储集层伤害概念模型探讨
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摘要
储集层伤害研究是各项作业方案设计的依据,有效预防、控制和治理伤害问题是伤害研究的目的.本文论述了目前具有代表性的储集层伤害数值研究,提出了储集层伤害的概念模型,并进一步给出了伤害数值研究的概念模型和一般化实现方法,旨在为储集层伤害数值研究提供理论指导,使伤害建模更具有系统性和通用性,从而推动伤害数值研究的通用程序化.
The research of formation damage is basis of designing all kinds of operation scheme. Its aim is at preventing and controlling formation damage effectively. The paper dissertates the representative numerical researches of formation damage, and describes conceptual models of damage, furthermore presents generic implementations of numerical researches. The paper aims at providing theoretical direction, and makes damage model′s systematicness and commonality. So that it can push forward general programming of damage numerical research.
The research of formation damage is basis of designing all kinds of operation scheme. Its aim is at preventing and controlling formation damage effectively. The paper dissertates the representative numerical researches of formation damage, and describes conceptual models of damage, furthermore presents generic implementations of numerical researches. The paper aims at providing theoretical direction, and makes damage model′s systematicness and commonality. So that it can push forward general programming of damage numerical research.
引文
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[27]董书礼.钻井液设计的智能化方法和技术研究[D].山东东营:石油大学.2001:28～55.
[28]孙建孟,李召成,谭未一.用单相关分析法快速预测储层敏感性[J].钻井液完井液,1999,16(1):1～7.
[29]李淑白,樊世忠,李茂成.水锁损害定量预测研究[J].钻井液完井液,2000,19(5):8～9.
[30]张振华,鄢捷年.用灰色关联法预测低渗砂岩储层的水锁损害[J].石油钻探技术,2001,29(6):51～52.
[2]法鲁克·西维.油层伤害———原理、模拟、评价和防治[M].杨凤丽、侯中昊等译.北京:石油工业出版社.2003,131～422.
[3]WojtanowiczAK.KrilovZ,LanglinaisJP.Studyonthe effectofporeblokingmechanismsonfgormationdamage[R].SPE16233,1987,8～10.
[4]CivanF.Amulti phasemudfiltrateinvasionandwellborefil tercakeformationmodel[R].SPE28709,1994,399～412.
[5]KhilarKC,FoglerHS.Watersensitivityofsandstones[J].SPEJ,1983,55～64.
[6]ˇCer灳annsky′A,ˇSiroky′R.Deep bedfiltrationonfilamentlay ersonparticlepolydispersedinliquids[J].IntChem.Eng.,1985,25(2):364～375.
[7]GruesbeckC,CollionsRE.Paticletransportthroughperfora tions[J].SPEJ,1982,857～865.
[8]GruesbeckC,CollionsRE.Entrainmentanddepositionoffine particlesinporousmedia[J].SPEJ,1982,847～856.
[9]LiuX,CivanF.Formationdamagebyfinesmigrationinclu dingeffectsoffiltercake,porecompressibilityandnon darcy floe—amodelingapproachtoscalingfromcoretofield[R].SPE28980,1995,14～17.
[10]OhenHenryA,CivanFaruk.Simulationofformationdam ageinpetroleumreservoirs[R].SPE19420,1993,185～200.
[11]CivanF.Amulti purposeformationdamagemodel[R].SPE31101,1996,311～326.
[12]CivanF.Convenientformulationsforimmiscibledisplace mentinporousmedia[R].SPE36701,1996,223～236.
[13]KandinerHJ,BrinklySR.Calculationofcomplexequilibri umrelations[J].IndEngChem,1950,42:850～855.
[14]LinchtnerPC.Time spacecontinuumdescriptionoffluid/rockinteractioninpermeablemedia[J].WaterResourcesRe search,1992,28(12):3135～3155.
[15]PlummerLN.Geochemicalmodelingofwater rockinterac tion:past,present,future[J].Water RockInteraction.1992,1:858.
[16]SchneiderGW.Ageochemicalmodelofthesolution mineral equilibriawithinasandstonereservoir[D].MSThesis,The UniversityofOklahoma,1997:157.
[17]MansooriGA.Modelingofasphalteneandotherheavyor ganicdepositions[J].JournalofPetroleumScienceandEngi neering,1997,17:101～111.
[18]LeontaritisKJ.Asphaltenenear wellboreformationdamagemodeling[R].SPE39446,1998,277～288.
[19]AliMA,IslamMR.Theeffectofasphalteneprecipitation oncarbonate rockpermeability:anexperimentalandnumeri calapproach[J].SPEProductionandFacilitiesJournal,1998,178～183.
[20]CivanF.Modelingandsimulationofformationdamagebyor ganicdeposition[R].ISCOP'95,1995,102～107.
[21]WangS,CivanF,StryckerAR.Simulationofparaffinand asphaltenedepositioninporousmedia[R].SPE50746,1999,449～458.
[22]彭春耀,鄢捷年,李玉凤.预测储层潜在敏感性损害的新方法[J].钻井液完井液,1999,16(2):1～7.
[23]杨立强,王志章,熊琦华.复杂岩性储层参数评价中神经网络技术的应用[J].地球物理学进展,2003,18(1):44～48.
[24]曹思远,梁春生.储层预测中BP神经网络的应用[J].地球物理学进展,2002,17(1):84～90.
[25]张向君,李幼铭,等.结构网络最小混合型神经元网络油气预测[J].地球物理学报,2002,45(C00):378～386.
[26]刘瑞林,马在田.时间延迟神经网络地震油气预测方法[J].地球物理学报,1997,40(5):710～717.
[27]董书礼.钻井液设计的智能化方法和技术研究[D].山东东营:石油大学.2001:28～55.
[28]孙建孟,李召成,谭未一.用单相关分析法快速预测储层敏感性[J].钻井液完井液,1999,16(1):1～7.
[29]李淑白,樊世忠,李茂成.水锁损害定量预测研究[J].钻井液完井液,2000,19(5):8～9.
[30]张振华,鄢捷年.用灰色关联法预测低渗砂岩储层的水锁损害[J].石油钻探技术,2001,29(6):51～52.
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