引文
[1]Jansen J D,Wagenvoort A M,Droppert V S,et al.Smart wellsolutions for thin oil rims:Inflow switching and the smartstinger completion[C].Melbourne:SPE Asia Pacific Oil andGas Conference and Exhibition,Melbourne:Society of Petrole-um Engineers Inc.,2002:SPE 77942.
[2]van der Poel R,Jansen J D.Probabilistic analysis of the valueof a smart well for sequential production of a stacked reservoir[J].Journal of Petroleum Science and Engineering,2004,44(1/2):155-172.
[3]Jansen J D,Douma S D,Brouwer D R.Close-loop reservoirmanagement[C].SPE Reservoir Simulation Sympoium,Woodland:Society of Petroleum Engineers Inc.,2009:SPE119098.
[4]Ebadi F,Davies D R.Should“proactive”or“reactive”controlbe chosen for intelligent well management[C].IntelligentEnergy Conference and Exhibition,Amsterdam:Society of Pe-troleum Engineers Inc.,2006:SPE 99929.
[5]Drakeley B K,Johansen E S,Zisk E,et al.In-well optical sens-ing-state-of-the-art applications and future direction for in-creasing value in production-optimization systems[C].Intelli-gent Energy Conference and Exhibition,Amsterdam:Societyof Petroleum Engineers Inc.,2006:SPE 99696.
[6]Lee J H.Assisted interpretation of fiber-optic data for smart-well completions[C].Abu Dhabi International Petroleum Ex-hibition and Conference,Abu Dhabi::Society of PetroleumEngineers Inc.,2006,SPE 101675.
[7]Tolan M,Boyle M,Williams G.The use of fiber-optic distribu-ted temperature sensing and remote hydraulically operated in-terval control valves for the management of water productionin the Douglas field[C].SPE Annual Technical Conferenceand Exhibition,New Orleans:Society of Petroleum EngineersInc.,2001:SPE 71676.
[8]Johann P R S,Thedy E A,Gomes F A,et al.4Dseismic inBrazil:Experiences in reservoir monitoring[C].OffshoreTechnology Conference,Houston,Texas:Offshore Technolo-gy Conference,2006:OTC-18400-MS.
[9]Lumley D E,Behrens R A.Practical geophysical issues of 4Dseismic reservoir monitoring[C].SEG Annual Meeting Dallas:Society of Exploration Geophysicists,1997:13452.
[10]Lumley D E,Behrens R A.Practical issues of 4Dseismic res-ervoir monitoring:What an engineer needs to know[J].SPE Reservoir Evaluation&Engineering,1998(6):528-538.
[11]Moldoveanu N,Combee L,Van Baaren P,et al.Repeatabilityof the seismic experiments for 4Dseismic in transition zonesurveys[C].SEG Annual Meeting Dallas:Society of Explora-tion Geophysicists,1996:52431.
[12]O′Donovan A R,Smith S G,Kristiansen P.Foinaven 4Dseis-mic-dynamic reservoir parameters and reservoir management[C].SPE Annual Technical Conference and Exhibition,Dal-las:Society of Petroleum Engineers Inc.,2000:SPE 63294.
[13]严建文.四维地震技术与油藏强化开采[J].石油地球物理勘探,1998(增刊1):112-121.
[14]甘利灯.四维地震技术及其在水驱油藏监测中的应用[D].北京:中国地质大学,2003.
[15]甘利灯,姚逢昌,杜文辉,等.水驱油藏四维地震技术[J].石油勘探与开发,2007(4):437-444.
[16]甘利灯,姚逢昌,邹才能,等.水驱四维地震技术可行性研究及其盲区[J].勘探地球物理进展,2003(1):24-29.
[17]陈小宏,牟永光.四维地震油藏监测技术及其应用[J].石油地球物理勘探,1998(6):707-715.
[18]于华,关继腾,程媛媛.储层岩石流动电位的电化学影响因素[J].物探与化探,2012(1):73-77.
[19]张峰.地层深部流体流动电位实验研究[D].北京:中国地质大学,2010.
[20]Jaafar M Z,Jackson M D,Saunders J,et al.Measurements ofstreaming potential for downhole monitoring in intelligentwells[C].SPE Middle East Oil and Gas Show and Conference,Bahrain::Society of Petroleum Engineers Inc.,2009:SPE120460.
[21]Jackson M D,Gulamali M,Leinov E,et al.Real-time measure-ments of spontaneous potential for inflow monitoring in intelli-gent wells[C].SPE Annual Technical Conference and Exhibi-tion,Florence::Society of Petroleum Engineers Inc.,2010:SPE 135146.
[22]Jackson M D,Saunders J H,Addiego-Guevara E.Developmentand application of new downhole technology to detect water en-croachment toward intelligent wells[C].SPE Annual Techni-cal Conference and Exhibition,Dallas::Society of PetroleumEngineers Inc.,2005:SPE 97063.
[23]Jackson M D,Vinogradov J,Saunders J H,et al.Laboratorymeasurements and numerical modeling of streaming potentialfor downhole monitoring in intelligent wells[J].SPE Journal,2011(3):625-636.
[24]Miorali M,Slob E,Arts R.A feasibility study of borehole ra-dar as a permanent downhole sensor[J].Geophysical Prospec-ting,2011,59(1):120-131.
[25]Miorali M,Zhou F,Slob E,et al.Coupling ground penetratingradar and fluid flow modeling for oilfield monitoring applica-tions[J].Geophysics,2011,76(3):21-25.
[26]Aitokhuehi I,Durlofsky L J.Optimizing the performance ofsmart wells in complex reservoirs using continuously updatedgeological models[J].Journal of Petroleum Science and Engi-neering,2005,48(3/4):254-264.
[27]Brouwer D R.Dynamic waterflood optimization with smartwells using optimal control theory[D].Delft University ofTechnology,2004.
[28]Brouwer D R,Jansen J D.Dynamic optimization of waterflooding with smart wells using optimal control theory[C].European Petroleum Conference,Aberdeen::Society of Petro-leum Engineers Inc.,2002:SPE 78278.
[29]Brouwer D R,Jansen J D,van der Starre S,et al.Recovery in-crease through water flooding with smart well technology[C].SPE European Formation Damage Conference,The Hague::Society of Petroleum Engineers Inc.,Netherlands,2001:SPE68979.
[30]Meum P,Tndel P,Godhavn J M,et al.Optimization of smartwell production through nonlinear model predictive control[C].Intelligent Energy Conference and Exhibition,Amster-dam::Society of Petroleum Engineers Inc.,2008SPE 112100.
[31]Saputelli L,Nikolaou M,Economides M J.Real-time reservoirmanagement:A multiscale adaptive optimization and controlapproach[J].Computational Geosciences,2006,10(1):61-96.
[32]Netland S O,Haugen V,Samsonsen B,et al.Smart well tech-nology applied to a horizontal subsea well at Gullfaks satellites[C].SPE Annual Technical Conference and Exhibition,Houston:Society of Petroleum Engineers Inc.,2004:SPE90793.
[33]Dolle N,Singh P,Paino W F,et al.Gas management,reservoirsurveillance,and smart wells:An integrated solution for theBugan field[C].SPE Annual Technical Conference and Exhi-bition,Dallas::Society of Petroleum Engineers Inc.,2005:SPE 86214.
[34]Elmsallati S M,Davies D R,Erlandsen S M.A case study ofvalue generation with intelligent well technology in a high pro-ductivity,thin oil rim reservoir[C].SPE Middle East Oil andGas Show and Conference,Bahrain:Society of Petroleum En-gineer Inc.,2005:SPE 94995.
[35]Erlandsen S M.Production experience from smart wells in theOseberg field[C].SPE Annual Technical Conference and Ex-hibition,Dallas::Society of Petroleum Engineer Inc.,2000:SPE 62953.
[36]Rester S,Thomas J,Hilten M P,et al.Application of intelli-gent completion technology to optimize the reservoir manage-ment of a deepwater gulf of Mexico field:A reservoir simula-tion case study[C].SPE Annual Technical Conference and Ex-hibition,Houston:Society of Petroleum Engineer Inc.,1999:SPE 56670.
[37]倪杰,李海涛,龙学渊.智能完井新技术[J].海洋石油,2006(2):84-87.
[38]刘均荣,姚军,张凯.智能井技术现状与展望[J].油气地质与采收率,2007(6):107-110.
[39]曲从锋,王兆会,袁进平.智能完井的发展现状和趋势[J].国外油田工程,2010,26(7):28-31.
[40]肖述琴,陈军斌,屈展.智能完井综合系统[J].西安石油大学学报:自然科学版,2004(2):37-40,44-91.
[41]胡勤耕,张昕.国外智能井系统流量控制关键技术分析[J].中国仪器仪表,2011(12):50-53.
[42]钱杰,沈泽俊,张卫平,等.中国智能完井技术发展的机遇与挑战[J].石油地质与工程,2009,23(2):76-79.
[43]许胜,陈贻累,杨元坤,等.智能井井下仪器研究现状及应用前景[J].石油仪器,2011(1):46-48.
[44]许胜,何东升.基于高温单片机的智能井井下数据采集系统设计[J].仪表技术与传感器,2011(2):51-53.
[45]盛磊祥,许亮斌,蒋世全,等.智能完井井下流量阀液压控制系统设计[J].石油矿场机械,2012(4):34-38.
[46]赵辉.油藏开发闭合生产优化理论研究[D].东营:中国石油大学,2011.
[47]余金陵,魏新芳.胜利油田智能完井技术研究新进展[J].石油钻探技术,2011(2):68-72.
[48]Nestlerode W A.The use of pressure data from permanentlyinstalled bottom hole pressure gauges[C].Denver:Society ofPetroleum Engineer Inc.,1963:SPE 12593.
[49]Eck J,Ewherido U,Mohammed J.Downhole monitoring:Thestory so far[J].Oilfield review,1999,11(4):20-33.
[50]ROCTMpermanent downhole gauges[EB/OL](2012).http://www.halliburton.com/ps/default.aspxnavid=2367&pageid=2548&prodgrpid=PRG%3A%3AK4QN6M4VY.
[51]Mubarak S M,Pham T R,Shamrani S S,et al.Using downholecontrol valves to sustain oil production from the first maximumreservoir contact,multilateral and smart well in Ghawar field:case study[C].International Petroleum Technology Confer-ence,Dubai:International Petroleum Technology Conference,2007:IPTC 11630.
[52]Addiego-Guevara E.Quantifying the value of reactive and pro-active feedback control strategies for intelligent wells[D].London:Imperial College,2009.
[53]Kragas T K,Williams B A,Myers G A.The optic oil field:de-ployment and application of permanent in-well fiber optic sens-ing systems for production and reservoir monitoring[C].SPEAnnual Technical Conference and Exhibition,New Orleans:Society of Petroleum Engineer Inc.,2001:SPE 71529.
[54]Brown G A,Kennedy B,Meling T.Using fibre-optic distribu-ted temperature measurements to provide real-time reservoirsurveillance data on Wytch Farm field horizontal extended-reach wells[C].SPE Annual Technical Conference and Exhi-bition,Dallas::Society of Petroleum Engineer Inc.,2000:SPE62952.
[55]Miorali M.Borehole radar for oil production monitoring[D].Delft:Delft University of Technology,2012.
[56]Watts G,Griffin T A,Barkved O I,et al.Seismic surveillancein the field of the future[C].Intelligent Energy Conferenceand Exhibition,Amsterdam:Society of Petroleum EngineerInc.,2006:SPE 99827.
[57]van Kleef R,Fisher S.Smart reservoir management:The wellas an integrated part of reservoir monitoring and optimization[C].Society of Exploration Geophysicists,1999:12546.
[58]van Kleef R,Hakvoort R,Bhushan V,et al.Water flood moni-toring in an Oman carbonate reservoir using a downhole per-manent electrode array[C].SPE Middle East Oil Show,Bah-rain,2001:SPE 68078.
[59]Bryant I D,Chen Y M,Raghuraman B,et al.An application ofcemented resistivity arrays to monitor waterflooding of themansfield sandstone,Indiana,U.S.A[J].SPE Reservoir E-valuation&Engineering,2002,5(6):447-454.
[60]Bryant I D,Chen M Y,Raghuraman B,et al.Real-time moni-toring and control of water influx to a horizontal well using ad-vanced completion equipped with permanent sensors[J].SPEDrilling&Completion,2004,19(4):253-264.
[61]Zumberge M,Alnes H,Eiken O,et al.Precision of seafloorgravity and pressure measurements for reservoir monitoring[J].Geophysics,2008,73(6):133-141.
[62]Biegert E,Ferguson J,Li X.4Dgravity monitoring:Introduc-tion[J].Geophysics,2008,73(6):1-2.
[63]Krahenbuhl R A,Li Y G,Davis T.4Dgravity monitoring offluid movement at Delhi field,LA:A feasibility study withseismic and well data[C].SEG Annual Meeting Denver:Socie-ty of Exploration Geophysicists,2010:25635.
[64]Annan A P.GPR methods for hydrogeological studies:Hydro-geophysics[M].The Netherlands:Springer,2005:185-213.
[65]Chen Y H,Oristaglio M L.A modeling study of borehole radarfor oilfield applications[J].Geophysics,2002,67(5):1486-1494.
[66]周峰.井中雷达储层动态监控及其在智能井采油优化上的应用[D].武汉:中国地质大学,2011.
[67]Zimmer C,Richter D,Person J,et al.Drilling a better pair:New technologies in SAGD directional drilling[J].Journal ofCanadian Petroleum Technology,2012,51(2):115-126.