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132（）20114：2010-09-28：（1972-），，，，。，，。，，，，。，，，。，，，，[1]。11.12030，。10。1949，Muskat，，，“”[1]。1.21956Perrine、，。1959，MartinPerrine。Perrine-Martin，。22.11967ODellMill，[2]。2.21969Roebuck，。1973FussellDDRoebuck，。AnilkChopraJonesJR，，，，。33.11995XiongYu[4]，-，。1996，FevangWhitson[5]，。，。2001121（1．，100083；2．，457300）：、。、。，，。，。：；；：TE375：A：1673-1980（2011）02-0042-0442··，，：，Gringarten，，，。，。2004，，。2005，、[6]。2008，、。44.1，。：；。，、。。，FevangWhitson1996，，()，。，，。4.2，，Perrine-Martin、、。，，。4.2.1Perrine-Martin1956Perrine、，。1959，Martin[7]Perrine。Pexrine-Martin，。4.2.2Perrine-martin，，，。，，。，。，，。4.2.3。，、、、。：，，，。，，，。，。。（1）。1996，Husseiny&Ramey。，。，，。（2）。1990，Jones。。Boe-Whitson。1989，BoeWhitosn[8]。Boltzmann，。，，。。JoneRaghavan。，。，。。43··，，：。，。，。。Jones。，。Jones，。Raghavan。，-，，。，。。4.2.4，。90，，。2001，PEBI，，，，。，。5，，：（1），，，，。，。，。（2）。，，，，，。（3）。、、，。（4）。，。（5）。，。。6[9,10]，：（1），，。（2），。，。（3）、、。（4）。[1]MuskatM.PhysicalPrinciplesofOilProduction[G].McGrawHillBookCompany,Inc.1949：78-82.[2]DellOHG,MillerRN.SuccessfullyCyclingaLowPermeability,High-YieldGasCondensateReservoirs[G].JPT，1967：41-44.[3]JonesJR,RaghavanR.InterpretationofFlowingWellResponseinGasCondensateWells[G].PaperSPE14204Presentedatthe1985SPEAnnualTechnicalConferenceandExhibition,LasVe-gas,Sept.22-25.[4].[D].：,2005.[5]Fevang,WhistonCH.ModelingGas-condensateWell44··ComprehensiveMechanisticModelforUpwardTwo-PhaseFlowinWellbores[G].SPE20630.[7]User'sManualforAPI14B,SSCSVSizingComputerProgram,SecondEdition[G].APIAppendixB,1978:38-41.[8]BeggsHD,BrillJP.AStudyofTwo-phaseFlowinInclinedPipes[G].JPT，1973:60-71.[9]DunsHJrandRos,NCJ.VerticalFlowofGasandLiquidMixturesinWellProcduce.6thWorldET[J].Cong,1963:451.[10],,.[J].,1999,2(3).87-92.CouplingAnalysisonCondensateGas-wellFormationandWellboreinYahaBlockZHOUChong-wen1ZHONGHai-quan1WEILiang2(1.StateKeyLaboratoryofOiland.GasReservoirGeologyandExploitation，SouthwestPetroleumUniversity，Chengdu610500；2.XinjiangKaramayOilfield，Karamay834000)Abstract：TakingYaha23-1-6wellforexample,itoptimizesGraymodelbypredictionmethodofgas-liquidinflowperformance.Theresultsshowthatsimulationpointsareclosetotheactualproductionpoints,andthecouplingmodelisaccordancewiththesystemanalysisoftheblock.Inordertoavoidlargecondensateliquidprecipitating,itmakescouplinganalysisofformationpressure,wellheadpressure,pipediameter,andskinfactors,italsooptimizestheactualproductionparametersofcondensategaswells.Keywords：Yahablock；condensategaswell；retrogradecondensedliquid；two-phasepseudopressure(41)，，：Deliverability[G].SPE.Res.Eng,1996,11(4):221-230.[6],,,.[J].,2005,14(4):5-7.[7]MartinJC.SimplifiedEquationsofFlowingasDriveReservoirsandtheTheoreticalFoundationofMultiphasePressureBuildupAnalysis[J].TransAIME,1959（216）:309-311.[8]BoeA,Whitson.TwoPhasePressureTestAnalysis[G].SPEFE,1989：604-610.[9]，，,.[J].,2004,13(2):4.[10]，，,.———[J].,2006(03):285-291.ProblemsandProgressofAnalyticalMethodsforCondensateGasWellTestingZHANGHong-chen1JIAYan2CHANGTie-long1(1.ResearchInstituteofPetroleumExplorationandDevelopment,Sinopec,Beijing100083;2.ResearchInstituteofPetroleumExplorationandDevelopment,ZhongyuanOilfield,Puyang457300)Abstract：Thispaperreviewstheresearchprogressofanalyticalmethodsforcondensategaswelltesting,includingoil/waterphasesstage,oil/gasphasesstageandmulti-regionmulti-phasesstage.Analyticalmethodsaremainlycapacitywelltestingmethodandunstablewelltestingmethod.Percolationmechanismofcondensategasreservoirandwelltestingtheorydevelopslowly,andthecondensategaspercolationprocessiscomplex.Thewelltestingtheoryislimitedinanalyticalmethods.Couplingeffectamongdifferentfactorsleadstodifficultyforwelltestinginterpretation.Itishardtodeterminethedistributionofoilandgas.Keywords：condensategaswell；welltest；pseudo-pressure45··