机械通风冷却塔在内陆核电厂中的应用

NuclearPowerEngineering31320106Vol.31.No.3Jun.20100258-0926(2010)03-0092-05200030TL38+.4A1420h8000m3/h10152222212100%3900MWeRCC-P2009-03-012010-01-07931Fig.1FlowDiagramofEssentialServiceWaterSystemVol.31.No.3.20109433.13123123RCC-P3I34ASMEQME-1ANSIB16.41900MWeRCC-M3.2RCC-P1E1EI1E①②③④⑤900MWeRCC-E3.3RCC-PLSIQ1900MWeRCC-GIAEA-50-C-QA44.1I4.24.3953a[1]30a4.44.5[2]53[3]24[4]1E1HAF0102①11②6[5]101101cooperationdesignplatformsatisfingthenuclearengineeringdesigndemandsandthenuclearpowerqualityassurancerequirementcompletelyandcontrollableforthenucleardesigninstitutesusingthetraditionaldesignmethods.Keywords:Three-Dimensionaldesign,Cooperationdesign,Nucleardesigninstitutes,Application1970―199295[1].[J].2007,23(5):8~9.[2].[J].2007,24(1):59~60.[3].[J].2006,(9):33~34.[4].[J].1995,16(5):395~397.[5]HAF601.[S].1992.ApplicationofMechanicalDraftCoolingTowerinInlandNuclearPowerPlantsPANWen-gao,LIZhao-ming,HUBin,LIXiao-yan(ChinaNuclearPowerDesignCompanyLtd.,ShanghaiBranch,Shanghai,200030,China)Abstract:Thispaperdescribedthenuclearpowerplantrelateddesigncriterionclassificationofmechanicaldraftcoolingtowerusedininlandnuclearpowerplantultimateheat-sinksystems,analyzedandsummarizedthespecialdesignandconstructionrequirementsofnuclear-classifiedmechanicaldraftcoolingtower,andbroughtforwardthequalificationprocedureofequipmentsinsuchcoolingtower,andfinallyproposedareferenceandguideforthedesignanddevelopmentofdomesticnuclear-classifiedmechanicaldraftcoolingtower.Keywords:Inlandnuclearpowerplant,Mechanicaldraftcoolingtower,Design,Construction1984—20071978—20001984—2007