB@><840.,*(%%! .@0̤s@235.5NOxEPA 20584005780058500ppbNANANANA16.316.416.4NRNRNRNRNRNRNRlb/MMBtu8439243875244901NRdscfmNRNR68FF46vvttttttttttsrpnlge_YUMMKIGEECA?;731/-+((# .@0̤s@235.5COEPA 101460098004900ppbNANANANA16.316.416.4NRNRNRNRNRNRNRlb/MMBtu8439243875244901NRdscfmNRNR68FF28ssqqqqqqqqqqpomkidb\VRJJHFDBB@><840.,*(%%! .@0235.4SO2NR20003200NRppbNANANANA15.215.3NRNRNRNRNRNRNRNRlb/MMBtu8439246001246573NRNRNRNR68F64ggeeeeeeeeeeedb`^\ZTNJBB@><::8642.*(&$" .@033333s@235.4NOxEPA 206910070500NRppbNANANANA15.215.3NRNRNRNRNRNRNRNRlb/MMBtu8439246001246573NRdscfmNRNR68FF46qqoooooooooonmkigb`ZTPHHFDB@@><:840.,*(%%# .@033333s@235.4COEPA 101450014500NRppbNANANANA15.215.3NRNRNRNRNRNRNRNRlb/MMBtu8439246001246573NRdscfmNRNR68FF28ppnnnnnnnnnnmljhfa_YSOGGECA??=;973/-+)'$$" .@0235.3SO2NR5005001400ppbNANANANA15.214.715NRNRNRNRNRNRNRlb/MMBtu8439249640249370249283NRNRNR68F64kkiiiiiiiiiiihfdb`ZTNJBB@><::8642.*(&$" .@033333r@235.3NOxEPA 20766007870079700ppbNANANANA15.214.715NRNRNRNRNRNRNRlb/MMBtu8439249640249370249283dscfmNRNR68FF46xxvvvvvvvvvvutrpnic]WSKKIGECCA?=;731/-+((# .@033333r@235.3COEPA 1097001460019400ppbNANANANA15.214.715NRNRNRNRNRNRNRlb/MMBtu8439249640249370249283dscfmNRNR68FF28vvttttttttttsrpnlga[UQIIGECAA?=;951/-+)&&! .@+g GbzG0237.1NOxEPA 20900008980089700ppbNANANANA17.2717.2617.25NRNRNRNRNRNRNRlb/MMBtu8710785767889179097dscfm1058Btu/dscf68F888608946089940dscfh46~|tpkfa\XPPNLJHHFDB=831/-+((# .B0236.4NOxEPA 203250NRNRppbNANANANA15.53NRNRNRNRNRNRNRNRNRlb/MMBtu8710238860NRNRdscfmNRNR68F46Run 10.Exhaust Gas Flowrate is average of 2 PM runsgeeeeeeeeeeedb`^YWUOKCCA?=;;97531,*(&$!! .0236.3NOxEPA 20319032203260ppbNANANANA15.4815.4515.48NRNRNRNRNRNRNRlb/MMBtu8710238860238860238860dscfmNRNR68F46Runs 7,8,9.Exhaust Gas Flowrate is average of 2 PM runsywwwwwwwwwwwvtrpke_YUMMKIGEECA?:50.,*(%%! .0236.2COEPA 10181002006017240ppbNANANANA15.5415.4915.48NRNRNRNRNRNRNRlb/MMBtu8710238860238860238860dscfmNRNR68F28Runs 4,5,6.Exhaust Gas Flowrate is average of 2 PM runs{yyyyyyyyyyyxvtrmga[WOOMKIGGECA<720.,*''" .0236.2NOxEPA 20324032303200ppbNANANANA15.5415.4915.48NRNRNRNRNRNRNRlb/MMBtu8710238860238860238860dscfmNRNR68F46Runs 4,5,6.Exhaust Gas Flowrate is average of 2 PM runsywwwwwwwwwwwvtrpke_YUMMKIGEECA?:50.,*(%%! .0236.1NMHCEPA 1812301100540ppbNANANANA15.515.415.5NRNRNRNRNRNRNRlb/MMBtu8710238860238860238860dscfmNRNR68F16Runs 1,2,3. Exhaust Gas Flowrate is average of 2 PM runsvtttttttttttsqomhb\VRJJHFDBB@><840.,*(%%" .0236.1COEPA 10181801611015530ppbNANANANA15.4215.515.56NRNRNRNRNRNRNRlb/MMBtu8710238860238860238860dscfmNRNR68F28Runs 1,2,3. Exhaust Gas Flowrate is average of 2 PM runszxxxxxxxxxxxwusqlf`ZVNNLJHFFDB@;720.,*''" .0236.1NOxEPA 20294032103150ppbNANANANA15.4215.515.56NRNRNRNRNRNRNRlb/MMBtu8710238860238860238860dscfmNRNR68F46Runs 1,2,3.Exhaust Gas Flowrate is average of 2 PM runsxvvvvvvvvvvvusqojd^XTLLJHFDDB@>950.,*(%%! .0q@236.1PM-10EPA 50.01550.01675NRNRgr/dscmNANANANA15.515.5NRNRNRNRNRNRNRNRlb/MMBtu8710237383240337NRdscfmNRNR68FFRuns 1,2,3yyyyyyyyyyyxwusqljd^ZRRPNLJJHFDB>:8642+)'  .g =r6o0238.3NOxCARB 100742073908060ppbNANANANA14.5214.4514.3NRNRNRNRNRNRNRlb/MMBtu8516.1111158110761108325dscfm1049.63Btu/dcuft60F46Turbine 1. Runs 7,8,9.zsnhb\VNNLJHFFDB@<720.,*''# .0238.2COCARB 100213021802350ppbNANANANA14.5714.5914.5NRNRNRNRNRNRNRlb/MMBtu8516.1112467112631111144dscfmNRNR60F28Turbine 1. Runs 4,5,6{yyyyyyyyyyyxvtrmga[UMMKIGEECA?;61/-+)&&" .0238.2NOxCARB 100842082707810ppbNANANANA14.5714.5914.5NRNRNRNRNRNRNRlb/MMBtu8516.1112467112631111144dscfmNRNR60F46Turbine 1. Runs 4,5,6|zzzzzzzzzzzywusnhb\VNNLJHFFDB@<720.,*''# .0238.1THCEPA 185002200NRppbNANANANA14.5714.5414.94NRNRNRNRNRNRNRlb/MMBtu8516.1112083112291119733dscfm1049.63Btu/dcuft60F16Turbine 1. Runs 1,2,3vojd^XRJJHFDBB@><72-+)'%""  .0238.1COCARB 100288023501930ppbNANANANA14.5714.5414.94NRNRNRNRNRNRNRlb/MMBtu8516.1112083112291119733dscfm1049.63Btu/dcuft60F28Turbine 1. Runs 1,2,3zsnhb\VNNLJHFFDB@;61/-+)&&" .0238.1NOxCARB 10012740109208240ppbNANANANA14.5714.5414.94NRNRNRNRNRNRNRlb/MMBtu8516.1112083112291119733dscfm1049.63Btu/dcuft60F46Turbine 1. Runs 1,2,3}vqke_YQQOMKIIGEC>9420.,))%  .0237.2COEPA 10600600600ppbNANANANA17.6917.6817.68NRNRNRNRNRNRNRlb/MMBtu8710623996274462983dscfm1058Btu/dscf68F624006294063180dscfh28}xxwumid_ZUQIIGECAA?=;61,*(&$!! .B0237.2NOxEPA 20693006890068500ppbNANANANA17.6917.6817.68NRNRNRNRNRNRNRlb/MMBtu8710623996274462983dscfm1058Btu/dscf68F624006294063180dscfh46~|tpkfa\XPPNLJHHFDB=831/-+((# .B0237.1COEPA 10200200NRppbNANANANA17.2717.2617.25NRNRNRNRNRNRNRlb/MMBtu8710785767889179097dscfm1058Btu/dscf68F888608946089940dscfh28|wwvtlhc^YTPHHFDB@@><:50+)'%#  .B,g-n\xhVF0239.2NOxEPA 20288023202500ppbNANANANA14.0714.0814.08NRNRNRNRNRNRNRlb/MMBtu8629118335118335118335dscfm948.69Btu/dscf68F103231031710305dscfh46Turbine 1. Runs 4,5,6. Exhaust gas flowrate from pitot transverse.ٗ~vpke_YUMMKIGEECA?:50.,*(%%! .0239.1COEPA 10400004100041000ppbNANANANA14.0814.0714.07NRNRNRNRNRNRNRlb/MMBtu8629118195118195118195dscfm948.69Btu/dscf68F103761048410544dscfh28Turbine 1. Runs 1,2,3. Exhaust gas flowrate from pitot transverse.ۙxrmga[WOOMKIGGECA<720.,*''" .0239.1NOxEPA 20228027802330ppbNANANANA14.0814.0714.07NRNRNRNRNRNRNRlb/MMBtu8629118195118195118195dscfm948.69Btu/dscf68F103761048410544dscfh46Turbine 1. Runs 1,2,3. Exhaust gas flowrate from pitot transverse.ٗ~vpke_YUMMKIGEECA?:50.,*(%%! .0239.1NMHCEPA 18398041804060ppbNANANANA14.2514.2514.25NRNRNRNRNRNRNRlb/MMBtu8629121450121450121450dscfm948.69Btu/dscf68F16Turbine 1. Hydrocarbons, primarily ethane.wqlf`ZVNNLJHFFDB@;61/-+)&&" .0239.1PM-10EPA 50.0009720.000614NRNRgr/dscfNANANANA14.314.2NRNRNRNRNRNRNRNRlb/MMBtu8629121591121308NRdscfm948.69Btu/dscf68FTurbine 1. Particulates. Sampling error on Run # 1. The wrong molecular weight was programmed into sampling computer. Isokinetics on this run was 125.5%ztomga]UUSQOMMKIGEA=;975.,*" ..0238.4COCARB 1001980NRNRppbNANANANA14.45NRNRNRNRNRNRNRNRNRlb/MMBtu8516.1110660NRNRdscfm1049.63Btu/dcuft60F28Turbine 1. Run 10.vtttttttttttsqha\ZXRLDDB@><<:8642-+)'%""  .0238.4NOxCARB 1008450NRNRppbNANANANA14.45NRNRNRNRNRNRNRNRNRlb/MMBtu8516.1110660NRNRdscfm1049.63Btu/dcuft60F46Turbine 1. Run 10.wuuuuuuuuuuutrib][YSMEECA?==;9753.,*(&##! .0238.3COCARB 100241022002120ppbNANANANA14.5214.4514.3NRNRNRNRNRNRNRlb/MMBtu8516.1111158110761108325dscfm1049.63Btu/dcuft60F28Turbine 1. Runs 7,8,9.yrmga[UMMKIGEECA?;61/-+)&&" . g#0239.5NMHCEPA 1833970415102360ppbNANANANA13.9513.9513.95NRNRNRNRNRNRNRlb/MMBtu8629118265118265118265dscfm948.69Btu/dscf68F16Turbine 2. Hydrocarbonsysnhb\XPPNLJHHFDB=831/-+(($ .0239.5PM-10EPA 50.0014060.000711NRNRgr/dscfNANANANA1413.9NRNRNRNRNRNRNRNRlb/MMBtu8629118195118335NRdscfm948.69Btu/dscf68FTurbine 2. Particulates.xrmke_[SSQOMKKIGEC?=;975.,*" .0239.4COEPA 104050038500NRppbNANANANA14.1514.16NRNRNRNRNRNRNRNRlb/MMBtu8629118335118335NRdscfm948.69Btu/dscf68F1031610484dscfh28Turbine 1. Runs 10,11. Exhaust gas flowrate from pitot transverse.̊~yyxvnhca[UQIIGECAA?=;94/-+)'$$" .o0239.4NOxEPA 2029202440NRppbNANANANA14.1514.16NRNRNRNRNRNRNRNRlb/MMBtu8629118335118335NRdscfm948.69Btu/dscf68F1031610484dscfh46Turbine 1. Runs 10,11. Exhaust gas flowrate from pitot transverse.ˉ}xxwumgb`ZTPHHFDB@@><:83.,*(&##! .o0239.3COEPA 10410004050041200ppbNANANANA14.1514.1614.16NRNRNRNRNRNRNRlb/MMBtu8629118335118335118335dscfm948.69Btu/dscf68F103921037110316dscfh28Turbine 1. Runs 7,8,9. Exhaust gas flowrate from pitot transverse.ۙxrmga[WOOMKIGGECA<720.,*''" .0239.3NOxEPA 20252026702500ppbNANANANA14.1514.1614.16NRNRNRNRNRNRNRlb/MMBtu8629118335118335118335dscfm948.69Btu/dscf68F103921037110316dscfh46Turbine 1. Runs 7,8,9. Exhaust gas flowrate from pitot transverse.ٗ~vpke_YUMMKIGEECA?:50.,*(%%! .0239.2COEPA 10407004240042500ppbNANANANA14.0714.0814.08NRNRNRNRNRNRNRlb/MMBtu8629118335118335118335dscfm948.69Btu/dscf68F103231031710305dscfh28Turbine 1. Runs 4,5,6. Exhaust gas flowrate from pitot transverse.ۙxrmga[WOOMKIGGECA<720.,*''" .g0239.8NOxEPA 203070NRNRppbNANANANA14.01NRNRNRNRNRNRNRNRNRlb/MMBtu8630118629NRNRdscfm948.8Btu/dscf68F10205dscfh46Turbine 2. Run 10. Exhaust gas flowrate from pitot transverse.zxxxxxssssnnmkc^YWUOKCCA?=;;97531,*(&$!! ./0239.7COEPA 10299003050030700ppbNANANANA14.0613.9814.06NRNRNRNRNRNRNRlb/MMBtu8630118629118629118629dscfm948.8Btu/dscf68F101931001110108dscfh28Turbine 2. Runs 7,8,9. Exhaust gas flowrate from pitot transverse.ژwrmga[WOOMKIGGECA<720.,*''" .0239.7NOxEPA 20328030703250ppbNANANANA14.0613.9814.06NRNRNRNRNRNRNRlb/MMBtu8630118629118629118629dscfm948.8Btu/dscf68F101931001110108dscfh46Turbine 2. Runs 7,8,9. Exhaust gas flowrate from pitot transverse.ؖ}upke_YUMMKIGEECA?:50.,*(%%! .0239.6COEPA 10319003080029300ppbNANANANA13.9814.0214.02NRNRNRNRNRNRNRlb/MMBtu8630118629118629118629dscfm948.8Btu/dscf68F106551046410558dscfh28Turbine 2. Runs 4,5,6. Exhaust gas flowrate from pitot transverse.ژwrmga[WOOMKIGGECA<720.,*''" .0239.6NOxEPA 20302030003480ppbNANANANA13.9814.0214.02NRNRNRNRNRNRNRlb/MMBtu8630118629118629118629dscfm948.8Btu/dscf68F106551046410558dscfh46Turbine 2. Runs 4,5,6. Exhaust gas flowrate from pitot transverse.ؖ}upke_YUMMKIGEECA?:50.,*(%%! .0239.5NOxEPA 20333032402330ppbNANANANA13.8813.9913.98NRNRNRNRNRNRNRlb/MMBtu8630118886118886118629dscfm948.8Btu/dscf68F106311053510595dscfh46Turbine 2. Runs 1,2,3. Exhaust gas flowrate from pitot transverse.ؖ}upke_YUMMKIGEECA?:50.,*(%%! .0239.5COEPA 10299003050030700ppbNANANANA13.8813.9913.98NRNRNRNRNRNRNRlb/MMBtu8630118886118886118629dscfm948.8Btu/dscf68F106311053510595dscfh28Turbine 2. Runs 1,2,3. Exhaust gas flowrate from pitot transverse.ژwrmga[WOOMKIGGECA<720.,*''" .g Y,Zg;0,n@240.2SO2EPA 5/810090NRppbNANANANA15.214.95NRNRNRNRNRNRNRNRlb/MMBtu8473.942587926015NRdscfm918Btu/dscf60FF64Turbine 101B. Run 2 for CO, emission rate not indicative of emissions under normal operating conditions - problem during test.vttttttttttsrphe`^YTMEECA?==;9750,*(&$!! .0,n@240.2COEPA 20394011620NRppbNANANANA15.214.95NRNRNRNRNRNRNRNRlb/MMBtu8473.942587926015NRdscfm918Btu/dscf60FF28Turbine 101B. Run 2 for CO, emission rate not indicative of emissions under normal operating conditions - problem during test.xvvvvvvvvvvutrjgb`[VOGGECA??=;972.,*(&##! .0,n@240.1PM-10EPA 5/80.00220.0016NRNRgr/dscfNANANANA14.915.04NRNRNRNRNRNRNRNRlb/MMBtu8474.212598425744NRdscfm917Btu/dscf60FFTurbine 101Awtomhc\TTRPNLLJHFD?;9753,*(" .0,n@240.1PM-10 (Filterable)EPA 5/80.00140.0009NRNRgr/dscfNANANANA14.915.04NRNRNRNRNRNRNRNRlb/MMBtu8474.212598425744NRdscfm917Btu/dscf60FFTurbine 101A|zupiaa_][YYWUSQLHFDB@975/)" .0,n@240.1THCEPA 18ND2000NRppbNANANA100014.915.04NRNRNRNRNRNRNRNRlb/MMBtu8474.212598425744NRdscfm917Btu/dscf60FF16Turbine 101Axvvvvvvvvvvutrjgb`[VOGGECA??=;972.*(&$!! .0,n@240.1NOxEPA 203844038610NRppbNANANANA14.915.04NRNRNRNRNRNRNRNRlb/MMBtu8474.212598425744NRdscfm917Btu/dscf60FF46Turbine 101Azxxxxxxxxxxwvtlidb]XQIIGECAA?=;940.,*(%%# .0,n@240.1SO2EPA 5/88090NRppbNANANANA14.915.04NRNRNRNRNRNRNRNRlb/MMBtu8474.212598425744NRdscfm917Btu/dscf60FF64Turbine 101Aussssssssssrqogd_]XSLDDB@><<:864/+)'%#  .0,n@240.1COEPA 2041504380NRppbNANANANA14.915.04NRNRNRNRNRNRNRNRlb/MMBtu8474.212598425744NRdscfm917Btu/dscf60FF28Turbine 101Awuuuuuuuuuutsqifa_ZUNFFDB@>><:861-+)'%""  .0239.8COEPA 1029000NRNRppbNANANANA14.01NRNRNRNRNRNRNRNRNRlb/MMBtu8630118629NRNRdscfm948.8Btu/dscf68F10205dscfh28Turbine 2. Run 10. Exhaust gas flowrate from pitot transverse.zxxxxxssssnnmkc^YWUOKCCA?=;;97531,*(&$!! ./PgQ#Krh0241.1THCEPA 18800060007000ppbNANANANA13.9613.9313.93NRNRNRNRNRNRNRlb/MMBtu8491.81107092106493106493dscfm915.95Btu/dscf68F247191246871dscfh16Turbine 1. About 1/2 HC are ethane other half other species.ӗysnhb\UMMKIGEECA?:50.,*(%%! .o0241.1COCARB 1-1004657046730NRppbNANANANA13.9613.9313.93NRNRNRNRNRNRNRlb/MMBtu8491.81107092106493106493dscfm915.95Btu/dscf68F247191246871dscfh28Turbine 1|vqke_XPPNLJHHFDB=831/-+((&! .o0241.1NOxCARB 1-10021202070NRppbNANANANA13.9613.9313.93NRNRNRNRNRNRNRlb/MMBtu8491.81107092106493106493dscfm915.95Btu/dscf68F247191246871dscfh46Turbine 1{upjd^WOOMKIGGECA<720.,*''%! .o0,n@240.2THCEPA 1810001000NRppbNANANANA15.214.95NRNRNRNRNRNRNRNRlb/MMBtu8473.942587926015NRdscfm918Btu/dscf60FF16Turbine 101B. Run 2 for CO, emission rate not indicative of emissions under normal operating conditions - problem during test.xvvvvvvvvvvutrjgb`[VOGGECA??=;972.,*(&##! .0,n@240.2PM-10EPA 5/80.00160.0024NRNRgr/dscfNANANANA15.214.95NRNRNRNRNRNRNRNRlb/MMBtu8473.942587926015NRdscfm918Btu/dscf60FFTurbine 101B. Run 2 for CO, emission rate not indicative of emissions under normal operating conditions - problem during test.wtomhc\TTRPNLLJHFD?;9753,*(" ..0,n@240.2PM-10 (Filterable)EPA 5/80.00080.0010NRNRgr/dscfNANANANA15.214.95NRNRNRNRNRNRNRNRlb/MMBtu8473.942587926015NRdscfm918Btu/dscf60FFTurbine 101B. Run 2 for CO, emission rate not indicative of emissions under normal operating conditions - problem during test.|zupiaa_][YYWUSQLHFDB@975/)" ..0,n@240.2NOxEPA 203680038270NRppbNANANANA15.214.95NRNRNRNRNRNRNRNRlb/MMBtu8473.942587926015NRdscfm918Btu/dscf60FF46Turbine 101B. Run 2 for CO, emission rate not indicative of emissions under normal operating conditions - problem during test.zxxxxxxxxxxwvtlidb]XQIIGECAA?=;940.,*(%%# .4g(Oa\\VTN0242.3NOxCARB 100 and 40CFR Part 60 A+B 1990779076807900ppbNANANANA14.3314.3314.25NRNRNRNRNRNRNRlb/MMBtu8498.04111810111613110270dscfm1045.5Btu/dscf60F237316236898236898dscfh46Turbine 1. Runs 7,8,9Ϻyrjjhfdbb`^\WRMKIGEBB>:6 .0242.2COCARB 100 and 40CFR Part 60 A+B 1990250260300ppbNANANANA14.2314.2414.31NRNRNRNRNRNRNRlb/MMBtu8498.04110930109400111161dscfm1045.5Btu/dscf60F239031236019238592dscfh28Turbine 1. Runs 4,5,6˶{unffdb`^^\ZXSNIGECA>>;85 .0242.2NOxCARB 100 and 40CFR Part 60 A+B 1990823079907670ppbNANANANA14.2314.2414.31NRNRNRNRNRNRNRlb/MMBtu8498.04110930109400111161dscfm1045.5Btu/dscf60F239031236019238592dscfh46Turbine 1. Runs 4,5,6Ϻyrjjhfdbb`^\WRMKIGEBB>:6 .0242.1COCARB 100 and 40CFR Part 60 A+B 1990390340330ppbNANANANA14.2314.514.19NRNRNRNRNRNRNRlb/MMBtu8498.04103347107601109873dscfm1045.5Btu/dscf60F222692222473238174dscfh28Turbine 1. Runs 1,2,3ʵztmeeca_]][YWRNIGECA>>;85 .0242.1NOxCARB 100 and 40CFR Part 60 A+B 1990843084008890ppbNANANANA14.2314.514.19NRNRNRNRNRNRNRlb/MMBtu8498.04103347107601109873dscfm1045.5Btu/dscf60F222692222473238174dscfh46Turbine 1. Runs 1,2,3ι~xqiigecaa_][VRMKIGEBB>:6 .0241.2THCEPA 18400050006000ppbNANANANA14.0714.0314.03NRNRNRNRNRNRNRlb/MMBtu8491.81109959109523109523dscfm915.95Btu/dscf68F249785250251dscfh16Turbine 2. About 1/2 HC is ethaneysnhb\UMMKIGEECA?:50.,*(%%! .o0241.2COCARB 1-1004573046820NRppbNANANANA14.0714.0314.03NRNRNRNRNRNRNRlb/MMBtu8491.81109959109523109523dscfm915.95Btu/dscf68F249785250251dscfh28Turbine 2|vqke_XPPNLJHHFDB=831/-+((&! .o0241.2NOxCARB 1-10027902710NRppbNANANANA14.0714.0314.03NRNRNRNRNRNRNRlb/MMBtu8491.81109959109523109523dscfm915.95Btu/dscf68F249785250251dscfh46Turbine 2{upjd^WOOMKIGGECA<720.,*''%! .o<g3NfkV00@300.1COSCAQMD 100.110200NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR28Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.xvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# .00@300.1NOxSCAQMD 100.182800NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR46Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.ywwwurpppnlkjhfd_][VRJJHFDBB@><:831/-+((&$ .0242.6COCARB 100 and 40CFR Part 60 A+B 199056205540NRppbNANANANA15.1715.25NRNRNRNRNRNRNRNRlb/MMBtu8498.042380624143NRdscfm1045.5Btu/dscf60F4406844068dscfh28Turbine 3}xslddb`^\\ZXVTOJHFDB??=95 .o0242.6NOxCARB 100 and 40CFR Part 60 A+B 19902908028800NRppbNANANANA15.1715.25NRNRNRNRNRNRNRNRlb/MMBtu8498.042380624143NRdscfm1045.5Btu/dscf60F4406844068dscfh46Turbine 3{voggeca__][YWRMKIGEBB@;6 .o0242.5COCARB 100 and 40CFR Part 60 A+B 199048404880NRppbNANANANA14.8914.89NRNRNRNRNRNRNRNRlb/MMBtu8498.042313923376NRdscfm1045.5Btu/dscf68F4492545387dscfh28Turbine 2}xslddb`^\\ZXVTOJHFDB??=95 .o0242.5NOxCARB 100 and 40CFR Part 60 A+B 19902741027320NRppbNANANANA14.8914.89NRNRNRNRNRNRNRNRlb/MMBtu8498.042313923376NRdscfm1045.5Btu/dscf68F4492545387dscfh46Turbine 2{voggeca__][YWRMKIGEBB@;6 .o0242.4NOxCARB 100 and 40CFR Part 60 A+B 19907840NRNRppbNANANANA14.27NRNRNRNRNRNRNRNRNRlb/MMBtu8498.04110603NRNRdscfm1045.5Btu/dscf60F236898dscfh46Turbine 1. Run 10~ywuoh``^\ZXXVTRPNIGECA>><:6 ./0242.3COCARB 100 and 40CFR Part 60 A+B 1990300300290ppbNANANANA14.3314.3314.25NRNRNRNRNRNRNRlb/MMBtu8498.04111810111613110270dscfm1045.5Btu/dscf60F237316236898236898dscfh28Turbine 1. Runs 7,8,9˶{unffdb`^^\ZXSNIGECA>>;85 .Sgk0X@300.2NMHCSCAQMD 25.23750NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313NRNRdscfmNRNR60FFNRNRNR4,2NR16Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train. NMHC is average of two runsxvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# ..0X@300.2SO2SCAQMD 100.1990NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313NRNRdscfmNRNR60FFNRNRNR4,2NR64Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.wuuuspnnnljihfdb][YTPHHFDB@@><:861/-+)&&$" .0X@300.2COSCAQMD 100.15900NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313NRNRdscfmNRNR60FFNRNRNR4,2NR28Turbine 1 - Digester Oil. Exhaust gas flowrateand temperature are average of particulates and metals train.wuuuspnnnljihfdb][YTPHHFDB@@><:861/-+)&&$" .0X@300.2NOxSCAQMD 100.133800NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313NRNRdscfmNRNR60FFNRNRNR4,2NR46Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.ywwwurpppnlkjhfd_][VRJJHFDBB@><:831/-+((&$ .0@@300.1PM-10SCAQMD 5.242090.83NRNRNRugr/dscmNANANANA17.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044465NRNRdscfmNRNR68FFNRNRNR5.0NRTurbine 1 - Diesel|zzzxvutrpnige`\TTRPNLLJHFDB=;975-+)' .00@300.1NMHCSCAQMD 25.24550NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR16Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train. NMHC is average of two runsxvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# .00@300.1SO2SCAQMD 100.15580NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR64Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.xvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# .kg10ȋ@300.4COSCAQMD 100.16000NRNRppbNANANANA15.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806NRNRdscfmNRNR60FFNRNRNR3.9NR28Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.vtttrommmkihgeca\ZXSOGGECA??=;9751/-+)&&$" .0ȋ@300.4NOxSCAQMD 100.135300NRNRppbNANANANA15.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806NRNRdscfmNRNR60FFNRNRNR3.9NR46Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.xvvvtqooomkjigec^\ZUQIIGECAA?=;9731/-+((&$ .0p@300.3NMHCSCAQMD 100.12700NRNRppbNANANA100017.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426NRNRdscfmNRNR68FFNRNRNR4,2NR16Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates train. NMHC is average of two runs{yyywtrrrpnmljhfa_]XTLLJHFDDB@><:51/-+((&$  .0p@300.3SO2SCAQMD 100.11890NRNRppbNANANANA17.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426NRNRdscfmNRNR68FFNRNRNR4,2NR64Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainxvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# .0p@300.3COSCAQMD 100.13300NRNRppbNANANANA17.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426NRNRdscfmNRNR68FFNRNRNR4,2NR28Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainwuuuspnnnljihfdb][YTPHHFDB@@><:861/-+)&&$" .0p@300.3NOxSCAQMD 100.169900NRNRppbNANANANA17.34NRNRNRNRNRNRNRNRNRlb/MMBtu919045426NRNRdscfmNRNR68FFNRNRNR4,2NR46Turbine # 2 - Diesel. Exhaust gas velocity and temperature are average of metals and particulates trainywwwurpppnlkjhfd_][VRJJHFDBB@><:831/-+((&$ .0@300.2PM-10SCAQMD 5.251330.17NRNRNRugr/dscmNANANANA16.35NRNRNRNRNRNRNRNRNRlb/MMBtu913358390NRNRdscfmNRNR60FFNRNRNR4,2NRTurbine 1 - Digester Oil|zzzxvutrpnige`\TTRPNLLJHFDB=;975-+)' .g  3333`@0d Temper319.2.1FormaldehydeCARB 430711810565ppbNANANANA11.611.613.18710639200639200636900dscfm68Fdddddddddddddcaaa\VPJFFFFFFFFFFFB>:8642/-*(& 09319.1PMEPA 5/202.000502.000944.000307.000584gr/dscfNANANANA11.611.613.18710640600639200636900dscfm68F9.519.829.399.57F-Factor from CFR|xtpppppppommmhb\VRRRRRRRRRRRNJFDB@>70)" .|011xFormaldehydeCARB 430230190560NRppb0.310.310.31NA14.0114.6414.51.47.421.2NRpph.000469.000426.00123NRlb/MMBtu8621440196463997451859dscfmNRNR68F30}yqoib[XVSPMHC><840-+(%" .@011xAcetaldehydeCARB 43050150130NRppb0.120.120.12NA14.0114.6414.51.15.490.41NRpph.00015.000494.000419NRlb/MMBtu8621440196463997451859dscfmNRNR68F44}yqoha[XVROLGB=;73/,*'$" .@0Ј@301.2PM-10SCAQMD 5.253690.5NRNRNRugr/dscmNANANANA18.9NRNRNRNRNRNRNRNRNRlb/MMBtu913360874.1NRNRdscfmNRNR68FF235140NRdscfh5.5NRTurbine # 1 - Digester Gas~~~|vutrpnige^ZRRPNLJJHFDB@<:864,*(& .0@301.1PM-10SCAQMD 5.220183.9NRNRNRugr/dscmNANANANA20.4NRNRNRNRNRNRNRNRNRlb/MMBtu919041691.1NRNRdscfmNRNR68FF235140NRdscfh3.0NRTurbine # 1 - Diesel~~~|vutrpnige^ZRRPNLJJHFDB@<:864,*(& .0@300.4PM-10SCAQMD 5.243059.7NRNRNRugr/dscmNANANANA15.9NRNRNRNRNRNRNRNRNRlb/MMBtu913357355NRNRdscfmNRNR60FFNRNRNR3.9NRTurbine # 2 - Digester Gas}zxxxvtsrpnlgec^ZRRPNLJJHFDB@<:864,*(& .0ȋ@300.4NMHCSCAQMD 25.23300NRNRppbNANANA100015.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806NRNRdscfmNRNR60FFNRNRNR3.9NR16Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train. NMHC is average of two runsywwwurpppnlkjhfd_][VRJJHFDBB@><:840.,*''%# ..0ȋ@300.4SO2SCAQMD 100.11000NRNRppbNANANANA15.7NRNRNRNRNRNRNRNRNRlb/MMBtu913355806NRNRdscfmNRNR60FFNRNRNR3.9NR64Turbine # 2 - Digester Gas. Exhaust gas velocity and temperature are average of particulate and metals train.wuuuspnnnljihfdb][YTPHHFDB@@><:8620.,*''%# .g+U0tLH@0d Temper319.3EthaneEPA 180m@319.3MethaneEPA 185680691061606250ppbNANANANA13.113.213.28710684100674600683700dscfm68FF7.928.648.768.4416F-Factor from CFRusokgccccccba___ZTNHDDDDDDDDDDD@<86420-)%! .|0m@319.3VOCEPA 18959201618571610ppbNANANANA13.113.213.28710684100674600683700dscfm68FF7.928.648.768.44F-Factor from CFRnnjfb^^^^^^]\ZZZUOIC???????????;731/-+($  .|0m@319.3COEPA 102680313027702860ppbNANANANA13.113.213.28710684100674600683700dscfm68FF7.928.648.768.4428F-Factor from CFRpnjfb^^^^^^]\ZZZUOIC???????????;731/-+($  .|0m@319.3NOxEPA 2011300114001060011100ppbNANANANA13.113.213.28710684100674600683700dscfm68FF7.928.648.768.4446F-Factor from CFRusokgccccccba___ZTNHDDDDDDDDDDD@<86420-(# .|0k@319.2AcetaldehydeCARB 43030.57.946.9715.1ppbNANANANA11.611.613.18710639200639200636900dscfm68FF9.829.829.399.6844F-Factor from CFR|zvrnjjjjjjihfffa[UOKKKKKKKKKKKGC?=;9740,($ .|0k@319.2FormaldehydeCARB 430711810565ppbNANANANA11.611.613.18710639200639200636900dscfm68FF9.829.829.399.6830F-Factor from CFRusokgccccccba___ZTNHDDDDDDDDDDD@<86420-+(&$ .|0H@305NMHCSCAQMD 25.21190012200NRppbNANANANA15.8215.57NRNRNRNRNRNRNRNRlb/MMBtu96352047319892NRdscfm445Btu/scf60FF7206073740dscfh6.57.416Turbine Exhaust~yxwunkfd_ZVNNLJHFFDB@>9420.,))'" .0H@305SO2SCAQMD 6.149103480NRppbNANANANA15.8215.57NRNRNRNRNRNRNRNRlb/MMBtu96352047319892NRdscfm445Btu/scf60FF7206073740dscfh6.57.464Turbine Exhaustzutsqjgb`[VRJJHFDBB@><:50.,*(%%# .0H@305COSCAQMD 100.1599000537730NRppbNANANANA15.8215.57NRNRNRNRNRNRNRNRlb/MMBtu96352047319892NRdscfm445Btu/scf60FF7206073740dscfh6.57.428Turbine Exhaustzyxvolge`[WOOMKIGGECA?:531/-**(" .0H@305NOxSCAQMD 100.11074010650NRppbNANANANA15.8215.57NRNRNRNRNRNRNRNRlb/MMBtu96352047319892NRdscfm445Btu/scf60FF7206073740dscfh6.57.446Turbine Exhaust~yxwunkfd_ZVNNLJHFFDB@>9420.,))'" .ug P7i0l@303PM-10SCAQMD 5.164082.727862.3NRNRugr/dscmNANANANA16.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863NRdscfm400Btu/scf60FF105060NRdscfhNRNRTurbine exhaust~wtomhc_WWUSQOOMKIGC?=;97/-+$ .0l@303NMHCSCAQMD 25.2100009000NRppbNANANANA16.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863NRdscfm400Btu/scf60FF105060NRdscfhNRNR16Turbine exhaust~~~|vutrkhca\WSKKIGECCA?=;731/-+((&" .0l@303COSCAQMD 100.13130030500NRppbNANANANA16.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863NRdscfm400Btu/scf60FF105060NRdscfhNRNR28Turbine exhaust~~~|vutrkhca\WSKKIGECCA?=;731/-+((&! .0l@303NOxSCAQMD 100.12040020200NRppbNANANANA16.416.4NRNRNRNRNRNRNRNRlb/MMBtu96353016029863NRdscfm400Btu/scf60FF105060NRdscfhNRNR46Turbine exhaust}wvuslidb]XTLLJHFDDB@><8420.,))'" .0L@306PM-10SCAQMD 5.1154894.8129701.2NRNRugr/dscmNANANANA15.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761NRdscfm420Btu/scf60FF78060NRdscfh6.1NRTurbine ExhaustzwrpkfbZZXVTRRPNLJFA?=;91/-% .0L@306NMHCSCAQMD 25.23420021700NRppbNANANANA15.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761NRdscfm420Btu/scf60FF78060NRdscfh6.1NR16Turbine Exhaust}xwvtmjec^YUMMKIGEECA?=9420.,))'" .0L@306COSCAQMD 100.1528760523750NRppbNANANANA15.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761NRdscfm420Btu/scf60FF78060NRdscfh6.1NR28Turbine Exhaust~yxwunkfd_ZVNNLJHFFDB@>:531/-**(" .0L@306NOxSCAQMD 100.11122011170NRppbNANANANA15.8415.6NRNRNRNRNRNRNRNRlb/MMBtu96352311222761NRdscfm420Btu/scf60FF78060NRdscfh6.1NR46Turbine Exhaust}xwvtmjec^YUMMKIGEECA?=9420.,))'" .0H@305PM-10SCAQMD 5.1342593.5294851.6NRNRugr/dscmNANANANA15.8215.57NRNRNRNRNRNRNRNRlb/MMBtu96352047319892NRdscfm445Btu/scf60FF7206073740dscfh6.57.4Turbine Exhaust{xsqlgc[[YWUSSQOMKFA?=;91/-% .g /_;Pf0P@307NOxSCAQMD 100.1977010440NRppb000NA15.4815.76NR1.511.6NRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh46Exhaust~yxwunkfd_ZVNNLJHEEC@<:50.-,+((&! .010xCOCARB 202500025000NRNRppbNANANANA14.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F28Concentrations are corrected to 15% O2. F-Factor from CFR{yyyyyyyyyyyxvtrmga[WOMKIGDB@><840.,*(%#! .010xNOxCARB 203600037000NRNRppbNANANANA14.014.014.0NRNRNRNRpphNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68F46Concentrations are corrected to 15% O2. F-Factor from CFR|zzzzzzzzzzzywusnhb\XPNLJHECA?=951/-+)&$" .015.2COEPA 20374001850029400NRppbNANANANA12.412.412.4NRNRNRNRNRlb/MMBtu9190363600363600363600dscfmNRNR68F28F-Factor from CFRusssssssssssrpnlga[UQIGECAA????;731/-+(&! .015.2NOxCARB 1-100333004050038400NRppbNANANANA12.412.412.4NRNRNRNRNRlb/MMBtu9190363600363600363600dscfmNRNR68F46F-Factor from CFRzxxxxxxxxxxxwusqlf`ZVNLJHFFDDDD@<86420-+&! .033333@302PM-10SCAQMD 5.157847.464469.7NRNRugr/dscmNANANANA17.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476NRdscfm240Btu/scf68FF111120NRdscfhNRNRTurbine ExhaustyvqojeaYYWUSQQOMKID?=;97/-+$ .033333@302NMHCSCAQMD 25.1NDNDNRppbNANANA100017.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476NRdscfm240Btu/scf68FF111120NRdscfhNRNR16Turbine Exhaust}}}{utsqjgb`[VRJJHFDBB@><:50,*(&##! .033333@302COSCAQMD 100.13034030100NRppbNANANANA17.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476NRdscfm240Btu/scf68FF111120NRdscfhNRNR28Turbine Exhaust~xwvtmjec^YUMMKIGEECA?=831/-+((&! .033333@302NOxSCAQMD 100.11963021400NRppbNANANANA17.0116.54NRNRNRNRNRNRNRNRlb/MMBtu96353064230476NRdscfm240Btu/scf68FF111120NRdscfhNRNR46Turbine Exhaustyxwunkfd_ZVNNLJHFFDB@>9420.,))'" .g 4l:s0D@308PM-10SCAQMD 5.10.00320.0031NRgr/dscf000NA16.5316.42NR0.85820.8133NRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfhExhaustzwrpkfbZZXVTQQOICA<75432++)# .0D@308NMHCSCAQMD 25.2NDNDNRppb000100016.5316.42NRNDNDNRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh16Exhaust}xsrqohe`^YTPHHFDB??=;972-)('&##! .0D@308SO2SCAQMD 6.154005100NRppb000NA16.5316.42NR1.681.59NRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh64Exhaust|wvuslidb]XTLLJHFCCA=972-+*)(%%# .0D@308COSCAQMD 100.12290023360NRppb000NA16.5316.42NR3.133.2NRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh28Exhaust~yxwunkfd_ZVNNLJHEEC@<:50.-,+((&! .0D@308NOxSCAQMD 100.12280021300NRppb000NA16.5316.42NR5.124.79NRpphNRNRNRlb/MMBtu96353086630923NRdscfm460Btu/scf60FF8826089520NRdscfh46Exhaust{zywpmhfa\XPPNLJGGEA=;61/.-,))'" .0P@307NMHCSCAQMD 25.258606240NRppb000NA15.4815.76NR0.310.33NRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh16Exhaust~yxwunkfd_ZVNNLJHEEC?;94/-,+*''%! .0P@307PM-10SCAQMD 100.10.00590.0063NRgr/dscf000NA15.4815.76NR1.06391.1443NRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfhExhaust|ytrmhd\\ZXVSSQKEC>97654--+% .0P@307SO2SCAQMD 6.1649016020NRppb000NA15.4815.76NR1.393.42NRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh64Exhaust}xwvtmjec^YUMMKIGDDB>:83.,+*)&&$ .0P@307COSCAQMD 100.1497200484000NRppb000NA15.4815.76NR46.645.2NRpphNRNRNRlb/MMBtu96352118621115NRdscfm441Btu/scf60FF7764079680NRdscfh28Exhaust|{zxqnigb]YQQOMKHHFB><720/.-**(" .qg +W1b0@310PM-10SCAQMD 5.10.00380.0040NRgr/dscf000NA15.915.6NR0.660.71NRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NRExhaust~}{tqlje`\TTRPNKKIEA?;75432++)# .0@310NMHCSCAQMD 25.263003100NRppb000NA15.915.6NR0.320.16NRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR16Exhaust|wvuslidb]XTLLJHFCCA=973/-,+*''%! .0@310COSCAQMD 100.1433010442150NRppb000NA15.915.6NR38.7440.34NRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR28Exhaust|{zxqnigb]YQQOMKHHFA<:620/.-**(" .0@310NOxSCAQMD 100.11082010380NRppb000NA15.915.6NR1.591.56NRpphNRNRNRlb/MMBtu96352021320617NRdscfm455Btu/scf60FF8388083880NRdscfh7.45.6NR46Exhaust~yxwunkfd_ZVNNLJHEEC?;951/.-,))'" .0@309PM-10SCAQMD 5.10.00520.0058NRgr/dscf000NA16.3216.15NR1.37941.5250NRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NRExhaustzwrpkfbZZXVTQQOICA<75432++)# .0@309NMHCSCAQMD 25.215002900NRppb000NA16.3216.15NR0.120.22NRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR16Exhaustyxwunkfd_ZVNNLJHEEC?;94/-,+*''%! .0@309SO2SCAQMD 6.161006500NRppb000NA16.3216.15NR1.922.01NRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR64Exhaust}wvuslidb]XTLLJHFCCA=972-+*)(%%# .0@309COSCAQMD 100.13396034540NRppb000NA16.3216.15NR4.644.68NRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR28Exhaustzyxvolge`[WOOMKIFFD@<:50.-,+((&! .0@309NOxSCAQMD 100.11856019620NRppb000NA16.3216.15NR4.174.37NRpphNRNRNRlb/MMBtu96353089630601NRdscfm410Btu/scf60FF114120114120NRdscfh5.96.2NR46Exhaust{zywpmhfa\XPPNLJGGEA=;61/.-,))'" .sg -[ ;j0T@312PM-10SCAQMD 5.10.00460.0038NRgr/dscf000NA16.2516.22NR1.07720.9026NRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NRExhaustzwrpkfbZZXVTQQOICA<75432++)# .0T@312NMHCSCAQMD 25.274805290NRppb000NA16.2516.22NR0.520.37NRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR16Exhaust~yxwunkfd_ZVNNLJHEEC?;94/-,+*''%! .0T@312SO2SCAQMD 6.151405170NRppb000NA16.2516.22NR1.421.45NRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR64Exhaust|wvuslidb]XTLLJHFCCA=972-+*)(%%# .0T@312COSCAQMD 100.12923027700NRppb000NA16.2516.22NR3.533.39NRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR28Exhaustzyxvolge`[WOOMKIFFD@<:50.-,+((&! .0T@312NOxSCAQMD 100.12008021040NRppb000NA16.2516.22NR3.994.22NRpphNRNRNRlb/MMBtu96352729027610NRdscfm446Btu/scf60FF8868088320NRdscfh5.55.5NR46Exhaust{zywpmhfa\XPPNLJGGEA=;61/.-,))'" .04@311PM-10SCAQMD 5.10.00190.0020NRgr/dscf000NA16.5116.37NR0.48010.5199NRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NRExhaustzwrpkfbZZXVTQQOICA<75432++)# .04@311NMHCSCAQMD 25.284409420NRppb000NA16.5116.37NR0.620.72NRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR16Exhaust~yxwunkfd_ZVNNLJHEEC?;94/-,+*''%! .04@311COSCAQMD 100.13878035210NRppb000NA16.5116.37NR4.984.71NRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR28Exhaustzyxvolge`[WOOMKIFFD@<:50.-,+((&! .04@311NOxSCAQMD 100.11732018060NRppb000NA16.5116.37NR3.653.98NRpphNRNRNRlb/MMBtu96352901130239NRdscfm437Btu/scf60FF6000060000NRdscfh5.45.5NR46Exhaust{zywpmhfa\XPPNLJGGEA=;61/.-,))'" .g4ib"010xPM-10CARB 50.008640.0180.00218NRgr/dscmNANANANA14.014.014.0NRNRNRNRNRNRNRNRNRlb/MMBtu8710239138232876238297dscfmNRNR68FF-Factor from CFR~ysmgc[YWUSQOMKIEA=;975.,%  .015.2FormaldehydeCARB 430NR3848NRppbNA0.00100.001NA15.015.015.01.25.065.083NRpphNRNRNRNRlb/MMBtu9190363600363600363600dscfm1054757.63Btu/dscf68F30First run deleted because concentration was much larger than the other two runs and in the report the considered that it might be contaminated. F-Factor from CFR=ztnjb`^\ZWUQMIEA=;60.+)'%# ..015.1FormaldehydeCARB 430NR5555NRppbNA0.00060.0006NA15.015.015.07.77.138.137NRpphNRNRNRNRlb/MMBtu8710528900528900528900dscfmNRNR68F30First run deleted because concentration was much larger than the other two runs and in the report the considered that it might be contaminated. F-Factor from CFR0{uokca_][XVRNJFB><60.+)'%# ..0220.1.1COEPA 10465004570045400ppbNANANANA1413.9114NRNRNRNRNRNRlb/MMBtu8502112679112679112679dscfmNRNR68F28Exhaust gas flowrate from average of pitot tube velocity profiles.Turbine # 1, Runs 1,2,3usssssssssssrpnlga[UQIIGECCCA?=;6420.,))$ .0V@304PM-10SCAQMD 5.18059080825.3NRugr/dscm000NA16.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNRExhaust}|{yrojhc^ZRRPNLJJHFDB=86543++)" .0V@304NMHCSCAQMD 25.256407040NRppb000NA16.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR16Exhaust~ytsrpifa_ZUQIIGECAA?=;94/-,+*''%! .0V@304COSCAQMD 100.12576025800NRppb000NA16.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR28Exhaustzutsqjgb`[VRJJHFDBB@><:50.-,+((&! .0V@304NOxSCAQMD 100.12168021910NRppb000NA16.6616.05NRNRNRNRNRNRNRNRlb/MMBtu96352918228186NRdscfm430Btu/scf60FF7170071700NRdscfhNRNRNR46Exhaust{vutrkhca\WSKKIGECCA?=;61/.-,))'" .gZj|90210.1NOxCARB 100349903620035920ppbNANANANA14.6914.8314.81NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F46Turbine A. Continuous emission monitoring.No ambient or stack conditions provided in report. ppb reported are measured values at % O2 listed here ywwwwwwwwwwwvtlggecaZRRPNLJJHFD?:531/-**%  ..0tx@201.2.3NOxEPA 20112400111100114800ppbNANANANA15.615.615.5NRNRNRNRNRNRNRNRNRlb/MMBtu8710NRNRNR1028Btu/gall68FF4560040645dscfh46Load = 100%}}xwvtlhhfdb^VTRPNLJHFD@<86420--'! .0tx@201.2.2NOxEPA 20908008830090900ppbNANANANA16.116.116NRNRNRNRNRNRNRNRNRlb/MMBtu8710NRNRNR1028Btu/gall68FF3574538491dscfh46Load = 75%}}xxsrqogcca_]YQOMKIGECA?=9531/-**%  .0tx@201.2.1NOxEPA 20520005520057800ppbNANANANA16.616.516.7NRNRNRNRNRNRNRNRNRlb/MMBtu8710NRNRNR1028Btu/gall68FF2730031447dscfh46Load = 50%zzutsqieeca_[SQOMKIGECA=9531/-**%  .0x@201.1.3NOxEPA 20139100140000138500ppbNANANANA15.415.615.7NRNRNRNRNRNRNRNRNRlb/MMBtu9195.58NRNRNR138486Btu/gall68FF332.7292.8323.6GPM46Load = 100%. Fuel Factor given in dscm/J}|{yqkkige^VTRPNLJHFD@<86420--'! .0x@201.1.2NOxEPA 20118900120900117500ppbNANANANA16.115.916.0NRNRNRNRNRNRNRNRNRlb/MMBtu9195.58NRNRNR138486Btu/gall68FF262.1284.9268.6GPM46Load = 75%. Fuel factor given in dscm/J}|{yqkkige^VTRPNLJHFD@<86420--'! .0x@201.1.1NOxEPA 20702006980072900ppbNANANANA17.117.217.0NRNRNRNRNRNRNRNRNRlb/MMBtu9195.58NRNRNRdscfm138486Btu/gall68FF218.1206.4235.7GPM46Load = 50%. Fuel factor given in dscm/J~}{smhfdb[SQOMKIGECA=9531/-**%  .017BenzeneCARB 410A0.40.40.40.4ppbNANANANA14.514.514.5NRNRNRNRpphNRNRNRNRlb/MMBtu8710NRNRNRNRNRNR68F78ppnnnnnnnnnnnmkigeca_[SQOMKHFDB@<8420.,)&#  .@g W50235.6NOxEPA 20552005550074200ppbNANANANA16.816.715.6NRNRNRNRNRNRNRlb/MMBtu8439NRNRNRNRNR68F7.98.28.146Exhaust gas flowrate could not be measure due to geometry of sampling port. GE Gas Turbine Outlet Duct (Duct Burner Inlet)qoolifffffffeca__][YUMMKIGEECA?;731/-+((# .0210.4COCARB 100135012201200ppbNANANANA14.7514.7714.69NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F28Turbine D. Raw data for D not included in reportusssssssssssrphcca_]VNNLJHFFDB@;61/-+)&&" .0210.4NOxCARB 100380103770038200ppbNANANANA14.7514.7714.69NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F46Turbine D. Raw data for D not included in reportywwwwwwwwwwwvtlggecaZRRPNLJJHFD?:531/-**%  .0210.3COCARB 100360028302710ppbNANANANA14.714.714.64NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F28Turbine C|sqqqqqqqqqqqpnfaa_][TLLJHFDDB@>951/-+)&&" .0210.3NOxCARB 100342803700036830ppbNANANANA14.714.714.64NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F46Turbine Cwuuuuuuuuuuutrjeeca_XPPNLJHHFDB=9531/-**%  .0210.2COCARB 100421039103440ppbNANANANA14.7814.8514.87NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F28Turbine B~usssssssssssrphcca_]VNNLJHFFDB@;61/-+)&&" .0210.2NOxCARB 100365103742037730ppbNANANANA14.7814.8514.87NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F46Turbine BywwwwwwwwwwwvtlggecaZRRPNLJJHFD?:531/-**%  .0210.1COCARB 100411037704270ppbNANANANA14.6914.8314.81NRNRNRNRNRNRNRlb/MMBtu8634.03NRNRNR22925Btu/dscf68F28Turbine A.Continuous emission monitoring. No ambient or stack conditions provided in report. ppb reported are measured values at % O2 listed hereusssssssssssrphcca_]VNNLJHFFDB@;61/-+)&&" ..g0313.1.1MethaneEPA 25/SCAQMD 25.1NDNDNDppb100017.617.6617.680.1970.20.201pph0.002270.002310.00233lb/MMBtu8607788388020280507dscfm1038Btu/scf68F836008350083300scfhNRNRNR16Unit B. O2, O2, Qstd and Fuel Flow rate from CEM data.괲|wskkd]VSSNKFA<8444411/-+ .0313.1.1FormaldehydeCARB 430124.530.627.5ppbNA17.617.6617.680.0460.0110.010pph0.000530.000130.00012lb/MMBtu8607788388020280507dscfm1038Btu/scf68F836008350083300scfhNRNRNR30Unit B. O2, O2, Qstd and Fuel Flow rate from CEM data.춴~yummf_XUUPKFA<8666633/+& .0313.1.1COEPA 1010501060900ppbNA17.617.6617.680.40.40.3pph0.0040.0040.004lb/MMBtu8607788388020280507dscfm1038Btu/scf68F836008350083300scfhNRNRNR28Unit B~wsnid_[SSNIDAA>;83.*((((%%" .0313.1.1BenzeneCARB 4220.350.20.35ppbNA17.617.6617.680.0003360.0001950.000343pph0.00000340.00000200.0000034lb/MMBtu8607788388020280507dscfm1038Btu/scf68F836008350083300scfhNRNRNR78Unit B. O2, O2, Qstd and Fuel Flow rate from CEM data.}uulcZWWOG?:51////,,(%! .0242.4COCARB 100 and 40CFR Part 60 A+B 1990280NRNRppbNANANANA14.27NRNRNRNRNRNRNRNRNRlb/MMBtu8498.04110603NRNRdscfm1045.5Btu/dscf60F236898dscfh28Turbine 1. Run 10|wusmf^^\ZXVVTRPNLGECA?<<:85 ./0235.6SO2NR2500800700ppbNANANANA16.816.715.6NRNRNRNRNRNRNRlb/MMBtu8439NRNRNRNRNR68F7.98.28.164Exhaust gas flowrate could not be measure due to geometry of sampling port. GE Gas Turbine Outlet Duct (Duct Burner Inlet)hffc`]]]]]]]\ZXVVTRPLDDB@><<:862.*(&$" .0235.6COEPA 10202001470014700ppbNANANANA16.816.715.6NRNRNRNRNRNRNRlb/MMBtu8439NRNRNRNRNR68F7.98.28.128Exhaust gas flowrate could not be measure due to geometry of sampling port. GE Gas Turbine Outlet Duct (Duct Burner Inlet)pnnkheeeeeeedb`^^\ZXTLLJHFDDB@>:620.,*''" .gxk+0313.1.2MethaneEPA 25/SCAQMD 25.17420ND4300ppb100018.2218.3318.321.170.1640.698pph0.0020700.0002910.001250lb/MMBtu8607632866551065015dscfm1038Btu/scf68F545005410053900scfhNRNRNR16Unit B.O2, Qstd and Fuel Flow rate from CEM for load 50% and Method 19 calculations.|ttld\YYTOKFA<8888551/+ ..0313.1.2FormaldehydeCARB 43012156.558.5ppbNA18.2218.3318.320.0360.0170.018pph0.000630.000310.00032lb/MMBtu8607632866551065015dscfm1038Btu/scf68F545005410053900scfhNRNRNR30Unit B.O2, Qstd and Fuel Flow rate from CEM for load 50% and Method 19 calculations. }xtlle^WTTOJE@;6444411-)& ..0313.1.2COEPA 10498026103110ppbNA18.2218.3318.321.40.70.9pph0.0240.0130.016lb/MMBtu8607632866551065015dscfm1038Btu/scf68F545005410053900scfhNRNRNR28Unit B. Reported Stack Flow is based on Fuel factor (O2)֞yupkfa]UUPKFCC@=:50+))))&&" .0313.1.2BenzeneCARB 4220.310.210.38ppbNA18.2218.3318.320.000240.000170.0003pph0.0000040.00000300.0000054lb/MMBtu8607632866551065015dscfm1038Btu/scf68F545005410053900scfhNRNRNR78Unit B.O2, Qstd and Fuel Flow rate from CEM for load 50% and Method 19 calculations.~zrri`XUUOHA<720000--)%! ..0313.1.1TGNMOEPA 25/SCAQMD 25.1300043002660ppbNA17.617.6617.680.5910.8610.535pph0.006810.009940.00619lb/MMBtu8607788388020280507dscfm1038Btu/scf68F836008350083300scfhNRNRNR78Unit B. O2, O2, Qstd and Fuel Flow rate from CEM data.{woohaZWWRMHC>:8888551-) .0313.1.1NOxEPA 7E/20109970111130110060ppbNA17.617.6617.6862.163.863.5pph0.7160.7360.734lb/MMBtu8607788388020280507dscfm1038Btu/scf68F836008350083300scfhNRNRNR46Unit B.Exhaust gas flowrate calculated from Fuel Factor (O2)檨|wrmiaa\WROOKGC>95333300*$ .gt%0313.2.1COEPA 10283021802180ppbNA15.5915.4815.530.70.50.5pph0.0070.0050.005lb/MMBtu8607562635569555808dscfm1038Btu/scf68F960009700096300scfhNRNRNR28Unit C. Exhaust Gas Flowrate based on Fuel Factor.Оyupkfa]UUPKFCC@=:50+))))&&" .0313.2.1BenzeneCARB 4220.340.360.2ppbNA15.5915.4815.530.000230.000240.00014pph0.00000230.00000240.0000014lb/MMBtu8607562635569555808dscfm1038Btu/scf68F960009700096300scfhNRNRNR78Unit C. Exhaust Gas Flowrate based on Fuel Factor. O2,Qstd and Fuel flow rate from CEM data.{ssjaXUUNG@;61////,,)%! ..0313.1.3NOxEPA 7E/20845508438084530ppbNA18.0317.9618.0542.841.143.1pph0.6330.6160.637lb/MMBtu8607706986806271195dscfm1038Btu/scf68F652006430065200scfhNRNRNR46Unit B. Exhaust gas flowrate calculated from Fuel Factor (O2)娦zupkg__ZUPMMIEA<720000--(# .0313.1.3COEPA 10345041902390ppbNA18.0317.9618.051.11.20.7pph0.0160.0190.011lb/MMBtu8607706986806271195dscfm1038Btu/scf68F652006430065200scfhNRNRNR28Unit B. Exhaust gas flowrate calculated from Fuel Factor (O2)۞yupkfa]UUPKFCC@=:50+))))&&" .0313.1.2TGNMOEPA 25/SCAQMD 25.1383051402540ppbNA18.2218.3318.320.6050.8410.412pph0.0010700.0015000.000737lb/MMBtu8607632866551065015dscfm1038Btu/scf68F545005410053900scfhNRNRNR78Unit B.O2, Qstd and Fuel Flow rate from CEM for load 50% and Method 19 calculations.{sskc[XXSNID?:8888551-) ..0313.1.2NOxEPA 7E/20630506210061010ppbNA18.2218.3318.3228.629.128.4pph0.5060.5190.508lb/MMBtu8607632866551065015dscfm1038Btu/scf68F545005410053900scfhNRNRNR46Unit B. Reported Stack Flow is based on Fuel factor (O2)ਦzupkg__ZUPMMIEA<720000--(# .pgd0313.2.2COEPA 10315420295550306020ppbNA17.6317.6117.8840.238.944.0pph1.2611.1741.324lb/MMBtu8607292173017432975dscfm1038Btu/scf68F307003190032000scfhNRNRNR28Unit C. Exhaust gas flowrate based on F factor.֧~ytojf^^YTOLLHD@;61////,,&  .0313.2.2BenzeneCARB 4220.960.790.91ppbNA17.6317.6117.880.000340.000290.00037pph0.00001070.00000880.000011lb/MMBtu8607292173017432975dscfm1038Btu/scf68F307003190032000scfhNRNRNR78Unit C. Exhaust gas flowrate based on F factor.뼺{sskbYVVOHA<720000--)%! .0313.2.1TGNMOEPA 25/SCAQMD 25.1716068506900ppbNA15.5915.4815.531.010.9530.962pph0.0010100.0009460.000962lb/MMBtu8607562635569555808dscfm1038Btu/scf68F960009700096300scfhNRNRNR78Unit C. Exhaust Gas Flowrate based on Fuel Factor. O2,Qstd and Fuel flow rate from CEM data.~zrrjbZWWRMID?:8888551-) ..0313.2.1NOxEPA 7E/20129190129130129060ppbNA15.5915.4815.5352.151.551.6pph0.5220.5110.516lb/MMBtu8607562635569555808dscfm1038Btu/scf68F960009700096300scfhNRNRNR46Unit C. Exhaust Gas Flowrate based on Fuel Factor.ݫ}xsnjbb]XSPPLHD?:5333300*$ .0313.2.1MethaneEPA 25/SCAQMD 25.1NDNDNDppb100015.5915.4815.530.1410.1390.139pph0.0001410.0001380.000139lb/MMBtu8607562635569555808dscfm1038Btu/scf68F960009700096300scfhNRNRNR16Unit C. Exhaust Gas Flowrate based on Fuel Factor. O2,Qstd and Fuel flow rate from CEM data.}yqqiaYVVQLGB=8444411/-+ ..0313.2.1FormaldehydeCARB 43015.42.2NDppb0.215.5915.4815.530.0040.0010.000048pph40.595.630.48lb/MMBtu8607562635569555808dscfm1038Btu/scf68F960009700096300scfhNRNRNR30Unit C. Run 3 indicated as ND in summary, but not in raw data. Not clear whether detected or not. Exhaust Gas Flowrate based on Fuel Factor. O2,Qstd and Fuel flow rate from CEM data.e|wrnffb^YVVNID?:52222//-*& ..$g|^TC<0313.2.4COEPA 10283027205030ppbNA16.0616.0616.120.70.61.2pph0.0080.0070.014lb/MMBtu8607533685272553386dscfm1038Btu/scf68F830008200082000scfhNRNRNR28Unit C. Exhaust gas flowrate based on fuel factor.Оyupkfa]UUPKFCC@=:50+))))&&" .0313.2.3NOxEPA 7E/20377803838038980ppbNA17.0217.1517.1810.611.211.7pph0.2090.2200.225lb/MMBtu8607393014066441828dscfm1038Btu/scf68F490004900050000scfhNRNRNR46Unit C. Exhaust gas flowrate based on fuel factor.ڨzupkg__ZUPMMIEA<720000--(# .0313.2.3COEPA 10452504186039990ppbNA17.0217.1517.187.87.47.3pph0.1530.1460.141lb/MMBtu8607393014066441828dscfm1038Btu/scf68F490004900050000scfhNRNRNR28Unit C. Exhaust gas flowrate based on fuel factor.ӡ|xsnid`XXSNIFFC@=83.,,,,))$ .0313.2.2TGNMOEPA 25/SCAQMD 25.1151001510024000ppbNA17.6317.6117.881.11.141.98pph0.003460.003440.00595lb/MMBtu8607292173017432975dscfm1038Btu/scf68F307003190032000scfhNRNRNR78Unit C. Exhaust gas flowrate based on F factor.縶{woohaZWWSOLGB=;;;;883.) .0313.2.2NOxEPA 7E/20181001864018420ppbNA17.6317.6117.883.84.04.1pph0.1190.1210.124lb/MMBtu8607292173017432975dscfm1038Btu/scf68F307003190032000scfhNRNRNR46Unit C. Exhaust gas flowrate based on F factor.ԥ|wrmhd\\WRMJJGDA<720000--(# .0313.2.2MethaneEPA 25/SCAQMD 25.1902008500088800ppbNA17.6317.6117.886.586.417.31pph0.02070.01930.022lb/MMBtu8607292173017432975dscfm1038Btu/scf68F307003190032000scfhNRNRNR16Unit C. Exhaust gas flowrate based on F factor.淵zvnnic]ZZVRNID?====::50+ .0313.2.2FormaldehydeCARB 430275019781743ppbNA17.6317.6117.880.380.280.27pph0.0011700.0008420.000808lb/MMBtu8607292173017432975dscfm1038Btu/scf68F307003190032000scfhNRNRNR30Unit C. Raw data for formaldehyde missing. Data was taken from summary. Exhaust gas flowrate based on F factor.%~yumme]URRNJFA<7555522.*& ..g  )0314.1TolueneCARB 410A0.951.481.66ppbNA15.1815.3415.39pph8609574635923759907dscfm1013Btu/dscf68F108200108420108660scfhNRNRNR92Exhaust gas flowrate based on Fuel Factor.||vpjjig_[VQLGCCCCCC@@@@@;61////,,($  .0314.1TGNMOEPA 25/SQAQMD 25.1170030202210ppbNA15.1815.3415.398609574635923759907dscfm1013Btu/dscf68F108200108420108660scfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.ztnnmkc_ZUPKGGGGGGGGGGGB=8666633/+' .0314.1NOxEPA 7E/20251202634025880ppbNA15.1815.3415.3910.311.211.1pph0.0940.1020.101lb/MMBtu8609574635923759907dscfm1013Btu/dscf68F108200108420108660scfh46Exhaust gas flowrate based on Fuel Factor.Τ}xsnie]]XSNKKGC?:50....++&! .0314.1MethaneEPA 25/SQAQMD 25.14490NDNDppb100015.1815.3415.398609574635923759907dscfm1013Btu/dscf68F108200108420108660scfhNRNRNR16Exhaust gas flowrate based on Fuel Factor.ztnnmkc_ZUPKGGGGGGGGGGGB=8444411/-) .0314.1FormaldehydeCARB 4305.57.24.7ppbNA15.1815.3415.390.0010.0020.001pph0.00001340.00001820.0000120lb/MMBtu8609574635923759907dscfm1013Btu/dscf68F108200108420108660scfhNRNRNR30Exhaust gas flowrate based on Fuel Factor.廹zvnne\SPPKFA<720000--*'$ .0314.1COEPA 10583084205190ppbNA15.1815.3415.391.52.21.4pph0.0130.0200.012lb/MMBtu8609574635923759907dscfm1013Btu/dscf68F108200108420108660scfhNRNRNR28Exhaust gas flowrate based on Fuel Factor.ʠwsnid_[SSNIDAA>;83.)''''$$  .0314.1BenzeneCARB 410A0.620.360.34ppbNA15.1815.3415.398609574635923759907dscfm1013Btu/dscf68F108200108420108660scfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.}yysmggfd\XSNID@@@@@@@@@@@;61////,,($  .0313.2.4NOxEPA 7E/20906908732086380ppbNA16.0616.0616.1234.733.033.0pph0.4020.3870.388lb/MMBtu8607533685272553386dscfm1038Btu/scf68F830008200082000scfhNRNRNR46Unit C. Exhaust gas flowrate based on fuel factor.ڨzupkg__ZUPMMIEA<720000--(# .Og )X}<k0314.3COEPA 105723052520NAppbNA15.7515.89NA86094749648253NAdscfm1013Btu/dscf68F8052079580NAscfhNRNRNR28Exhaust gas flowrate based on Fuel Factor.qoomkieec^YYXVNJEC>9555555555553.)''''$$" .0314.3BenzeneCARB 410A0.760.83NAppbNA15.7515.89NA86094749648253NAdscfm1013Btu/dscf68F8052079580NAscfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.wuusqokkid__^\TPKID?;;;;;;;;;;;94/----**($  .0314.2TolueneCARB 410A1.121.70NAppbNA15.7915.75NA86095639255860NAdscfm1013Btu/dscf68F9486094700NAscfhNRNRNR92Exhaust gas flowrate based on Fuel Factor.wuusqokkid__^\TPKID?;;;;;;;;;;;94/----**($  .0314.2TGNMOEPA 25/SQAQMD 25.112802220NRppbNA15.7915.75NA86095639255860NAdscfm1013Btu/dscf68F9486094700NAscfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.~||zxvrrpkffec[WRPKFBBBBBBBBBBB@;6444411/+' .0314.2NOxEPA 7E/202078021030NAppbNA15.7915.75NA86095639255860NAdscfm1013Btu/dscf68F9486094700NAscfhNRNRNR46Exhaust gas flowrate based on Fuel Factor.ussqomiigb]]\ZRNIGB=9999999999972-++++((&! .0314.2MethaneEPA 25/SQAQMD 25.110201090NRppbNA15.7915.75NA86095639255860NAdscfm1013Btu/dscf68F9486094700NAscfhNRNRNR16Exhaust gas flowrate based on Fuel Factor.~~|zxttrmhhge]YTRMHDDDDDDDDDDDB=86666331-) .0314.2FormaldehydeCARB 43023.512.6NAppbNA15.7915.75NA86095639255860NAdscfm1013Btu/dscf68F9486094700NAscfhNRNRNR30Exhaust gas flowrate based on Fuel Factor.{yywusoomhccb`XTOMHC???????????=831111..,($ .0314.2COEPA 101511021030NAppbNA15.7915.75NA86095639255860NAdscfm1013Btu/dscf68F9486094700NAscfhNRNRNR28Exhaust gas flowrate based on Fuel Factor.qoomkieec^YYXVNJEC>9555555555553.)''''$$" .0314.2BenzeneCARB 410A0.340.32NAppbNA15.7915.75NA86095639255860NAdscfm1013Btu/dscf68F9486094700NAscfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.wuusqokkid__^\TPKID?;;;;;;;;;;;94/----**($  .,g #Cn .H0314.4MethaneEPA 25/SQAQMD 25.114400001360000NRppbNA16.9616.96NA86094421044888NAdscfm1013Btu/dscf68F5734058220NAscfhNRNRNR16Exhaust gas flowrate based on Fuel Factor.~zzxsnnmkc_ZXSNJJJJJJJJJJJHC><<<<9970) .0314.4FormaldehydeCARB 4306091.85353.0NAppbNA16.9616.96NA86094421044888NAdscfm1013Btu/dscf68F5734058220NAscfhNRNRNR30Exhaust gas flowrate based on Fuel Factor.}}{ywssqlggfd\XSQLGCCCCCCCCCCCA<75555220*$ .0314.4COEPA 1014986401452950NAppbNA16.9616.96NA86094421044888NAdscfm1013Btu/dscf68F5734058220NAscfhNRNRNR28Exhaust gas flowrate based on Fuel Factor.ussqomiigb]]\ZRNIGB=9999999999972-++++((& .0314.4BenzeneCARB 410A7.337.19NAppbNA16.9616.96NA86094421044888NAdscfm1013Btu/dscf68F5734058220NAscfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.wuusqokkid__^\TPKID?;;;;;;;;;;;94/----**($  .0314.3TolueneCARB 410A1.162.68NAppbNA15.7515.89NA86094749648253NAdscfm1013Btu/dscf68F8052079580NAscfhNRNRNR92Exhaust gas flowrate based on Fuel Factor.wuusqokkid__^\TPKID?;;;;;;;;;;;94/----**($  .0314.3TGNMOEPA 25/SQAQMD 25.146906480NRppbNA15.7515.89NA86094749648253NAdscfm1013Btu/dscf68F8052079580NAscfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.~||zxvrrpkffec[WRPKFBBBBBBBBBBB@;6444411/+' .0314.3NOxEPA 7E/203519034510NAppbNA15.7515.89NA86094749648253NAdscfm1013Btu/dscf68F8052079580NAscfhNRNRNR46Exhaust gas flowrate based on Fuel Factor.ussqomiigb]]\ZRNIGB=9999999999972-++++((&! .0314.3MethaneEPA 25/SQAQMD 25.125908950NRppbNA15.7515.89NA86094749648253NAdscfm1013Btu/dscf68F8052079580NAscfhNRNRNR16Exhaust gas flowrate based on Fuel Factor.~~|zxttrmhhge]YTRMHDDDDDDDDDDDB=86666331-) .0314.3FormaldehydeCARB 430201.4222.4NAppbNA15.7515.89NA86094749648253NAdscfm1013Btu/dscf68F8052079580NAscfhNRNRNR30Exhaust gas flowrate based on Fuel Factor.}{{ywuqqojeedbZVQOJEAAAAAAAAAAA?:5333300.)$ .9g+IrRyQ0315.1MethaneEPA 25/SCAQMD 25.1152001520012900ppbNA17.3317.0717.084.424.253.63pph0.0031900.0029700.002530lb/MMBtu8609116406111994112605dscfm1013Btu/scf68F136800141200141600scfhNRNRNR16Unit B. Exhaust Flow Rate based on Fuel Factor.{sskc[XXTPLGB=;;;;883.) .0315.1FormaldehydeCARB 4301606.3788.5921.6ppbNA17.3317.0717.080.8740.4130.485pph0.0063030.0028840.003380lb/MMBtu8609116406111994112605dscfm1013Btu/scf68F136800141200141600scfhNRNRNR30Unit B. Exhaust Flow Rate based on Fuel Factor.~zrrjbZWWRMHC>9777744/*$ .0315.1COEPA 10653206216060170ppbNA17.3317.0717.0854.549.948.5pph0.3930.3490.338lb/MMBtu8609116406111994112605dscfm1013Btu/scf68F136800141200141600scfhNRNRNR28Unit B. Concentrations taken from raw data, they are wrong in summaries (CO has NOx concs and viceversa) and possibly, reported Emissin Factor and Emission Rate are wrong. Exhaust Flow Rate based on Fuel Factor.{|wqkeaYYTOJGGC?;61,****''" ..0315.1BenzeneEPA 4224.123.824.10ppbNA17.3317.0717.080.00580.00520.0056pph0.0000420.0000360.000039lb/MMBtu8609116406111994112605dscfm1013Btu/scf68F136800141200141600scfhNRNRNR78Unit B. Exhaust Flow Rate based on Fuel Factor.麸}wskkc[SPPJD>94/----**&" .0314.4TolueneCARB 410A3.944.05NAppbNA16.9616.96NA86094421044888NAdscfm1013Btu/dscf68F5734058220NAscfhNRNRNR92Exhaust gas flowrate based on Fuel Factor.wuusqokkid__^\TPKID?;;;;;;;;;;;94/----**($  .0314.4TGNMOEPA 25/SQAQMD 25.1185000202000NRppbNA16.9616.96NA86094421044888NAdscfm1013Btu/dscf68F5734058220NAscfhNRNRNR78Exhaust gas flowrate based on Fuel Factor.~|zvvtojjig_[VTOJFFFFFFFFFFFD?:8888553-' .0314.4NOxEPA 7E/202014020110NAppbNA16.9616.96NA86094421044888NAdscfm1013Btu/dscf68F5734058220NAscfhNRNRNR46Exhaust gas flowrate based on Fuel Factor.ussqomiigb]]\ZRNIGB=9999999999972-++++((&! .gK+0315.2MethaneEPA 23/SCAQMD 25.1500000484000494000ppbNA1919.2419.337077.183.8pph1.972.182.36lb/MMBtu8609560556379467567dscfm1013Btu/scf68F350603486034920scfhNRNRNR16Unit B. Exhaust gas flowrate based on Fuel Factor߮{vqmeea]YVVRNLGB@>>>>;;5/) .0315.2FormaldehydeCARB 4303061.63276.62927.4ppbNA1919.2419.330.8020.9770.924pph0.0225740.0276520.026121lb/MMBtu8609560556379467567dscfm1013Btu/scf68F350603486034920scfhNRNRNR30Unit B. Exhaust gas flowrate based on Fuel Factor뺸}yqqiaYVVQLGB=;9999660*$ .0315.2COEPA 10462100462750465850ppbNA1919.2419.33112.9128.7137.2pph3.1803.6453.880lb/MMBtu8609560556379467567dscfm1013Btu/scf68F350603486034920scfhNRNRNR28Unit B. Exhaust gas flowrate based on Fuel Factor֥|wrmhd\\WRMJJE@;61/----**$ .0315.2BenzeneCARB 422112109109ppbNA1919.2419.330.07640.08460.0896pph0.0021500.0023960.002532lb/MMBtu8609560556379467567dscfm1013Btu/scf68F350603486034920scfhNRNRNR78Unit B. Exhaust gas flowrate based on Fuel Factor௭|wrnff^VNKKE?94/-++++((%" .0315.1TGNMOEPA 25/SCAQMD 25.1674059407140ppbNA17.3317.0717.081.961.662.01pph0.001410.001160.00140lb/MMBtu8609116406111994112605dscfm1013Btu/scf68F136800141200141600scfhNRNRNR78Unit B. Exhaust Flow Rate based on Fuel Factor.麸}wskkd]VSSOKGB=8666633/+' .0315.1NOxEPA 7E/20437404582046200ppbNA17.3317.0717.0822.222.422.7pph0.160.1560.158lb/MMBtu8609116406111994112605dscfm1013Btu/scf68F136800141200141600scfhNRNRNR46Unit B. Concentrations taken from raw data, they are wrong in summaries (CO has NOx concs and viceversa) and possibly, reported Emissin Factor and Emission Rate are wrong. Exhaust Flow Rate based on Fuel Factor.~ztnhd\\WRNKKGC?:50....++&! ..g9)&0316.1.1BenzeneCARB 4221.711.581.89ppbNA16.9617.0116.698614120014120762113051dscfm1030Btu/dscf68F153000152000154000scfhNRNRNR78Unit C. Exhaust gas flowrate based on Fuel Factor.}}wqkkjh`\WQKEAAAAAAAAAAA<720000--)%! .0315.4NOxEPA 7E/20262302573024960ppbNA17.8417.9317.9118.618.617.9pph0.1840.1860.180lb/MMBtu86099932410095399871dscfm1013Btu/scf68F1000509870098300scfhNRNRNR46Unit B. Exhaust gas flowrate based on Fuel Factor.ڨ~ytnie]]XSNKKGC?:50....++&! .0315.4COEPA 10115150116950116410ppbNA17.8417.9317.9149.951.550.7pph0.4920.5150.509lb/MMBtu86099932410095399871dscfm1013Btu/scf68F1000509870098300scfhNRNRNR28Unit B. Exhaust gas flowrate based on Fuel Factor.٧}xsmhd\\WRMJJFB>94/----**$ .0315.3NOxEPA 7E/20182101641017160ppbNA18.2718.1317.99129.99.9pph0.1490.1270.127lb/MMBtu8609919428389679964dscfm1013Btu/scf68F796007650076600scfhNRNRNR46Unit B. Run 2 %O2 taken from summary because in raw data it was indicated as ND. Exhaust gas flowrate based on Fuel Factor.}ytojeaYYTOJGGDA?:50....++&! ..0315.3COEPA 10167050164260164810ppbNA18.2718.1317.996760.157.5pph0.8310.7750.740lb/MMBtu8609919428389679964dscfm1013Btu/scf68F796007650076600scfhNRNRNR28Unit B. Run 2 %O2 taken from summary because in raw data it was indicated as ND. Exhaust gas flowrate based on Fuel Factor.~zupkfbZZUPKHHD@>94/----**$ ..0315.2TGNMOEPA 23/SCAQMD 25.1589007290054800ppbNA1919.2419.338.2511.69.25pph0.02320.03290.0261lb/MMBtu8609560556379467567dscfm1013Btu/scf68F350603486034920scfhNRNRNR78Unit B. Exhaust gas flowrate based on Fuel FactorⱯ~ytphhb\VSSOKGB=;9999661,' .0315.2NOxEPA 7E/20572053105330ppbNA1919.2419.332.32.42.6pph0.0650.0690.073lb/MMBtu8609560556379467567dscfm1013Btu/scf68F350603486034920scfhNRNRNR46Unit B. Exhaust gas flowrate based on Fuel FactorΝxtoje`\TTOJEBB?<94/-++++(($  .<g!$8MV0316.1.2FormaldehydeCARB 4304372.62252.43320.5ppbNA17.7817.7317.838614772647702080536dscfm1030Btu/dscf68F780007900080000scfhNRNRNR30Unit C. Exhaust gas flowrate based on Fuel Factor.}xssrphd_ZUPLLLLLLLLLLLGB=;;;;882,& .0316.1.2COEPA 10312200311780305870ppbNA17.7817.7317.838614772647702080536dscfm1030Btu/dscf68F780007900080000scfhNRNRNR28Unit C. Exhaust gas flowrate based on Fuel Factor.~|zvvqlggfd\XSNID@@@@@@@@@@@;61////,,&  .0316.1.2BenzeneCARB 4223.704.865.00ppbNA17.7817.7317.838614772647702080536dscfm1030Btu/dscf68F780007900080000scfhNRNRNR78Unit C. Exhaust gas flowrate based on Fuel Factor.}{wwrmhhge]YTOJEAAAAAAAAAAA<720000--)%! .0316.1.1TGNMOEPA 25/SQAQMD 25.1160001740016500ppbNA16.9617.0116.698614120014120762113051dscfm1030Btu/dscf68F153000152000154000scfhNRNRNR78Unit C. Exhaust gas flowrate based on Fuel Factor.ǔ|vvuskgb\VPLLLLLLLLLLLGB=;;;;883.) .0316.1.1NOxEPA 7E/20439004349045140ppbNA16.9617.0116.698614120014120762113051dscfm1030Btu/dscf68F153000152000154000scfhNRNRNR46Unit C. Exhaust gas flowrate based on Fuel Factor.}}wqkkjh`\WQKEAAAAAAAAAAA<720000--(# .0316.1.1MethaneEPA 25/SQAQMD 25.1446004450046800ppbNA16.9617.0116.698614120014120762113051dscfm1030Btu/dscf68F153000152000154000scfhNRNRNR16Unit C. Exhaust gas flowrate based on Fuel Factor.ɖ~xxwumid^XRNNNNNNNNNNNID?====::50+ .0316.1.1FormaldehydeCARB 4301512.21686.91610.2ppbNA16.9617.0116.698614120014120762113051dscfm1030Btu/dscf68F153000152000154000scfhNRNRNR30Unit C. Exhaust gas flowrate based on Fuel Factor.ǔ|vvuskgb\VPLLLLLLLLLLLGB=;;;;882,& .0316.1.1COEPA 10124570122750130040ppbNA16.9617.0116.698614120014120762113051dscfm1030Btu/dscf68F153000152000154000scfhNRNRNR28Unit C. Exhaust gas flowrate based on Fuel Factor.||vpjjig_[VPJD@@@@@@@@@@@;61////,,&  .Qg!2GV]k0316.2.1NOxEPA 7E/20119200114770112150ppbNA16.6016.6216.548614919989170690732dscfm1030Btu/dscf68F128000127000128000scfhNRNRNR46Unit D. Exhaust gas flowrate based on Fuel Factor.}}wqkkjh`\WRMHDDDDDDDDDDD?:5333300*$ .0316.2.1MethaneEPA 25/SQAQMD 25.1578068407850ppbNA16.6016.6216.548614919989170690732dscfm1030Btu/dscf68F128000127000128000scfhNRNRNR16Unit D. Exhaust gas flowrate based on Fuel Factor.Ð~xrrqogc^YTOKKKKKKKKKKKFA<::::773/+ .0316.2.1FormaldehydeCARB 4303.35.28.5ppbNA16.6016.6216.548614919989170690732dscfm1030Btu/dscf68F128000127000128000scfhNRNRNR30Unit D. Exhaust gas flowrate based on Fuel Factor.||vpjjig_[VQLGCCCCCCCCCCC>942222//,)& .0316.2.1COEPA 10412904406046400ppbNA16.6016.6216.548614919989170690732dscfm1030Btu/dscf68F128000127000128000scfhNRNRNR28Unit D. Exhaust gas flowrate based on Fuel Factor.~|zvvpjddcaYUPKFA===========83.,,,,))$ .0316.2.1BenzeneCARB 4220.530.730.77ppbNA16.6016.6216.548614919989170690732dscfm1030Btu/dscf68F128000127000128000scfhNRNRNR78Unit D. Exhaust gas flowrate based on Fuel Factor.~zztnhhge]YTOJEAAAAAAAAAAA<720000--)%! .0316.1.2TGNMOEPA 25/SQAQMD 25.1404004880048700ppbNA17.7817.7317.838614772647702080536dscfm1030Btu/dscf68F780007900080000scfhNRNRNR78Unit C. Exhaust gas flowrate based on Fuel Factor.}xssrphd_ZUPLLLLLLLLLLLGB=;;;;883.) .0316.1.2NOxEPA 7E/20178001780018100ppbNA17.7817.7317.838614772647702080536dscfm1030Btu/dscf68F780007900080000scfhNRNRNR46Unit C. Exhaust gas flowrate based on Fuel Factor.}{wwrmhhge]YTOJEAAAAAAAAAAA<720000--(# .0316.1.2MethaneEPA 25/SQAQMD 25.1211000210000208000ppbNA17.7817.7317.838614772647702080536dscfm1030Btu/dscf68F780007900080000scfhNRNRNR16Unit C. Exhaust gas flowrate based on Fuel Factor.Ɠ}xxwumid_ZUQQQQQQQQQQQLGB@@@@==71+ .Wg 2;?S\q0317.1BenzeneGC/PID0.300.18NDppb0.1515.1415.2215.238611575815839258171dscfm1021Btu/dscf68F108300108300107700scfhNRNRNR78Unit A. Exhaust gas flowrate based on Fuel Factor.~|zvvpjddcaYUPKFA===========83.****''%! .0316.2.2TGNMOEPA 25/SQAQMD 25.1274003190029000ppbNA17.9518.1018.038614649546843466765dscfm1030Btu/dscf68F620006200062000scfhNRNRNR78Unit D. Exhaust gas flowrate based on Fuel Factor.}xssrphd_ZUPLLLLLLLLLLLGB=;;;;883.) .0316.2.2NOxEPA 7E/20260602675026280ppbNA17.9518.1018.038614649546843466765dscfm1030Btu/dscf68F620006200062000scfhNRNRNR46Unit D. Exhaust gas flowrate based on Fuel Factor.}{wwrmhhge]YTOJEAAAAAAAAAAA<720000--(# .0316.2.2MethaneEPA 25/SQAQMD 25.1160000148000144000ppbNA17.9518.1018.038614649546843466765dscfm1030Btu/dscf68F620006200062000scfhNRNRNR16Unit D. Exhaust gas flowrate based on Fuel Factor.Ɠ}xxwumid_ZUQQQQQQQQQQQLGB@@@@==71+ .0316.2.2FormaldehydeCARB 4303181.32709.02360.6ppbNA17.9518.1018.038614649546843466765dscfm1030Btu/dscf68F620006200062000scfhNRNRNR30Unit D. Exhaust gas flowrate based on Fuel Factor.}xssrphd_ZUPLLLLLLLLLLLGB=;;;;882,& .0316.2.2COEPA 10206000197000194000ppbNA17.9518.1018.038614649546843466765dscfm1030Btu/dscf68F620006200062000scfhNRNRNR28Unit D. Exhaust gas flowrate based on Fuel Factor.~|zvvqlggfd\XSNID@@@@@@@@@@@;61////,,&  .0316.2.2BenzeneCARB 4225.135.104.92ppbNA17.9518.1018.038614649546843466765dscfm1030Btu/dscf68F620006200062000scfhNRNRNR78Unit D. Exhaust gas flowrate based on Fuel Factor.}{wwrmhhge]YTOJEAAAAAAAAAAA<720000--)%! .0316.2.1TGNMOEPA 25/SQAQMD 25.1144024902660ppbNA16.6016.6216.548614919989170690732dscfm1030Btu/dscf68F128000127000128000scfhNRNRNR78Unit D. Exhaust gas flowrate based on Fuel Factor.|vppomea\WRMIIIIIIIIIIID?:8888551-) .yg+8HSk0317.2FormaldehydeCARB 430705.2700.3642.4ppbNA17.0717.0417.048611379013840038717dscfm1021Btu/dscf68F474004840048800scfhNRNRNR30Unit A. Exhaust gas flowrate based on Fuel Factor.}}xsnnmkc_ZUPKGGGGGGGGGGGB=8666633.)$ .0317.2COEPA 10666706492062690ppbNA17.0717.0417.048611379013840038717dscfm1021Btu/dscf68F474004840048800scfhNRNRNR28Unit A. Exhaust gas flowrate based on Fuel Factor.}{{ywuqqlgbba_WSNID?;;;;;;;;;;;61,****''" .0317.2BenzeneGC/PID0.250.260.24ppbNA17.0717.0417.048611379013840038717dscfm1021Btu/dscf68F474004840048800scfhNRNRNR78Unit A. Exhaust gas flowrate based on Fuel Factor.}}{ywssniddcaYUPKFA===========83.,,,,))%! .0317.1TGNMOEPA 25/SQAQMD 25.1330033406090ppbNA15.1415.2215.238611575815839258171dscfm1021Btu/dscf68F108300108300107700scfhNRNRNR78Unit A. Exhaust gas flowrate based on Fuel Factor.ztnnmkc_ZUPKGGGGGGGGGGGB=8666633/+' .0317.1NOxEPA 7E/20159650161510161180ppbNA15.1415.2215.238611575815839258171dscfm1021Btu/dscf68F108300108300107700scfhNRNRNR46Unit A. Exhaust gas flowrate based on Fuel Factor.{{uoiihf^ZUPKFBBBBBBBBBBB=831111..(" .0317.1MethaneEPA 25/SQAQMD 25.1NDNDNDppb100015.1415.2215.238611575815839258171dscfm1021Btu/dscf68F108300108300107700scfhNRNRNR16Unit A. Exhaust gas flowrate based on Fuel Factor.~~xrllkia]XSNIEEEEEEEEEEE@;62222//-+) .0317.1FormaldehydeCARB 4301.20.51.0ppbNA15.1415.2215.238611575815839258171dscfm1021Btu/dscf68F108300108300107700scfhNRNRNR30Unit A. Exhaust gas flowrate based on Fuel Factor.~zztnhhge]YTOJEAAAAAAAAAAA<720000--*'$ .0317.1COEPA 10225020701860ppbNA15.1415.2215.238611575815839258171dscfm1021Btu/dscf68F108300108300107700scfhNRNRNR28Unit A. Exhaust gas flowrate based on Fuel Factor.}{{ywuqqke__^\TPKFA<888888888883.)''''$$  .Dg  ._\0318.1.2FormaldehydeEPA 0011 + CARB 430 (Hybrid of two methods)9.111.59.8ppbNA13.7113.8213.760.004970.006470.00565pphNRNRNRNR8710117307120273123917dscfmNRNR68FNRNRNRNRNRNRNR30Outlet of catalyst.̹||ungb]XVVVVSSPLI .0318.1.1BenzeneEPA 0011 + CARB 430 (Hybrid of two methods)0.0830.180.13ppbNA13.7113.8213.76NRNRNRNRNRNRNRNR8710117307120273123917dscfmNRNR68FNRNRNRNRNRNRNR78Inlet of catalyst. % O2 and exhaust flow rates taken from reported parameters for outlet formaldehyde. yussqomkkige`[VTTTTQQMID ..0318.1.1AcetaldehydeEPA 0011 + CARB 430 (hybrid of two methods)26.56.37.9ppbNA13.7113.8213.76NRNRNRNRNRNRNRNR8710117307120273123917dscfmNRNR68FNRNRNRNRNRNRNR44Inlet of Catalyst. % O2 and exhaust flow rate taken from outlet measurements.{wuusqommkigb]XVVVVSSPMI .0318.1.1FormaldehydeEPA 0011 + CARB 430 (Hybrid of two methods)598.4238.8236.8ppbNA13.7113.8213.76NRNRNRNRNRNRNRNR8710117307120273123971dscfmNRNR68FNRNRNRNRNRNRNR30Inlet of Catalyst. % O2 and exhaust flowrate reported here are the ones reported for the formaldehyde outlet of catalyst.'|zzxvtrrpnlgb][[[[XXSNI ..0317.2TGNMOEPA 25/SQAQMD 25.1ND18302440ppb100017.0717.0417.048611379013840038717dscfm1021Btu/dscf68F474004840048800scfhNRNRNR78Unit A. Exhaust gas flowrate based on Fuel Factor.}}xsnnmkc_ZUPKGGGGGGGGGGGB=8444411-)' .0317.2NOxEPA 7E/20339403423034630ppbNA17.0717.0417.048611379013840038717dscfm1021Btu/dscf68F474004840048800scfhNRNRNR46Unit A. Exhaust gas flowrate based on Fuel Factor.}{yuupkffec[WRMHC???????????:50....++&! .0317.2MethaneEPA 25/SQAQMD 25.110500101008420ppbNA17.0717.0417.048611379013840038717dscfm1021Btu/dscf68F474004840048800scfhNRNRNR16Unit A. Exhaust gas flowrate based on Fuel Factor.|wrrqogc^YTOKKKKKKKKKKKFA<::::773.) .gźF#lhAdA@ 0m@319.5VOCEPA 18379380376378ppbNANANANA12.112.112.18710660900664700673500dscfm68FF10.39.779.68ggggc_[[[[[[ZYWWWRLF@<<<<<<< 0m@319.5VOCEPA 18379380376378ppbNANANANA12.112.112.18710660900664700673500dscfm68FF10.39.779.689.92F-Factor from CFR|kkgc_[[[[[[ZYWWWRLF@<<<<<<<<<<<840.,*(%" .|  0k@319.4EthaneEPA 18577564587588ppbNANANANA11.611.611.58710640600640600639200dscfm68FF9.519.519.829.6730F-Factor from CFRpnjfb^^^^^^]\ZZZUOIC???????????;731/-+(%" .|0k@319.4MethaneEPA 18713663599683ppbNANANANA11.611.611.58710640600640600639200dscfm68FF9.519.519.829.6716F-Factor from CFRqokgc______^][[[VPJD@@@@@@@@@@@<8420.,)&#  .|0k@319.4VOCEPA 1813241021462922ppbNANANANA11.611.611.58710640600640600639200dscfm68FF9.519.519.829.67F-Factor from CFR~mmiea]]]]]]\[YYYTNHB>>>>>>>>>>>:620.,*'$! .|0k@319.4COEPA 104120418037004050ppbNANANANA11.611.611.58710640600640600639200dscfm68FF9.519.519.829.6728F-Factor from CFRpnjfb^^^^^^]\ZZZUOIC???????????;731/-+($  .|0k@319.4NOxEPA 2021300200002060019800ppbNANANANA11.611.611.58710640600640600639200dscfm68FF9.519.519.829.6746F-Factor from CFRusokgccccccba___ZTNHDDDDDDDDDDD@<86420-(# .|0m@319.3EthaneEPA 187821090886919ppbNANANANA13.113.213.28710684100674600683700dscfm68FF7.928.648.768.4430F-Factor from CFRqokgc______^][[[VPJD@@@@@@@@@@@<8420.,)&# .|0318.1.2BenzeneEPA 0011 + CARB 430 (Hybrid of two methods)0.0900.170.27ppbNA13.7113.8213.760.000130.000250.00041pphNRNRNRNR8710117307120273123917dscfmNRNR68FNRNRNRNRNRNRNR78Outlet of catalyst. %O2 and exhaust flow rate taken from outlet formaldehyde parameters.}zzsle`[VTTTTQQMID ..0318.1.2AcetaldehydeEPA 0011 + CARB 430 (Hybrid of two methods)1.00.70.8ppbNA13.7113.8213.760.000810.000550.0007pphNRNRNRNR8710117307120273123917dscfmNRNR68FNRNRNRNRNRNRNR44Outlet of catalyst.ʷ}zztmfa\WUUUURROLI .LVALDm`bckTurbineTurbinem`bkField51&=IsLessThan([Run 3 Conc R],[lbMMBtu3])m`bkField50&=IsLessThan([Run 2 Conc R],[lbMMBtu2])m`bkField52&=IsLessThan([Run 1 Conc R],[lbMMBtu1])m`"b,k Field53B=IsLess([Run 1 Conc R],[Run 2 Conc R],[Run 3 Conc R],[lbMMBtuAvg])`a GroupFooter1d`pbSc,Text42Average lb/MMBtu =m;`!bjAvgfuel&=SigDig(Avg(Val(([lbMMBtuAvg]))),[SD])m`(b%jkField45 Fuel Type` GroupFooter6`h PageFooter2m ;`!Field20=Pagef2bf'Line25` ReportFooter4LVAL > :abc'g7hfi j#k#qry_Emissions - Criteria Pollutants'h`HP LaserJet 4/4M PostScriptg odXXʟR7, RdCustom page 1BBCustom page 2BBCustom page 3BBVICEDLGiENUMTTFAMC`$,@HP LaserJet 4/4M PostScriptPSCRIPT\\SERVER\HPLaserJd8d eTimes New Romanl3m5<c,i Times New Roman Pollutant Fuel Type`X ReportHeader3d7axbf'cdText18@ Criteria Pollutant Summary for Combustion Turbines (lb/MW-hr)m ;`"axbField19=Now() Medium Date` PageHeader0 daxbcText7 Pollutantd`abcText9Run 1d`abIcText11Run 2d`abIcText13Run 3d`p#abcText15Averagef2a<bf'Line23f2aHbf'Line26d`axbc,Text30lb/MW-hrf`abLine31dab:c,Text47Fueld`abcText48Test IDd`abcText49Turbine Description`h GroupHeader5mb] j Pollutant Pollutant`ha GroupHeader0m ` j Fuel Type Fuel Type Fuel_Type`XDetail1 m`@bee Run 1 ConclbMW1 Run_1_Concm`beek Run 2 ConclbMW2 Run_2_Concm`beGk Run 3 ConclbMW3 Run_3_Concm`H$bkSDAvglbMWAvgm`bWekIDIDm`bkFimq^ b0207.4COEPA 10130001800018000ppbNANANANA17.417.317.4NRNRNRNRNRNRNRlb/MMBtu863723786.323786.323786.3dscfm1044Btu/dscf68F26144.6826144.6826144.68scfh28Turbine #1~vrmf_XTLLJHFDDB@>:620.,*''" .0206.4COEPA 3A/20257002630025500ppbNANANANA15.9315.915.88NRNRNRNRNRNRNRlb/MMBtu8623458834550845650dscfm1018Btu/scf68F746007450074900scfh28Runs 10,11,12. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~|uqlgb]YQQOMKIIGEC>:531/-**%  ..0206.4NOxEPA 7E/208500850085008500ppbNANANANA15.9315.915.88NRNRNRNRNRNRNRlb/MMBtu8623458834550845650dscfm1018Btu/scf68F746007450074900scfh46Runs 10,11,12. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~wsnid_[SSQOMKKIGE@<7531/,($  ..0206.3COEPA 3A/20268002840028000ppbNANANANA15.7415.6915.69NRNRNRNRNRNRNRlb/MMBtu8623518445139951306dscfm1018Btu/scf68F875008750087400scfh28Runs 7,8,9. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.}vrmhc^ZRRPNLJJHFD?:531/-**%  ..0206.3NOxEPA 7E/20870086008600ppbNANANANA15.7415.6915.69NRNRNRNRNRNRNRlb/MMBtu8623518445139951306dscfm1018Btu/scf68F875008750087400scfh46Runs 7,8,9. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.~~}{tpkfa\XPPNLJHHFDB=831/-+(($  ..0206.2COEPA 3A/20520069008500ppbNANANANA15.3515.2015.47NRNRNRNRNRNRNRlb/MMBtu8623578935535457118dscfm1018Btu/scf68F105100103100101400scfh28Runs 1,2,3. Fuel factor is in scf (not dry) and O2 based at 68 F. Exhaust Gas flowrate calculated from O2 F. % oxygen is on dry bases.}}|zsoje`[WOOMKIGGECA<720.,*''# ..q Dd0207.1SO2EPA 6C200500500ppbNANANANA1615.815.9NRNRNRNRNRNRNRlb/MMBtu863733017.533017.533017.5dscfm1044Btu/dscf68F48505.2648505.2648505.26scfh64Turbine #1zzywokf_XQMEECA?==;973/-+)'%"" .0207.1NOxEPA 20754007560076300ppbNANANANA1615.815.9NRNRNRNRNRNRNRlb/MMBtu863733017.533017.533017.5dscfm1044Btu/dscf68F48505.2648505.2648505.26scfh46Turbine #1}uqle^WSKKIGECCA?=9531/-+((# .0207.1COEPA 10300040004000ppbNANANANA1615.815.9NRNRNRNRNRNRNRlb/MMBtu863733017.533017.533017.5dscfm1044Btu/dscf68F48505.2648505.2648505.26scfh28Turbine #1||{yqmhaZSOGGECA??=;951/-+)'$$  .0207.2NOxEPA 20739007350073500ppbNANANANA16.116.116.1NRNRNRNRNRNRNRlb/MMBtu863731258.331258.331258.3dscfm1044Btu/dscf68F42514.2842514.2842514.28scfh46Turbine #3wsng`YUMMKIGEECA?;731/-+((# .0207.2COEPA 10700050009000ppbNANANANA16.116.116.1NRNRNRNRNRNRNRlb/MMBtu863731258.331258.331258.3dscfm1044Btu/dscf68F42514.2842514.2842514.28scfh28Turbine #3~~}{sojc\UQIIGECAA?=;73/-+)'$$  .0207.3NOxEPA 20551005540055600ppbNANANANA16.616.616.6NRNRNRNRNRNRNRlb/MMBtu863729121.329121.329121.3dscfm1044Btu/dscf68F34363.6534363.6534363.65scfh46Turbine #2wsng`YUMMKIGEECA?;731/-+((# .0207.3COEPA 10700050009000ppbNANANANA16.616.616.6NRNRNRNRNRNRNRlb/MMBtu863729121.329121.329121.3dscfm1044Btu/dscf68F34363.6534363.6534363.65scfh28Turbine #2~~}{sojc\UQIIGECAA?=;73/-+)'$$  .0207.4NOxEPA 20301003310030800ppbNANANANA17.417.317.4NRNRNRNRNRNRNRlb/MMBtu863723786.323786.323786.3dscfm1044Btu/dscf68F26144.6826144.6826144.68scfh46Turbine #1wsng`YUMMKIGEECA?;731/-+((# .q$Kv0209.2COEPA 10215002140021400ppbNANANANA17.617.717.7NRNRNRNRNRNRNRlb/MMBtu854719294.519294.519294.5dscfm1045.9Btu/scf68F18822.8618822.8618822.86scfh28Turbine 1xrmf_XTLLJHFDDB@>:620.,*''" .0209.2NOxEPA 20240002460025100ppbNANANANA17.617.717.7NRNRNRNRNRNRNRlb/MMBtu854719294.519294.519294.5dscfm1045.9Btu/scf68F18822.8618822.8618822.86scfh46Turbine 1ysng`YUMMKIGEECA?;731/-+((# .0209.3SO2EPA 6C1200400700ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu854727606.727606.727606.7dscfm1045.9Btu/scf60F51494.0151494.0151494scfh64Turbine 1zzywpje^WPLDDB@><<:8620.,*(&##  .0209.3COEPA 10650049004100ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu854727606.727606.727606.7dscfm1045.9Btu/scf60F51494.0151494.0151494scfh28Turbine 1{{zxqkf_XQMEECA?==;9731/-+)'$$  .0209.3NOxEPA 20536005380054700ppbNANANANA161615.9NRNRNRNRNRNRNRlb/MMBtu854727606.727606.727606.7dscfm1045.9Btu/scf60F51494.0151494.0151494scfh46Turbine 1~|uojc\UQIIGECAA?=;7531/-+((# .0209.4COEPA 10161001660016700ppbNANANANA17.517.517.5NRNRNRNRNRNRNRlb/MMBtu832519480.219480.219480.2dscfm1046.1Btu/scf68F17725.6217725.6217725.62scfh28Turbine 2xrmf_XTLLJHFDDB@>:620.,*''" .0209.4NOxEPA 20256002520025300ppbNANANANA17.517.517.5NRNRNRNRNRNRNRlb/MMBtu832519480.219480.219480.2dscfm1046.1Btu/scf68F17725.6217725.6217725.62scfh46Turbine 2ysng`YUMMKIGEECA?;731/-+((# .0208NOxEPA 7E145500142600145600ppbNANANANA15.615.615.6NRNRNRNRNRNRNRlb/MMBtu8606136300136300136500dscfm1021Btu/dscf68F240200236400236400dsfh46Fuel factor is O2 based at 68 F. Exhaust Gas flowrate calculated from O2 flow.昖}uqlf`ZVNNLJHFFDB@<8420.,))# .VCN0.0  en2  ma  rs  ut2  se2  . 2   f2  M 2  to2  ar2  r.2    2  2   2  2  2  2  2  2    2  2  2  2    2  2 ! 2 " 2 # 2 $ 2 % 2 ! & 2 "!' 2#"(  $") 2 %#* |2 &$+ 2 '%, |2 (&- 2 )'. |2 *(/ 2 +)0 |2 ,*1 2 -+2 |2 .,3 2 /-4 |ID PollutantMethod Run 1 Conc R Run 2 Conc R Run 3 Conc R Avg Conc RCUnit Blank Conc1 Blank Conc2 Blank Conc3SDDLRun 1 O2Run 2 O2Run 3 O2 Run 1 Rate Run 2 Rate Run 3 RateAvg RateRUnit Run1 Factor Run 2 Factor Run 3 Factor Avg FactorFUnitRun 1 Fuel FactorRun 1 Gas FlowrateRun 2 Gas FlowrateRun 3 Gas FlowrateGas Flowrate UnitFuel Heating ValueFuel Heating Value UnitStandard TemperatureStandard Temperature UnitStack TemperatureStack Temperature UnitsRun 1 Fuel FlowrateRun 2 Fuel FlowrateRun 3 Fuel FlowrateAvg Fuel FlowrateFuel Flowrate Unit Run 1 % Moist Run 2 % Moist Run 3 % Moist Avg % MoistMWComm{@?GL[ކ^ԅPɄ94³u5G/w@Ħݒ@HAPs + Criteria Pollutant Summary (lb/hr) @LWF000 thVVJJJJJJH @_v@pݒ@Facility Criteria Pollutants Summary (lb/MMBtu)@wLWF000^ uzn\\PPPPPPN   Lv@ݒ@Criteria Pollutant Summary (lb/MW-hr)@?LWF000 pdRRFFFFFFD  /v@ݒ@Criteria Pollutant Summary (lb/hr) @LWF000 maOOCCCCCCA 7/w@@.°3{@Test Data - HAPs + Criteria HHH<<<<<<<: @p@&x@Test Data - HAPs ===1111111/ @3e 0KAXMqhcm@hcm@Test Data - Criteria Pollutants>>>>>>>>>>> gcm@cm@Test Data028FormaldehydeCARB 43042.436.542.4NRppb3.83.93.9NA14.514.514.5.022.019.023NRpphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6630F-Factor from CFRztnjb`^\ZWUQMIEA=;852/-)%! .0281,3 - ButadieneCARB 422.102NDNDND0ppbNANANA0.414.514.028FormaldehydeCARB 43042.436.542.4NRppb3.83.93.9NA14.514.514.5.022.019.023NRpphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6630F-Factor from CFRztnjb`^\ZWUQMIEA=;852/-)%! .0281,3 - ButadieneCARB 422.102NDNDND0ppbNANANA0.414.514.514.028FormaldehydeCARB 43042.436.542.4NRppb3.83.93.9NA14.514.514.5.022.019.023NRpphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6630F-Factor from CFRztnjb`^\ZWUQMIEA=;852/-)%! .0281,3 - ButadieneCARB 422.102NDNDND0ppbNANANA0.414.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710113775113775113775dscfmNRNR68F9.410.829.6654F-Factor from CFR~|wqkeaYWUSQNMKIGC?;8642/.,*( .028XylenesCARB 410ANDNDND0ppbNANANA4014.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.66106F-Factor from CFRzwwwwwwwvtrpke_YUMKIGEBA?=;73/-+)'$#! .028EthylbenzeneCARB 410ANDNDND0ppbNANANA2014.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.66106F-Factor from CFR|||||||{ywupjd^ZRPNLJGFDB@<8420.,)(&$" .028TolueneCARB 410A290NDNDNRppbNDNANA2014.514.514.5NRNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6692F-Factor from CFR|yyyyyyyxvtrmga[WOMKIGDCA?=951/-+)&$"  .0fffff@28BenzeneCARB 410ANDNDND0ppbNANANA2014.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68FR9.410.829.6678F-Factor from CFR{xxxxxxwvtrpke_YUMKIGEBA?=;73/-+)'$#! .c Nrz9027BenzeneCARB 410ANDNDND0ppbNANANA1.5151515NDNDND0pphNDNDND0lb/MMBtu8710236411233028230523dscfmNRNR68F78F-Factor from CFRsqqqqqqqqqqqpnlje_YSOGFDB@=<:86420-+)'$#! .027AcroleinCARB 430NDNDND0ppbNANANA2.28151515NDNDNDNRpphNDNDNDNRlb/MMBtu8710236411233028230523dscfmNRNR68F56F-Factor from CFRvtttttttttttsqomhb\VRJHFDB?=;97531-+)'$#! .027AcetaldehydeCARB 43013.127.623.3NRppb68.968.968.9NA151515.022.045.038NRpph.0000456.000096.0000836NRlb/MMBtu8710236411233028230523dscfmNRNR68F44F-Factor from CFR|xpnf_WTRNJFDB@>:62/-)%! .027FormaldehydeCARB 430ND27.536.8NRppbNA22.322.314.44151515ND.03.04NRpphND.0000652.00008750.0000623lb/MMBtu8710236411233028230523dscfmNRNR68F30F-Factor from CFRyumd\TROMJGECA?:620-+'#! .027NaphthaleneCARB 429NDNDND0ppbNANANA0.139151515NDNDND0pphNDNDNDNDlb/MMBtu8710243127239751233124dscfmNRNR68F128F-Factor from CFRzwwwwwwwwwwwvtrpke_YUMKIGEBA?=;9750.,*'&$"  .027PAHsCARB 4290.08240.1310.0110NRug/dscmNANANANA151515.0000793.000115.0000095NRpph.000000145.000000246.00000002060.000000138lb/MMBtu8710243127239751233124dscfmNRNR68FF-Factor from CFR±|qg]ZXPIA?=;9753,*$ .026FormaldehydeEPA 00113.73.21.7NRppbNANANANA14.914.814.8.008.0071.0038NRpphNRNRNRNRlb/MMBtu8710464777466463472476dscfm1058Btu/dscf68F141651421714474dscfm30|vpjf^\ZXVSQLGC?;7531/,*'$! .B028AcroleinCARB 430NDNDND0ppbNANANA1.4414.514.514.5NDNDND0pphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6656F-Factor from CFR|yyyyyyyxvtrmga[WOMKIGDCA?=951-+)'$#! .028AcetaldehydeCARB 43016.16.697.00NRppb2.322.422.43NA14.514.514.5.012.005.006NRpphNRNRNRNRlb/MMBtu8710108245109374114491dscfmNRNR68F9.410.829.6644F-Factor from CFR}wqmeca_]ZXTPLHD@>:62/-)%! .?l6013.2BenzeneCARB 410ANDNDND0ppbNANANA2.515.7315.7315.73NRNRNRNRpphNRNRNRNRlb/MMBtu9190161860161860161860dscfm1054757.63Btu/dscf68F31.3031.3031.30GPM78F-Factor from CFRwrlf`\TRPNLIGECA<72/-+)&%#! .013.2FormaldehydeCARB 430NDNDND0ppbNANANA1915.7315.5815.75NRNRNRNRpphNRNRNRNRlb/MMBtu9190161860153929160723dscfm1054757.63Btu/dscf68F31.3030.6330.96GPM30F-Factor from CFRzuoic_WUSQOLJHFD?:531/-*)'%# .013.1BenzeneCARB 410ANDNDND0ppbNANANA2.515.5415.5415.54NRNRNRNRpphNRNRNRNRlb/MMBtu8710142622142622142622dscfmNRNR68F250000250000250000dscfh78F-Factor from CFR~~}{ywrlf`\TRPNLIGECA<72/-+)&%#! .013.1FormaldehydeCARB 430ND44793NRppbNANANA1915.5415.4315.30NRNRNRNRpphNRNRNRNRlb/MMBtu8710142622138636135417dscfmNRNR68F250000248000248000dscfh30F-Factor from CFR~|wqkeaYWUSQNLJHFA<7531/,*(%# .0271,3 - ButadieneCARB 422.102NDNDND0ppbNANANA0.028151515NDNDND0pphNDNDND0lb/MMBtu8710236411233028230523dscfmNRNR68F54F-Factor from CFR~~~~~~~~~~~}{ywrlf`\TSQOMJIGECA?=8642/.,*( .027TolueneCARB 410A2.302.202.00NRppbNANANANA151515.008.0075.0067NRpph.00001680.0000161.0000146NRlb/MMBtu8710236411233028230523dscfmNRNR68F92F-Factor from CFR|vrjh`WOLJE@<:86420.+)%! .027XylenesCARB 410A2.040.99NDNRppbNANANA1.1151515.008.004NDNRpph.0000172.00000833NDNRlb/MMBtu8710236411233028230523dscfmNRNR68F106F-Factor from CFR}wqkg_][RJGEC?;97520.,)'%! .027EthylbenzeneCARB 410ANDNDND0ppbNANANA1.10151515NDNDND0pphNDNDND0lb/MMBtu8710236411233028230523dscfmNRNR68F106F-Factor from CFRzwwwwwwwwwwwvtrpke_YUMLJHFCB@><:8620.,)(&$" .%Ig012.1FormaldehydeCARB 43092.334.619.1NRppbNANANANA14.514.514.5.15.06.03NRpphNRNRNRNRlb/MMBtu8710344658344658344658dscfmNRNR68F5.825.825.825.82pps30Blanks and D.L. given in mg/L of sample. However, lab report is unclear about type of transformation and units of reported results. What is worst, transformation from those units to units in ppm reported in summary is very unclear. Decided not includ|vpjf^\ZXVSQNKHD@<:8641/+'# ..015.2NaphthaleneCARB 42926.414.919.7NRppbNANANANA12.412.412.4.326.144.205NRpphNRNRNRNRlb/MMBtu9190611300477500516400dscfm1054757.63Btu/dscf68F128F-Factor from CFR~xrlh`^\ZXUSOKGC?;97530.*&" .015.2PAHsCARB 42914681.8107NRug/dscmNANANA1.1112.412.412.4.334.146.207NRpphNRNRNRNRlb/MMBtu9190611300477500516400dscfm1054757.63Btu/dscf68FF-Factor from CFR{uoie][YWURPLHD@<8420.'%" .015.2FormaldehydeCARB 430NR3848NRppbNA0.00100.001NA15.015.015.01.25.065.083NRpphNRNRNRNRlb/MMBtu9190363600363600363600dscfm1054757.63Btu/dscf68F30First run deleted because concentration was much larger than the other two runs and in the report the considered that it might be contaminated. F-Factor from CFR=ztnjb`^\ZWUQMIEA=;60.+)'%# ..015.1FormaldehydeCARB 430NR5555NRppbNA0.00060.0006NA15.015.015.07.77.138.137NRpphNRNRNRNRlb/MMBtu8710528900528900528900dscfmNRNR68F30First run deleted because concentration was much larger than the other two runs and in the report the considered that it might be contaminated. F-Factor from CFR0{uokca_][XVRNJFB><60.+)'%# ..3'AVK011AcroleinCARB 430NDNDNDNRppbNDNDND1.814.0114.6414.51NDNDNDNRpphNDNDNDNRlb/MMBtu8621440196463997451859dscfmNRNR68F56}}}}}}}}}}}|zxvqke_[SQOMKHFDB@;61.,*(%#! .@011AcetaldehydeCARB 43050150130NRppb0.120.120.12NA14.0114.6414.51.15.490.41NRpph.00015.000494.000419NRlb/MMBtu8621440196463997451859dscfmNRNR68F44|xpng`ZWUQNKFA<:62.+)&#! .@011FormaldehydeCARB 430230190560NRppb0.310.310.31NA14.0114.6414.51.47.421.2NRpph.000469.000426.00123NRlb/MMBtu8621440196463997451859dscfmNRNR68F30|xpnhaZWUROLGB=;73/,*'$! .@011BenzeneCARB 410NDNDNDNRppbNANANA214.0114.6414.51NDNDNDNRpphNDNDNDNRlb/MMBtu8621440196463997451859dscfmNRNR68F78||zzzzzzzzzzzywusnhb\XPNLJHECA?=83.-+)'$"  .@012.21,3 - ButadieneGC/PIDNDNDNDNRppbNANANA7.514.514.514.5NDNDNDNRpphNRNRNRNRlb/MMBtu9190339155339155339155dscfm1054757.63Btu/dscf68F6.426.426.426.42pps54F-Factor from CFRzuoic_WUSQOLJHFD@<8531/,*(&$ .012.2BenzeneCARB 410161424NRppbNANANANA14.514.514.5.07.06.1NRpphNRNRNRNRlb/MMBtu9190339155339155339155dscfm1054757.63Btu/dscf68F6.426.426.426.42pps78F-Factor from CFRupjd^ZRPNLJGEC@=951/-+)&$"  .012.2FormaldehydeCARB 43043.026.7NRNRppbNANANANA14.514.514.5.07.04NRNRpphNRNRNRNRlb/MMBtu9190339155339155339155dscfm1054757.63Btu/dscf68F6.426.426.426.42pps30Blanks and D.L. given in mg/L of sample. However, lab report is unclear about type of transformation and units of reported results. What is worst, transformation from those units to units in ppm reported in summary is very unclear. Decided not includ~ysmgc[YWUSPNLIFB>:8642/-+'# ..aQ{017BenzeneCARB 410A0.40.40.40.4ppbNANANANA14.514.514.5NRNRNRNRpphNRNRNRNRlb/MMBtu8710NRNRNRdscfmNRNR68F78ssqqqqqqqqqqqpnljeca_[SQOMKHFDB@<8420.,)&#  .@025xFormaldehydeCARB 430NDNDND0ppbNANANA41214.714.714.7NRNRNRNRpphNRNRNRNRlb/MMBtu8710812008120081200dscfmNRNR68F10.210.210.210.230{{{{{{{zxvtoje`\TRPNLIGECA=9520.,)(&$" .|023xFormaldehydeCARB 4301289.51124.51025.9NRppbNANANANA16.1616.1616.16.27.25.23NRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F30F-Factor from CFR|wrnfdb`^[YVSPKFA?=;964.(" .023xXylenesCARB 410ANDNDNDNRppbNANANA1016.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F106F-Factor from CFR}zzzzzzzzzzzywusnid_[SQOMKHFDB@;61/-+)&$"  .023xEthylbenzeneCARB 410ANDNDNDNRppbNANANA516.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F106F-Factor from CFR~~~~~~~~~~~}{ywrmhc_WUSQOLJHFD?:5420.+)'%# .023xTolueneCARB 410ANDNDNDNRppbNANANA616.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F92F-Factor from CFR{yyyyyyyyyyyxvtrmhc^ZRPNLJGECA?:50/-+)&$"  .023xBenzeneCARB 410ANDNDNDNRppbNANANA616.1616.1616.16NDNDNDNRpphNRNRNRNRlb/MMBtu8710475004750047500dscfmNRNR68F78F-Factor from CFR{yyyyyyyyyyyxvtrmhc^ZRPNLJGECA?:50/-+)&$"  .016FormaldehydeCARB 43077.22119.9773.55NRppb70.3370.3370.33NA14.514.514.5.0039.0278.0018NRpphNRNRNRNRlb/MMBtu8710120090120090120090dscfmNRNR68F30Emission rates in pounds per hour are corrected concentrations. Blank for those in pounds per hour is 0.0398. Concentration in ppb are uncorrected concentration and blank is given in ppb. F-Factor from CFRh{womkigdb]XSOKGE@;631,&! .. !22,.022BenzeneCARB 410A1.140.980.89NRppbNANANANA14.614.614.6.0015.0013.0012NRpph.00000661.00000568.00000516NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000078½{sqh_VSQLGB>:6420.+)%! .022AcroleinCARB 430NDNDNDNRppbNANANA5.6314.614.614.6.00748.00451.00434NRpph.000032.0000195.0000187NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000056Detection limit is average of three runs (detection limit is 1.4 micrograms and divided by different volume for each run gives three different conc. in ppb)_zvnld\URPJD>:62.,*(%#! ..022AcetaldehydeCARB 430NDNDNDNRppbNANANA6.1314.614.614.6NDNDNDNRpphNDNDNDNRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000044Detection limit is average of tree runs (1.2 micrograms divided by different sample volumes give different detection limit in ppb for each run)9|xsmga]USQOMJHFDB>:620.,)'%#! ..022FormaldehydeCARB 43054.536.844.0NRppb9.45.75.5NA14.614.614.6.0233.0161.199NRpph.000101.0000693.0000858NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000030Ŀ}uskc\YWSNIEA=;852/-)%! .019NaphthaleneCARB 4290.651.880.503NRppbNANANANA15.6015.4015.20NRNRNR.008pphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPM128F-Factor from CFR|vpjf^\ZXVSOMKID?:8642/-($  .019PAHsCARB 4296.2818.94.90NRug/dscmNANANANA15.6015.4015.20NRNRNR.0146pphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPMF-Factor from CFR~ysmgc[YWUSPKIGE@;6420.'%! .019FormaldehydeCARB 43050.161.194.6NRppb14.2235.431.22NA15.6015.4015.20.11.1.17NRpphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPM30F-Factor from CFR~xrnfdb`^[YVTQLGB@;72/-)%! .  0h@21FormaldehydeCARB 43017611NRppb10.594.767.69NA14.614.614.5.0099.0033.0061NRpph.0000512.0000181.0000326NRlb/MMBtu8710126843124020122956dscfmNRNR68FF239543241414243521dscfh8.98.98.98.930F-Factor from CFR¿|trjbZWUPKFB>:840+(&$#! .0h@21XylenesCARB 422NDNDNDNRppbNANANA0.214.614.614.6NDNDNDNRpphNDNDNDNRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.9106F-Factor from CFRzyxvtrmga[WOMKIGDB@><840-+)'$"  .0h@21EthylbenzeneCARB 410ANDNDNDNRppbNANANA0.214.614.614.6NDNDNDNRpphNDNDNDNRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.9106F-Factor from CFR~|zxsmga]USQOMJHFDB>:631/-*(&$" .0h@21TolueneCARB 4223.682.172.37NRppbNANANANA14.614.614.6.0067.0039.0043NRpph.0000255.000015.0000164NRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.992F-Factor from CFR¿zvnld]URPKFA=9531/-*($  .0h@21BenzeneCARB 410A0.340.260.4NRppbNANANANA14.614.614.6.00052.0004.00061NRpph.000002.00000153.00000235NRlb/MMBtu8710124020124020124020dscfmNRNR68FF241414241414241414241414dscfh8.98.98.98.978F-Factor from CFR~zrpg^WTRLGA=9531/-*(%! .022XylenesCARB 410A7.583.883.42NRppbNANANANA14.614.614.6.0139.0071.0063NRpph.0000597.0000306.0000269NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh0000106|xpnf^VSQLGB>:6420.+)%! .022TolueneCARB 410A7.014.334.72NRppbNANANANA14.614.614.6.0111.0069.0075NRpph.0000479.0000296.0000323NRlb/MMBtu8487109084109084109084dscfm1000Btu/dscf68F232300232300232300232300dscfh000092|xpnf^VSQLGB>:6420.+)%! .VCN0.0 2      2  2  2  2  2  2 2  2    2  2   2  2  2  2  2  2    2  2  2  2    2  2  2 ! 2 " 2 # 2 $ 2 ! % 2 "!& 2#"'  $"( 2 %#) 2 &$* 2 '%+ 2 (&, 2 )'- 2 *(. 2 +)/ 2 ,*0 2 -+1 2 .,2 2 /-3 ID PollutantMethod Run 1 Conc R Run 2 Conc R Run 3 Conc R Avg Conc RCUnit Blank Conc1 Blank Conc2 Blank Conc3SDDLRun 1 O2Run 2 O2Run 3 O2 Run 1 Rate Run 2 Rate Run 3 RateAvg RateRUnit Run1 Factor Run 2 Factor Run 3 Factor Avg FactorFUnitRun 1 Fuel FactorRun 1 Gas FlowrateRun 2 Gas FlowrateRun 3 Gas FlowrateGas Flowrate UnitFuel Heating ValueFuel Heating Value UnitStandard TemperatureStandard Temperature UnitStack TemperatureStack Temperature UnitsRun 1 Fuel FlowrateRun 2 Fuel FlowrateRun 3 Fuel FlowrateAvg Fuel FlowrateFuel Flowrate Unit Run 1 % Moist Run 2 % Moist Run 3 % Moist Avg % MoistMWComm[6? D00@300.1ChlorobenzeneEPA TO-11NDNRNRppbNANANA31019NOxEPA 20378004020042500ppbNANANANA15.415.315.2NRNRNRNRNRNRNRlb/MMBtu9271445544357044380576dscfm19680Btu/lb68F83.283.681.5GPM46Exhaust gas flowrate value presented in summary chart, probably calculated, not measured. . Test ID changed from 223 on 1/16/02 by MT - 223 and 19 were duplicates, so 223 was removed from database.S{{zxrmhb\VRJJHFDBB@><840.,*(%%  ..019COEPA 10150001400013000ppbNANANANA15.415.315.2NRNRNRNRNRNRNRlb/MMBtu9271445544357044380576dscfm19680Btu/lb68F83.283.681.5GPM28Exhaust gas flowrate value presented in summary chart, probably calculated, not measured. Test ID changed from 223 on 1/16/02 by MT - 223 and 19 were duplicates, so 223 was removed from database.O~zzywqlga[UQIIGECAA?=;73/-+)'$$ ..019FormaldehydeCARB 43050.161.194.6NRppb14.2235.431.22NA15.6015.4015.20.11.1.17NRpphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPM30F-Factor from CFR~xrnfdb`^[YVTQLGB@;72/-)%! .019PAHsCARB 4296.2818.94.90NRug/dscmNANANANA15.6015.4015.20NRNRNR.0146pphNRNRNRNRlb/MMBtu9190445544357044380576dscfm1054757.63Btu/dscf68F83.283.681.5GPMF-Factor from CFR~ysmgc[YWUSPKIGE@;6420.'%! .00@300.1ChlorobenzeneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR112.5Turbine 1 - Diesel. Exhaust gas velocityand temperature are average of particulates and metals train.򍈈}|{yqgb`^YUMMKIGEECA?=;6531/,,*(& .00@300.1TetrachloroethyleneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR166Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.wmhfd_[SSQOMKKIGECA<;975220.,# .T(00@300.1TrichloroethyleneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR131.5Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.}ukfdb]YQQOMKIIGECA?:975300.,*! .00@300.1Methylene ChlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR85Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.~vlgec^ZRRPNLJJHFDB@;:86411/-+" .00@300.1Vinylidene ChlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR97Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.wmhfd_[SSQOMKKIGECA<;975220.,# .00@300.1ChloroformEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR119.5Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.~~~|zyxvnd_][VRJJHFDBB@><:8320.,))'%# .00@300.1FormaldehydeEPA TO-1126.4NRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR30Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.񋉉~}|zrhca_ZVNNLJHFFDB@><76420--+)% .00@300.11,4 - DichlorobenzeneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR147Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.yojhfa]UUSQOMMKIGEC>=;974420.% .,~F0 @300.1NickelCARB 436NDNRNRNRug/dscmNANANA2.5317.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR58.71Turbine 1 - Diesel~|tjecaZVNNLJHFFDB@><731/-&$"  .0 @300.1LeadCARB 436NDNRNRNRug/dscmNANANA5.0617.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR207.19Turbine 1 - Diesel~}|zrhca_XTLLJHFDDB@><:51/-+$"  .0 @300.1ChromiumCARB 436NDNRNRNRug/dscmNANANA1.6917.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR52Turbine 1 - Diesel~vlgec\XPPNLJHHFDB@>9531/(&$"  .0 @300.1CadmiumCARB 436NDNRNRNRug/dscmNANANA0.8417.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6NRNRdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR112.4Turbine 1 - Diesel}ukfdb[WOOMKIGGECA?=8420.'%#! .0 @300.1ArsenicCARB 436NDNRNRNRug/dscmNANANA3.3717.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR74.92Turbine 1 - Diesel}ukfdb[WOOMKIGGECA?=8420.'%#! .00@300.1Carbon TetrachlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR154Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.xnige`\TTRPNLLJHFDB=<:86331/-$ .00@300.1AcetaldehydeEPA TO-113.7NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR44Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.񋉉~}|zrhca_ZVNNLJHFFDB@><7531/,,*(% .00@300.1Vinyl ChlorideEPA TO-11NDNRNRppbNANANA1517.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR62.5Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.􎊊~}{sidb`[WOOMKIGGECA?=86420--+)' .)700@300.1NOxSCAQMD 100.182800NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR46Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.ywwwurpppnlkjhfd_][VRJJHFDBB@><:831/-+((&$ .00@300.1COSCAQMD 100.110200NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR28Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.xvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# .00@300.1SO2SCAQMD 100.15580NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR64Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.xvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# .00@300.1NMHCSCAQMD 25.24550NRNRppbNANANANA17.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfmNRNR68FFNRNRNR5.0NR16Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train. NMHC is average of two runsxvvvtqooomkjigec^\ZUQIIGECAA?=;9720.,*''%# .0@@300.1PM-10SCAQMD 5.242090.83NRNRNRugr/dscmNANANANA17.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044465NRNRdscfmNRNR68FFNRNRNR5.0NRTurbine 1 - Diesel|zzzxvutrpnige`\TTRPNLLJHFDB=;975-+)' .00@300.11,3 - ButadieneEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR54Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.򌊊~}{sidb`[WOOMKIGGECA?=87531..,*( .0 @300.1SeleniumCARB 436NDNRNRNRug/dscmNANANA8.4317.40NRNRNRNRNRNRNRNRNRlb/MMBtu919044411.6nrnrdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR79Turbine 1 - Diesel~vlgec\XPPNLJHHFDB@>9531/(&$"  .6hDN0p@300.2ArsenicCARB 436NDNRNRNRug/dscmNANANA2.6416.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR74.92Turbine 1 - Digester Oil~~~|ywwwusrqomkfdb[WOOMKIGGECA?=8420.'%#! .0X@300.2Vinylidene ChlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR97Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~{yyywutsqomhfd_[SSQOMKKIGECA<;975220.,# .0X@300.2Methylene ChlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR85Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.}zxxxvtsrpnlgec^ZRRPNLJJHFDB@;:86411/-+" .0X@300.2Vinyl ChlorideEPA TO-11NDNRNRppbNANANA1516.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR62.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.|||zwuuusqpomkidb`[WOOMKIGGECA?=86420--+)' .0X@300.2AcetaldehydeEPA TO-1113.0NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR44Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~|||zwuuusqpomkidb`[WOOMKIGGECA?=86420--+)% .0X@300.2Carbon TetrachlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR154Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.|zzzxvutrpnige`\TTRPNLLJHFDB=<:86331/-$ .00@300.1Ethylene DichlorideEPA TO-11NDNRNRppbNANANA317.28NRNRNRNRNRNRNRNRNRlb/MMBtu919044438NRNRdscfm1054757.63Btu/dscf68FFNRNRNR5.0NR97Turbine 1 - Diesel. Exhaust gas velocity and temperature are average of particulates and metals train.wmhfd_[SSQOMKKIGECA<;975220.,# .NZ5f0p@300.2ChromiumCARB 436NDNRNRNRug/dscmNANANA1.3216.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR52Turbine 1 - Digester Oil}zxxxvtsrpnlgec\XPPNLJHHFDB@>9531/(&$"  .0X@300.2Ethylene DichlorideEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR97Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~{yyywutsqomhfd_[SSQOMKKIGECA<;975220.,# .0X@300.21,4 - DichlorobenzeneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR147Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.񅂂}{{{ywvusqojhfa]UUSQOMMKIGEC>=;974420.% .0X@300.2ChlorobenzeneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR112.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.zzzxusssqonmkigb`^YUMMKIGEECA?=;6531/,,*(& .0X@300.2NOxSCAQMD 100.133800NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313NRNRdscfmNRNR60FFNRNRNR4,2NR46Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.ywwwurpppnlkjhfd_][VRJJHFDBB@><:831/-+((&$ .0X@300.21,3 - ButadieneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR54Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~|||zwuuusqpomkidb`[WOOMKIGGECA?=87531..,*( .0X@300.2ChloroformEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR119.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.|wwwurpppnlkjhfd_][VRJJHFDBB@><:8320.,))'%# .  KzT:0X@300.2SO2SCAQMD 100.1990NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313NRNRdscfmNRNR60FFNRNRNR4,2NR64Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.wuuuspnnnljihfdb][YTPHHFDB@@><:861/-+)&&$" .0X@300.2TrichloroethyleneEPA TO-11NDNRNRppbNANANA316.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR131.5Turbine 1 - Digester Oil. Exhaust gas flowrate and temperature are average of particulates and metals train.~~~|ywwwusrqomkfdb]YQQOMKIIGECA?:975300.,*! .0p@300.2CadmiumCARB 436NDNRNRNRug/dscmNANANA0.6616.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR112.4Turbine 1 - Digester Oil~~~|ywwwusrqomkfdb[WOOMKIGGECA?=8420.'%#! .0p@300.2NickelCARB 436NDNRNRNRug/dscmNANANA1.9816.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR58.71Turbine 1 - Digester Oil}}}{xvvvtrqpnljecaZVNNLJHFFDB@><731/-&$"  .0p@300.2SeleniumCARB 436NDNRNRNRug/dscmNANANA6.6116.39NRNRNRNRNRNRNRNRNRlb/MMBtu913356236.7nrnrdscfmNRNR60FFNRNRNR4,2NR79Turbine 1 - Digester Oil}zxxxvtsrpnlgec\XPPNLJHHFDB@>9531/(&$"  .0X@300.2FormaldehydeEPA TO-1166.1NRNRppbNANANANA16.26NRNRNRNRNRNRNRNRNRlb/MMBtu913357313nrnrdscfmNRNR60FFNRNRNR4,2NR30Turbine 1 - Digester Oil. 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