M701F390MW级联合循环燃气轮机运行调整关键技术研究

AbstractGasturbineandthegas-steamcombinedcyclepowerplantasanadvancedpowertechnologyforit’senvironmentprotection,cleanness,highefficiencyandwell-variableloadhasbeenusedwidelyaroundtheworld.Thirtypercentoftotalenergyproductionwillbeproducedbygaspowerplantin2020year,thedatafromtheworldenergyassociationpredictionTooptimizetheenergyconstruction,increasetheenergyefficiency,decreasetheharmfulexhaustsandpreventenvironment,nationconstitutetheenergypolicythatdevelopthehydraulicpowerhardly,developthenormalthermalpoweroptimization,developthenuclearpowerenergetically,developthegaspowerplantadequately.Expertsforecastthat6-7percentoftotalenergyproductionwillbeproducedbygaspowerplantin2020yearinournation.Theresearchisinadequatewhichincludethegasturbinedesignandmanufacture,powerplantdesign,equipmentinstallation,equipmentregulationandtest,gassupplyforlaggingbuildofFclassgaspowerplantinournation.Thisresearchismeetingtherequirementofbuildingthegasturbinefleetlyinmanycompanyandtheirstrongrequirementsofgasturbinetechnologyrecently,anditbasesontheregulationexperiencesofsomeLNGpowerplantinGuangdongprovince.Therearethreeaimofthisresearchinclude:Firstly,theresearchwillfocusontheconstructionandperformanceofM701FgasturbinemanufacturedbyMHI.Analysistheperformanceandbasiccharacteristicsofgasandstreamcombinedcyclepowerplant.ResearchtheoperationmodeandcontrolstyleofthegasturbinepowerplantinourcountrySecondary,summing-upthesuccessfulcombustionregulationexperiencesofthenormalthermalpower,emphasisresearchonthecombustiontechniqueofthesingle-shaftgasturbineconstructedinnation.Thirdly,usingthemethodofcombustionandaerodynamicandcombinethetestdataapplicationintheM701FgasturbinepowerplantinGuangdongprovince,summing-upakindofgasturbinecombustiontechniquelastly.GivingawelltypeoftheM701Fgasturbinecombustiontechniquethrowthelastresearchandgrown-upexperienceinthesameprojectinthefuture.Keywords:gasturbinepowertechnologycombustion,keytechnique,optimization,research.............................................................................11.1-.........................................................................11.2-.................................................................................21.2.1............................................................................21.2.2........................................................................41.2.3................................................................................51.3.............................................................................................................5..............................62.1M701F...................................................................................62.2.................................................................62.2.1M701F............................................................................62.2.2M701F............................................................................72.2.3M701F................................................................................72.3.............................................................92.4...........................................................102.5.......................................................102.5.1.......................................................................102.5..............................................................................................................11.........................................133.1......................................133.1.1...................................................................................................................133.1.2...............................................................................................143.1.3...................................................................................................153.1.4...................................................................................................213.1.5.......................................................................233.2M701F.........................................................433.2.1...........................433.2.2...........................................................503.3.............................................................................................................57..........................................................................................................................59..................................................................................................................................60......................................................................................................................................621.1EF[1]1-11-1-[2]gasturbineBasiccompositionofCombinedCyclePowerPlantsfuelexhaustgasgeneratorheatrecoverysteamgeneratorsteamturbinegasturbineBasiccompositionofCombinedCyclePowerPlantsfuelfuelexhaustgasgeneratorheatrecoverysteamgeneratorsteamturbine11.270%1-2%[3]111-12F[4-6]F5745FNOxNOxSOxCO2F20min60minF21003[7]104~8%0.8%~2%FF202030202