DRAFT‐DONOTCITEORQUOTETestDataSelectedforMACTFloorAnalysis(SinglehighestCOconcentrationselectedforeachenginetest)TestFacility TestDate EngineNumber EngineSize(HP)TestMethodUsedAverageCOConcentration(ppmvd@15%O2)AverageFormConcentration(ppbvd@15%O2) CommentsSantaBarbaraCountyAirPollutionControlDistrict 1/22/2009WestCrane1 160 CARB100 222.9SantaBarbaraCountyAirPollutionControlDistrict 1/22/2009EastCrane3 160 CARB100 479.8AirPollutionTestingTestReport 5/8/2009 WaterPump 177 WYPortableMonitoringProtocol 156.9 One21‐minutesamplingrunusingaportableanalyzerSantaBarbaraCountyAirPollutionControlDistrict 1/20/2009EastCrane1 450 CARB100 129.6SantaBarbaraCountyAirPollutionControlDistrict 1/21/2009EastCrane2 450 CARB100 154.4AirPollutionTestingTestReport 5/8/2009 Generator1C 535 WYPortableMonitoringProtocol 149.3 One21‐minutesamplingrunusingaportableanalyzerPrecisionPower 7/26/2005 Engine4 550 EPAMethod10 28.9 100%loadPrecisionPower 7/27/2005 Engine1 550 EPAMethod10 45.6 100%loadPrecisionPower 7/28/2005 Engine3 550 EPAMethod10 82.8 25%load,ArcticfuelPrecisionPower 7/29/2005 Engine2 550 EPAMethod10 90.9 25%loadCSU‐Engines&EnergyConversionLaboratory 9/2/1999 Caterpillar3508 1000 EPAMethod10 76.8 1400 70%loadBadamiDevelopmentFacility 6/26/2003 Generator2 1680 EPAMethod10 327.1 75%loadNorthstarDevelopmentProject‐BP 7/8/2004Engine6 3570 EPAMethod10 69.4 LowloadNorthstarDevelopmentProject‐BP 7/9/2004Engine7 3570 EPAMethod10 142.9 MidloadDraftFloor(<300HP)Notes:ThehighestCOconcentrationwasselectedfortheabovetheflooroptionfor300‐500HPengines.Count3TheCSUdatapointwasselectedfor>500HPenginesbecauseitrepresentsthehighestCOconcentrationTop12%1ofteststhatwereperformedatvariousloads.AveofTop12%157 ppm@15%O2DraftFloor(300‐500HP)Count2Top12%1AveofTop12%130 ppm@15%O2DraftFloor(>500HP)Count9Top12%2AveofTop12%37 ppm@15%O2AbovetheFloor(300‐500HP)DataPointUsed154.4 ppm@15%O2COreduction70 %AbovetheFloorStan46 ppm@15%O2AbovetheFloor(>500HP)DataPointUsed76.8 ppm@15%O2COreduction70 %AbovetheFloorStan23 ppm@15%O2DRAFT‐DONOTCITEORQUOTEAllCITestDataTestFacility TestDate EngineNumber EngineSize(HP)TestMethodUsedAverageCOConcentration(ppmvd@15%O2)AverageFormConcentration(ppbvd@15%O2) CommentsAirPollutionTestingTestReport 5/8/2009 Generator1C 535 WYPortableMonitoringProtocol 149.3 One21‐minutesamplingrunusingaportableanalyzerAirPollutionTestingTestReport 5/8/2009 WaterPump 177 WYPortableMonitoringProtocol 156.9 One21‐minutesamplingrunusingaportableanalyzerBadamiDevelopmentFacility 6/26/2003 Generator2 1680 EPAMethod10 327.1 75%loadBadamiDevelopmentFacility 6/26/2003 Generator2 1680 EPAMethod10 265.4100%loadBadamiDevelopmentFacility 6/26/2003 Generator2 1680 EPAMethod10 196.9 50%loadBadamiDevelopmentFacility 6/25/2003 Generator2 1680 EPAMethod10 77.7 25%loadCSU‐Engines&EnergyConversionLaboratory 9/2/1999 Caterpillar3508 1000 EPAMethod10 76.8 1400 70%loadCSU‐Engines&EnergyConversionLaboratory 9/1/1999 Caterpillar3508 1000 EPAMethod10 44.1 1500 70%loadCSU‐Engines&EnergyConversionLaboratory 8/31/1999Caterpillar3508 1000 EPAMethod10 43.5 1600 100%loadCSU‐Engines&EnergyConversionLaboratory 8/31/1999Caterpillar3508 1000 EPAMethod10 41.6 1400 100%loadCSU‐Engines&EnergyConversionLaboratory 9/1/1999 Caterpillar3508 1000 EPAMethod10 42.7 1600 100%loadCSU‐Engines&EnergyConversionLaboratory 8/31/1999Caterpillar3508 1000 EPAMethod10 45.2 1600 100%loadCSU‐Engines&EnergyConversionLaboratory 8/31/1999Caterpillar3508 1000 EPAMethod10 44.1 1500 100%loadCSU‐Engines&EnergyConversionLaboratory 9/1/1999 Caterpillar3508 1000 EPAMethod10 41.6 1400 100%loadCSU‐Engines&EnergyConversionLaboratory 9/1/1999 Caterpillar3508 1000 EPAMethod10 76.2 1600 70%loadCSU‐Engines&EnergyConversionLaboratory 8/31/1999Caterpillar3508 1000 EPAMethod10 39.8 1300 100%loadNorthstarDevelopmentProject‐BP 7/8/2004Engine6 3570 EPAMethod10 69.4 LowloadNorthstarDevelopmentProject‐BP 7/8/2004Engine6 3570 EPAMethod10 54.9 HighloadNorthstarDevelopmentProject‐BP 7/9/2004Engine6 3570 EPAMethod10 55.5 MidloadNorthstarDevelopmentProject‐BP 7/9/2004Engine7 3570 EPAMethod10 142.9 MidloadNorthstarDevelopmentProject‐BP 7/9/2004Engine7 3570 EPAMethod10 131.1 HighloadNorthstarDevelopmentProject‐BP 7/9/2004Engine7 3570 EPAMethod10 127.8 LowloadPrecisionPower 7/27/2005 Engine1 550 EPAMethod10 45.6 100%loadPrecisionPower 7/29/2005 Engine2 550 EPAMethod10 90.9 25%loadPrecisionPower 7/29/2005 Engine2 550 EPAMethod10 57.7 50%loadPrecisionPower 7/29/2005 Engine2 550 EPAMethod10 41.6 75%loadPrecisionPower 7/27/2005 Engine2 550 EPAMethod10 23.5 100%loadPrecisionPower 7/28/2005 Engine3 550 EPAMethod10 82.8 25%load,ArcticfuelPrecisionPower 7/28/2005 Engine3 550 EPAMethod10 59.9 50%load,ArcticfuelPrecisionPower 7/28/2005 Engine3 550 EPAMethod10 39.5 75%load,ArcticfuelPrecisionPower 7/28/2005 Engine3 550 EPAMethod10 42.8 100%load,ArcticfuelPrecisionPower 7/26/2005 Engine3 550 EPAMethod10 42.3 100%loadPrecisionPower 7/26/2005 Engine4 550 EPAMethod10 28.9 100%loadSantaBarbaraCountyAirPollutionControlDistrict 1/20/2009EastCrane1 450 CARB100 129.6SantaBarbaraCountyAirPollutionControlDistrict 1/21/2009EastCrane2 450 CARB100 154.4SantaBarbaraCountyAirPollutionControlDistrict 1/22/2009EastCrane3 160 CARB100 479.8SantaBarbaraCountyAirPollutionControlDistrict 1/22/2009WestCrane1 160 CARB100 222.9