简介:[篇名]Modellingsimultaneousreactionsofniobiumprecipitatesinferriticstainlesssteels,[篇名]Optimizationofacommerciallyavailablechemiluminscenceanalyzerforlow-levelNO{sub}xmeasurement,[篇名]RelativeHumiditySensorsBasedonPorousPolysiliconandPorousSiliconCarbide,[篇名]Roundrobintestofautomotiveexhaustmeasurementin“JapancleanairprogramI”,[篇名]Scienceandtechnologydesigningexhaustsystems,[篇名]Structuralanalysisofcatalyticconvertersinautomotiveexhaustsystems,[篇名]Systemandutilityconsiderationsforanalyzercalibrationandmeasurementoflowconcentrationsinautomotiveexhaust,[篇名]Wasteheatrecoveryusingheatpipeheatexchangerforheatingautomobileusingexhaustgas,[篇名]World'sFirstCO{sub}2RegulationofVehicleEmissionsaimedatGreenHouseGasMitigation。
简介:Developmentoftheferriticstainlesssteelweldingwireprovidingfine-grainmicrostructureweldmetalforthecomponentsofautomotiveexhaustsystem,DevelopmentofVanadium-addedHeatResistantCastIronforExhaustManifold,EffectsofKANTO-LOAMsoilasacomponentofparticulateairpollutionontheheartratevariabilityinrats,ElectrochemicalNO{sub}xsensorsforautomotivedieselexhaust,Enthalpy-probediagnosticsofanatmospheric-pressureunleadedpetrolexhaust-gasmicrowave-inducedplasma,Fatigueandmicrostructureofwelded,joints'ofmetalsheetsforautomotiveexhaustsystem。
简介:【内容摘要】本项目主机采用F级改进型燃气轮发电机组,燃机本体采用干式低氮燃烧系统,NOx的排放浓度为50mg/m3,为满足揭阳市大气污染物排放标准,本项目同步建设脱硝装置,在余热锅炉内采用选择性催化剂还原法(SCR)脱硝工艺,脱硝效率暂按不低于70%,烟囱出口的NOx排放浓度达15mg/m3以下,同时对未来更加严格的排放标准具有良好的适应性。