个人简介

魏兵，教授，博士生导师，博士/博士后毕业于加拿大新不伦瑞克大学（UniversityofNewBrunswick），俄罗斯喀山联邦大学客座研究员，俄罗斯自然科学院通讯成员，四川省学术与技术带头人后备人选，全国矿业石油安全工程领域优秀青年科技人才，西南石油大学复杂油藏三次采油中心执行主任，复杂油气藏提高采收率青年科技创新团队带头人。主要从事非常规油藏提高采收率方法和理论研究，主持国家自然科学基金面上项目、青年基金，国家973项目、国家十三五科技重大专项、四川省面上基金、中石油科技创新基金、加拿大博士后基金等项目20余项。获省部级科技进步二等奖2项，出版英文专著2部，申请国内国际专利14项，在石油、能源、化学化工主流发表学术论文84篇，其中SCI论文65篇，IF=191，国内外学术报告30余次，担任FrontiersinChemistry(SCI二区，IF=3.8)和InternationalJournalofOilGasandCoalEngineering（EI收录）客座副主编。 个人简历 2019.12-至今西南石油大学石油与天然气工程学院/油气藏地质与开发工程国家重点实验室，教授/博导 2015.01—2019.12西南石油大学石油与天然气工程学院/油气藏地质与开发工程国家重点实验室，副教授 2013.10—2014.11加拿大UniversityofNewBrunswick，石油工程，博士后 2009.09—2013.09加拿大UniversityofNewBrunswick，石油工程，博士 2006.09—2009.06中国石油大学（北京），化学工程，硕士 2002.09—2006.06曲阜师范大学，化学工程，学士

研究领域

研究方向：提高采收率方法与理论

研究领域 非常规油藏提高采收率方法与理论 1.基质-裂缝间传质扩散行为理论 2.物质/能量均衡波及方法与理论 3.高效排驱方法与理论 主要研究项目 基于纤丝纳米材料（CNF）高稳泡沫驱体系的构筑及液膜夹断-分离行为研究，国家自然科学基金面上项目，2020.1-2023.12，主持 致密储层高效排驱模式及排驱机理研究，国家973项目，2015.1-2019.12，主持 缝洞型稠油油藏注空气/CO2可行性实验,国家十三五科技重大专项,2016.1-2020.12，主持 玛湖凹陷百口泉组致密储层注气（CO2、空气、N2）提高采收率可行性研究,中石油,2017.10-2019.10 长庆致密油-CO2混相压力及界面张力规律测试,北京大学,2018.10-2019.5，主持 高温高盐环境中纳米纤维素/有机碱杂化体系的构建及油水界面行为研究,国家自然科学青年基金,2019.1-2021.12，主持 基于纳米纤维纳米液的构建及驱油机理研究,中石油创新基金,2015.9-2017.9，主持 NCF表面功能化修饰及驱油机理研究，四川省面上基金,2017.4-2019.3，主持 加拿大博士后基金（Mitacs），原油在低渗油藏的流动行为及提高采收率技术研究，2013/11-2014/12，主持 加拿大新不伦瑞克省和魁北克省联合基金（NB-QuebecCooperation），功能性聚合物的流变性研究，2011/01-2012/12，主持

近期论文

查看导师最新文章 （温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

65.魏兵*，田庆涛，毛润雪，等.纳米纤维素材料在油气田开发中的应用与展望.油气地质与采收率.已接收. 64.魏兵*，尚静，蒲万芬，卡杰特瓦西里，赵金洲.超临界CO2在致密油藏中的扩散前缘预测.西南石油大学学报（自然科学版）,已接收 63.BingWei*,TaoSong,YanGao,etal.Effectivenessandsensitivityanalysisofsolutiongasre-injectioninBaikouquantightformation,Mahusagforenhancedoilrecovery.Petroleum,accepted. 62.魏兵*，尚静，相华,等.油藏条件对超临界CO2扩散行为及浓度场分布的影响规律.油田化学,已接收. 61.魏兵*，宋涛，赵金洲,等.溶解气回注提高致密油藏采收率效果及敏感性分析—以新疆玛湖凹陷百口泉组为例.西南石油大学学报（自然科学版）,2019,41,85-95. 60.BingWei*,XiangZhang,RunnanWu,etal.SupercriticalCO2-EORinanAsphaltenicTightSandstoneFormationandtheChangesofRockPetrophysicalPropertiesInducedbyAsphaltenePrecipitation.JournalofPetroleumScienceandEngineering,2020,DOI:10.1016/j.petrol.2019.106515. 59.BingWei*,XiangZhang,JiangLiu,etal.AdsorptiveBehaviorsofSupercriticalCO2inTightPorousMediaandTriggeredChemicalReactionswithRockMineralsduringCO2-EORand–Sequestration.ChemicalEngineeringJournal,https://doi.org/10.1016/j.cej.2019.122577. 58.BingWei*,KeGao,TaoSong,etal.NuclearMagneticResonance(NMR)MonitoringofMassExchangeinaLowPermeabilityMatrix-FractureModelduringCO2CyclicInjection:AMechanisticStudy.SPEJournal.SPE-199345-PA. 57.JingpinLiu*,ZhiwenDai,CongjunLiu,KaiheLv,XianbinHaung,JinshengSun,BingWei*.InhibitionoftheHydrationExpansionofSichuanGasShalebyAdsorptionofCompoundedSurfactants.Energyundefinedamp;Fuels.2019,33,6020-2026. 56.BingWei*,YuanyuanWang,RunxueMao,etal.DesignofNanocelluloseFibrilscontainingLigninSegment(L-NCF)forProducingStableLiquidFoamsas“Green”FloodingAgentsforOilRecovery.ACSSustainableChemstryundefinedamp;Engineering.2019,7,11426-11437.. 55.BingWei*,JianNing,RunxueMao,etal.RationalDesignandFabricationofanAlkali-inducedO/WEmulsionStabilizedwithCelluloseNanofibrils(CNFs):ImplicationforEco-friendlyandEconomicOilRecoveryApplication.SoftMatter.2019,15,4026-6034.. 54.BingWei*,XiangZhang,RunnanWu,PengZou,KeGao,XinguangXu,*,WanfenPu,ColindWood.Pore-scaleMonitoringofCO2andN2FloodingProcessesinaTightFormationunderReservoirConditionsusingNuclearMagneticResonance(NMR):ACaseStudy.Fuel,2019,246,34-41. 53.YangYang,WanfenPu,XingguangXu,BingWei*,ColinWood*.Scalablesynthesisofcore-shellmicrogelparticlesusingthe‘drywater’method.ChemicalCommunications.2019,55,2849-2852 52.LinSun*,BaojunBai*,BingWei*,WanfenPu,etal.Recentadvancesofsurfactant-stabilizedN2/CO2foamsinenhancedoilrecovery.Fuel,2019,241,83-93. 51.XiangZhang,BingWei*,JingShang,KeGao,etal.AlterationsofGeochemicalPropertiesofaTightSandstoneReservoirCausedbySupercriticalCO2-Brine-RockInteractionsinCO2-EORandGeosequestration.JournalofCO2Utilization.2018,28,408-418. 50.KexingLi*,XueqiJing,DanDu,WanfenPu,BingWei*.Pore-levelinvestigationsontheoildisplacementmechanismsofaviscoelasticsurfactantinporousmedia.JournalofPetroleumScienceandEngineering.2019,173,748-757. 49.BingWei*,QinzhiLi,JianNing,YuanyuanWang,LinSun,WanfenPu.Macro-andMicro-scaleObservationsofaSurface-functionalizedNanocellulosebasedAqueousNanofluidsinChemicalEnhancedOilRecovery(C-EOR).Fuel,2019,1321-1333. 48.JianNing,BingWei*,RunxueMao,YuanyuanWang,JingShang,LinSun.Pore-LevelObservationsofanAlkali-InducedMildO/WEmulsionFloodingforEconomicEnhancedOilRecovery.Energyundefinedamp;Fuels,2018,32,10595-10604. 47.BingWei,*JianNing,JielinHe,etal.Relationbetweenbrine-crudeoil-quartzcontactangleformedonflatquartzslidesandincapillarieswithbrinecomposition:Implicationsforlow-salinitywaterflooding.ColloidandsurfaceA:PhysicochemicalandEngineeringAspects2018,555,660-667. 46.BingWei*,PengZou,JiangShang,etal.IntegrativeDeterminationoftheInteractionsbetweenSARAFractionsofanExtra-heavyCrudeOilduringCombustion.Fuel,2018,234,580-587. 45.ShuaiZhao,WanfenPu*,BingWei*,XingguangXu*.Acomprehensiveinvestigationofpolymermicrospheres(PMs)migrationinporousmedia:EORimplications.Fuel,2019,235,249-258. 44.BingWei*,YuanyuanWang,YangbingWen,etal.BubbleBreakupDynamicsandFlowBehaviorsofaSurface-functionalizedNanocellulosebasedNanofluidStabilizedFoaminConstrictedMicrofluidicDevices.JournalofIndustrialandEngineeringChemistry,2018,68,24-32. 43.吴润楠，魏兵*，邹鹏，等.超临界CO2对普通稠油和超稠油物性的影响规律研究.油田化学,2018,35,440-446. 42.蒲万芬,沈超,唐兴建,魏兵*,赵娜,梅子来.化学驱体系油水界面扩张粘弹性研究进展.油田化学,2018,35,562-570. 41.宁健,魏兵*,高炎,王牧明,蒲万芬,王崇阳,王生奎.低成本O/W型乳液与岩心孔吼配伍性及其驱油效率.油田化学,2018,35,328-332. 40.WanfenPu*,ShuaiZhao,SongWang,BingWei*,ChengdongYuan,YiboLi.Investigationintothemigrationofpolymermicrospheres(PMs)inporousmedia:Implicationsforprofilecontrolandoildisplacement.ColloidsandSurfacesA:PhysicochemicalandEngineeringAspects.2018;265:265-275. 39.BingWei*,PengZou,XiangZhang,XingguangXu,ColinWood,YiboLi.InvestigationsofStructure-Properties-ThermalDegradationKineticsAlterationsofTaheAsphaltenesCausedbyLowTemperatureOxidation.Energyundefinedamp;Fuels.2018,32,1506–1514. 38.WanfenPu,ChaoShen,BingWei*,YangYang,YiboLi.Acomprehensivereviewofpolysaccharidebiopolymersforenhancedoilrecovery(EOR)fromflasktofield.JournalofIndustrialandEngineeringChemistry.2018,61,1-11. 37.BingWei*,HaoLi,QinzhiLi,LaimingLu,etc.InvestigationofSynergismbetweenSurface-graftedNano-celluloseandSurfactantsinStabilizedFoamInjectionProcess.Fuel.2017,207,352-364. 36.WanfenPu,FengJiang,PeiChen,BingWei*.POSSBasedHydrogelwithMechanicalRobust,CohesivenessandRapidSelf-HealablewithouthealingfortimesbyElectrostaticInteraction.Softmatter.2017,DOI:10.1039/C7SM01492A. 35.BingWei*,RunnanWu,LaimingLu,etal.InfluenceofIndividualIonsonoil/Brine/RockInterfacialInteractionsandOil−WaterFlowBehaviorsinPorousMedia.Energyundefinedamp;Fuels,2017,31,12035–12045. 34.BingWei*,LaimingLu,WanfenPu*,etal.ProductiondynamicsofCO2cyclicinjectionandCO2sequestrationintightporousmediaofLucaogouformationinJimsarsag.JournalofPetroleumScienceandEngineering.2017,157,1084-1094. 33.BingWei*,HaoLi,QinzhiLi,etal.StabilizationofFoamLamellaUsingNovelSurface-GraftedNanocellulose-BasedNanofluids.Langmuir,2017,33,5127-5139. 32.BingWei*,LaimingLu,QinzhiLi,etal.MechanisticStudyofOil/Brine/SolidInterfacialBehaviorsduringLow-SalinityWaterfloodingUsingVisualandQuantitativeMethods.Energyundefinedamp;Fuels,2017,31,6615-6624. 31.QinzhiLi,BingWei*,LaimingLu,etc.Investigationofphysicalpropertiesanddisplacementmechanismsofsurface-graftednano-cellulosefluidsforenhancedoilrecoveryFuel.2017,207,352-364. 30.蒲万芬,王崇阳,李一波,魏兵*,金发扬.致密油储层CO2驱核磁共振实验研究,科学技术与工程,2017,17,30-34. 29.魏兵*.一种驱油用高稳定性多糖类聚合物的物理性能.油田化学,2017,1,103-107. 28.YiboLi,YafeiChen,DongLi,WanfenPu,BingWei*.Viscosityprofilepredictionofaheavycrudeoilduringliftingintwodeepartesianwells.ChineseJournalofChemcialEngineering.2017,i:10.1016/j.cjche.2016.11.014. 27.WanfenPu,FengJiang,BingWei*,etal.AGel-likeCombMicro-BlockHydrophobicAssociatingPolymer:Synthesis,SolutionPropertyandtheSol-GeltransitionatSemi-DiluteRegion.MacromolecularResearch.2017,25,151-157. 26.WanfenPu,FengJiang,BingWei*,etal.InfluencesofStructureandMulti-intermolecularforcesonRheologicalandOilDisplacementPropertiesofPolymerSolutionsinthePresenceofCa2+/Mg2+.RSCAdvances,2017,7,4430-4436. 25.BingWei*,HaoGao,WanfenPu*,FanqiZhao,etal.InteractionsandPhasebehaviorsbetweenOleicphaseandCO2fromSwellingtoMiscibilityinCO2-basedEnhancedOilRecovery(EOR)Process:AComprehensiveVisualizationStudy.JournalofMolecularLiquids.2017,232,277-284. 24.WanfenPu,ZhezhiLiu,YiboLi,BingWei*,etal.Anovelinsightoflaboratoryinvestigationandsimulationforhighpressureairinjectioninlightoilreservoir.JournalofNaturalGasScienceandEngineering.2017,38,333-344. 23.QinzhiLi,WanfenPu,BingWei*,etal.Staticadsorptionanddynamicretentionofananti-salinitypolymerinlowpermeabilitysandstonecore.JournalofAppliedPolymerScience.2016,DOI:10.1002/app.44487. 22.QinzhiLi,BingWei*,YanXue,etal.Improvingthephysicalpropertiesofnano-cellulosethroughchemicalgraftingforpotentialuseinenhancingoilrecovery.JournalofBioresourcesandBioproducts.2016,1,186-191. 21.FayangJin,ZhezhiLiu,WanfenPu*,DongZhong,ChengdongYuan,BingWei*.ExperimentalStudyofIn-situCO2FoamTechniqueandApplicationinYangsanmuOilfield.JournalofSurfactantsandDetergents.2016,19,1231-1240. 20.WanfenPu,YangYang*,BingWei*,ChegdongYuan.ThePotentialofaβ-Cyclodextrin/AdamantaneModifiedCopolymerinEnhancingOilRecoverythroughHost-GuestInteractions.IndustrialandEngineeringChemistryResearch.2016,55,8679-8689. 19.BingWei*,LaimingLu,HaoLi,YanXue.NovelWax-CrystalModifierbasedonβ-Cyclodextrin:Synthesis,CharacterizationandBehavior.JournalofIndustrialandEngineeringChemistry.2016,43,86-92. 18.WanfenPu,BingWei*,FayangJin,etc.ExperimentalinvestigationofCO2huff-n-puffprocessforenhancingoilrecoveryintightreservoirs.ChemicalEngineeringResearchandDesign.2016,111,269-276. 17.BingWei*,QinzhiLi,FayangJin,HaoLi,ChongyangWang.ThePotentialofaNovelNano-fluidinEnhancingOilRecovery.Energyundefinedamp;Fuels.2016,30,2882-2891. 16.KexingLi*,XueqiJin,HaoRen,BingWei*.LaboratoryStudyDisplacementEfficiencyofViscoelasticSurfactantSolutioninEOR.Energyundefinedamp;Fuels.2016,30,4467-4474. 15.BingWei*,HaoLi,YanXue.Afacileapproachtosynthesizea“star-like”materialbasedonβ-cyclodextrinforenhancingtheflowabilityofparaffinicoils.JournalofMacromolecularSciencePartA.2016,53,452-456. 14.BingWei*,HaoLi,LingleKong.FlowCharacteristicsofPartiallyHydrolyzedPolyacrylamidesduringConvergingintoaCapillary.JournalofMacromolecularScience,PartB.2016,5,483-493. 13.WanfenPu,FengJiang,YanyanHe,BingWei*,YanliTang.SynthesisofaNovelCombMicro-BlockHydrophobicallyAssociatingCopolymerforCa2+/Mg2+Resistance.RSCAdvances.2016,6,43634-43637. 12.KexingLi*,XueqiJing,SongHe,BingWei*.StaticAdsorptionandRetentionofViscoelasticSurfactantinPorousMedia:EORImplication.Energyundefinedamp;Fuels.2016,30,9089-9096. 11.BingWei*,LaimingLu,WanfenPu,etal.FromPhaseBehaviortoUnderstandtheDominantMechanismofAlkali-Surfactant-PolymerFloodinginEnhancingHeavyOilRecovery.JournalofSurfactantsandDetergents.2016,20,355-366. 10.BingWei*.β-Cyclodextrinassociatedpolymericsystems:Rheology,flowbehaviorinporousmediaandenhancedheavyoilrecoveryperformance.CarbohydratePolymers.2015,134,398-405. 9.BingWei*.FlowCharacteristicsofThreeEnhancedOilRecoveryPolymersinPorousMedia.JournalofAppliedPolymerScience.2015,132,DOI:10.1002/app.41598. 8.BingWei,LauraRomero-Zeron,*DenisRodrigue.EvaluationofTwoNewSelf-assemblyPolymericSystemsforEnhancedHeavyOilRecovery.IndustrialandEngineeringChemistryResearch.2014,53,16600-16611. 7.BingWei*.Recentadvancesonmitigatingwaxproblemusingpolymericwaxcrystalmodifier.JournalofPetroleumExplorationundefinedamp;ProductionTechnology.2014,5,1-11. 6.BingWei*,LauraRomero-Zeron.TheEvaluationofaTechnologicalTrendinPolymerFloodingforHeavyOilRecovery.PetroleumScienceandTechnology.2014,32,2396-2404. 5.BingWei,LauraRomero-Zeron,*DenisRodrigue.FormulationofaSelf-AssemblingPolymericNetworkSystemforEnhancedOilRecoveryApplications.AdvancesinPolymerTechnology.2014,33-1082-1088. 4.BingWei,LauraRomero-Zeron,*DenisRodrigue.Novelself-assemblingpolymericsystembasedonahydrophobicmodifiedcopolymer:Formulation,rheologicalcharacterization,andperformanceinenhanced.PolymersforAdvancedTechnologies.2014,25,732-741. 3.BingWei,LauraRomero-Zeron,*DenisRodrigue.ImprovedViscoelasticityofXanthanGumThroughSelf-AssociationWithSurfactant:beta-CyclodextrinInclusionComplexesforApplicationsinEnhancedOilRecovery.PolymerEngineeringandScience.2014,55,523,532. 2.BingWei,LauraRomero-Zeron,*DenisRodrigue.MechanicalPropertiesandFlowBehaviorofPolymersforEnhancedOilRecovery.JournalofMacromolecularScience,PartB.2014,53,625-644. 1.BingWei,LauraRomero-Zeron,*DenisRodrigue.Oildisplacementmechanismsofviscoelasticpolymersinenhancedoilrecovery(EOR):areview.JournalofPetroleumExplorationundefinedamp;ProductionTechnology.2013,4,113-121. ConferencePaperandPresentation 12.BingWei,ShengenChen,QingtaoTan,etal.In-situGenerationandPropagationofaNanocelluloseReinforcedSupercriticalCO2FoaminFracturedTightFormationsforConformancecontrol.SPE-200336,SPEImprovedOilRecovery,Tulsa,USA,2020. 11.BingWei,KeGao,XiangZhang,etal.MobilizingTightMatrixOilthroughCO2Huff-n-puffMethodinaFracturedSandstoneRock:ACaseStudy.SPE-196114,SPEAnnualTechnicalConferenceandExhibition,Calgary,Canada,2019. 10.TianhongZhao,YingChen,WanfenPu,BingWei,etal.EnhancedOilRecoveryUsingaPotentialNanofluidBasedontheHalloysiteNanotube/SilicaNanocomposites.SPE-193641,SPEInternationalConferenceonOilfieldChemistry,Galveston,Texas,USA,2019. 9.BingWei,YuanyuanWang,etal.RelationbetweenChemicalCompositionofa"Green"NanofluidandItsFoamFilmStabilizationforRobustFoamInjectionEOR.SPE-193633,SPEInternationalConferenceonOilfieldChemistry,Galveston,Texas,USA,2019. 8.BingWei,XiangZhang,LaimingLu,etal.Re-definingthePotential-Determining-Ions(PDIs)forLowSalinityEffect(LSE)basedonOil/Brine/SolidInterfacialBehaviorsandOilWaterRelativePermeability.SPE-191976,SPEAsiaPacificOilundefinedamp;GasConferenceandExhibition,Brisbane,Australia,2018. 7.BingWei,JianNing,etc.ASmartEmulsionFloodingforEconomicChemicalEOR:ABlock9CaseStudy.PaperSPE-190352,SPEEORConferenceatOilundefinedamp;GasWestAsia,Muscat,Oman,2018. 6.BingWei,QinzhiLi,YuanyuanWang,FayangJin,ect.Nano-suspensioninEnhancedOilRecovery(EOR)usingMacroandMicroMethods.PaperSPE-190283,SPEImprovedOilRecoveryConferenceTulsa,Oklahoma,USA,April14-16,2018. 5.BingWei,QinzhiLi,etal.GreenEORutilizingWell-definedNano-cellulosebasedNano-fluidsfromFlasktoField.PaperSPE-188174,AbuDhabiInternationalPetroleumExhibitionandConference(ADIPEC),2017. 4.BingWei,XiangZhang,RunnanWu,etal.ProductionResponseofSupercriticalCO2CyclicInjectionandCO2SequestrationPotentialinTightPorousMediaofLucaogouFormationinJimsarSag.PaperSPE-188765,AbuDhabiInternationalPetroleumExhibitionandConference(ADIPEC),2017. 3.BingWei.Displacementmechanismsofhighpressureairinjection(HPAI)inlowpermeabilityreservoir.InternationalThermalEORconference.Invitedtalk.Kazan,Russia,June18-23,2017. 2.YanXue,XinyongWang,BoZhang,BingWei,Zhongbin,Ye.PreparationandEvaluationofaTemperature-andSalinity-ResponsiveSwellableHydrogelasIntelligentPluggingAgent.PaperSPE-184532-MS,SPEInternationalConferenceonOilfieldChemistry,2017. 1.BingWei,ShishiPang,WanfenPu,etal.MechanismsofN2andCO2AssistedSteamHuff-n-PuffProcessesinEnhancingHeavyOilRecovery:ACaseStudyusingExperimentalandNumericalSimulation.PaperSPE-184532-MS,20thMiddleEastOilundefinedamp;GasShowandConference,SPE-184532-MS,2017.