锅炉房大气污染源强的计算-环评中锅炉房大气污染源强的确定

1993257000()⎟⎠⎞⎜⎝⎛×⎟⎟⎠⎞⎜⎜⎝⎛⎟⎠⎞⎜⎝⎛+-++=18.4278.0100005.1177.0100004.1BQQVddya()⎟⎠⎞⎜⎝⎛×⎟⎟⎠⎞⎜⎜⎝⎛⎟⎠⎞⎜⎝⎛+-++=18.4990450154.0100004.1BQQVddya)1(6.1h-⋅×=SBGs⋅⋅=⋅=)1(1h--⋅⋅=fhmdCdABGanalysismethodistocollectalotofsoilsamplesinthefieldatfirst,thentomeasurethehydrocarbonconcentrationinsoilinlaboratory,andfinallyevaluatethesoilpollutiondegree.Thismethodneedslotsoftimeandcost.Anewmethodbyintegrativemeasurementofalittlesoilsamplesandfieldspectraanalysiswasputforward.ThismethodhasbeensuccessfullyusedtoforecasthydrocarbonconcentrationinsoilandevaluatesoilpollutioninLiaoheRiverDelta.Theanalysisresultisconsistentwiththatoffieldsurveyandtheknownresearchedresult.KEYWORDSLiaoheRiverDeltasoiloilymatterspollutionspectralanalysisApplicationofModernSeparationTechnologyinEnvironmentAnalysis46YuanLei1LeiJun2(1DepartmentofSafetyQualityandEnvironmentalProtectioninDaqingPetroleumAdministrationBureau2.EnveironmentalSurveyCenterofDaqingPetroleumAdministrationBureau)ABSTRACTThereareaseriesofseparationtechniquesfortreatmentofoilsamples.TheapplicationtendencyofseparationtechniquesusedinmodernenvironmentanalysisofDaqingOilfield,includingsolidphaseextraction,solidphasemicro-extraction,membraneextraction,supercriticalfluidextraction,capillaryelectrophoresis,acceleratedsolventextraction,micro-waveextraction,weresummarized.Thedevelopmentprospectsoftheseseparationtechnologieswerediscussed.KEYWORDSDaqingOilfieldoilsampleenvironmentanalysisseparationtechnologydevelopmentprospectDeterminationofStrongSourceforAirPollutioninBoilerRoom50QuBoDuHuaiqin(TechnicalDetectionCenterofShengliPetroleumAdministrationBureau)ABSTRACTThedeterminationofstrongpollutionresourcehastheimportanteffectsfortheanalysisresultsofenvironmentalevaluation.Theanalysisresultofairpollutantsproducedinboilerroomshowsthattheaffectingfactorsforairpollutantofboilerroomarethestructure,calorificcapacityandburningperformanceoffuels.Thedeterminationwaysmainlyincludematerialbalancealgorithm,measurementandexperiencefactor.Amongthem,thefirstmethodhasbeenextensivelyapplied.Thecombinationofthematerialbalancealgorithmandmeasurementmethodcanbeusedtodeterminethedischargecapacityofpollutantsinboilerroom.KEYWORDSenvironmentalevaluationboilerroompollutionsourcepollutantdischargecapacitycalculationDevelopmentofRecoveryandSeparationTechniquesforDealingWithOilSpillAccident53LinRenzi1QuTianyu2CaoXiaohu3(1.UniversityofPetroleum,China;2.ChemicalandSalesCompanyofPetroChinaStockCompany;3.BeijingKangdaEnvironmentalEngineeringCompanyLimited)ABSTRACTSincetheninetiesofthe20thcentury,theaccidentofoilspillhasalwaysoccurredonlandandoffshoreandresultedintheseriousresourcelossandtheenvironmentalpollution.TheemergencymeasuresandfacilitiesusedinEuropeandAmericawereintroducedinthispaper.Theworkingprinciples,structures,applicablefieldsandcharacteristicsofmachineforseparatingandrecoveringspilledoilproducedbyJapanInternationalChemicalStockCompanyweredescribed.KEYWORDSoilspillaccidentemergencymeasureemergencyfacilityseparationrecoverymachine