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中国石油大学华东石油工程学院导师教师师资介绍简介-王业飞教授

本站小编 Free考研考试/2020-11-24

?姓名:王业飞 ?职称:教授

?单位:油气田化学研究所 ?最高学历/学位:研究生/博士
?学科:油气田开发工程学科,石油与天然气工程领域 ?所学专业:油气田开发工程
?电子邮箱:wangyf@upc.edu.cn
?联系电话:+86 159-5323-0699
?地址邮编:山东省青岛市经济技术开发区长江西路66号石油工程学院油田化学系,266580
?个人主页:
学习与工作经历
1987.9-1991.7,石油大学(华东),应用化学学士;
1991.9-1994.7,石油大学(华东),油气田开发工程硕士;
1995.9-1998.12,中国石油大学(华东),油气田开发工程博士。
研究方向
调剖堵水;化学驱;油水井化学处理;新型缓蚀剂等油田化学品研发
学术兼职
1、山东省油田化学重点实验室副主任
2、《PetroleumScience》、《油气地质与采收率》等期刊编委;
3、《石油勘探与开发》、《石油学报》、《Ind.Eng.Chem.Res.》、《Fuel》、《Energy&Fuels》、《J.Pet.Sci.Eng.》、《Colloid.Surface.A》等期刊审稿人;
4、2012-目前,教育部“****和创新团队发展计划”—“复杂油藏开发和提高采收率的理论与技术”创新团队,骨干成员;
5、2012-目前,山东省“油气田开发”优秀创新团队,骨干成员
主讲课程
《界面化学》、《提高采收率原理与方法》(研究生课程)
《化学原理Ⅱ》、《油田化学》等(本科生课程);
《油田化学》省级精品课程负责人
指导研究生
2019级:张真瑜(博士)、陈密发(博士)、朱毅仁;
2018级:赵宁;
2017级:李宗阳(博士)、赵敏、何臻培、曲正天、陈旭、钱程;
2016级:李强(博士)、高苗、仲东、白羽;
2015级:杨震(博士)、刘瑞珍、张希喜;
2014级:韩玉贵(博士后)、刘瑞东、严佳城、黄勇;
2013级:史胜龙(博士)、韩盼、赵曾浩、李忠鹏;;
2012级:侯宝锋(博士)、白世勋、翟文亚、陈庆国;
2011级:何宏(博士)、元福卿(博士)、李丹丹、徐晓丽、刘鹏、史胜龙、程利民;
2010级:张鹏(博士)、齐自远(博士)、杨艳、张雁、郭茂雷;
2009级:于海洋(博士)、刘晨、吕鹏、何宏、杨秀壮;
2008级:于维钊(博士后)、李堪运、齐自远、王所良;
2007级:周伟、安志杰;
2006级:于海洋、高莎莎、于群;
2005级:贾艳平、穆里那、刘廷廷;
2004级:崔亚、王本哲、曲萍萍;
2003级:何龙、由庆、熊生春、熊伟、杨会丽。
承担科研课题
负责主持了国家“十五”攻关项目一级子课题“三次采油用表面活性剂的研制与开发”;作为课题负责人之一完成了“863计划”青年基金项目“纳米微粒分散体成胶机制及调驱机理研究”;作为课题负责人主持完成了国家十一五、十二五重大油气专项和多项油田科研合作项目。
目前在研的科研项目有:
(1)国家十三五重大油气专项“渤海复杂河流相油田高效化学驱油体系优化与应用示范”;
(2)国家自然基金项目《强化CO2-原油传质作用的化学改性CO2驱油体系构筑及其驱油特征研究》;
(3)塔里木油田碎屑岩油藏滚动开发与提高采收率;
(4)普通稠油降粘复合驱油体系驱油机理研究;
(5)B-PPG在多孔介质中的渗流规律研究;
(6)七东1区克下组砾岩油藏聚窜机理实验研究与现场典型实例分析;
(7)砾岩油藏不同渗透率条件下弱碱三元复合驱体系协同作用研究。
获奖情况
(1)“高含水油田优势通道定量描述与调控技术及工业化应用”获国家科技进步二等奖,2010年,排名第五;
(2)“区块整体调剖堵水的PI决策技术”先后获教育部科技进步三等奖和山东省技术发明二等奖,2001年,排名第五;
(3)“油田化学品的产业化开发及应用示范”先后获山东省科学技术进步一等奖和中国石油和化学工业协会科技进步一等奖,2005年,排名第三;
(4)“油井选择性堵水技术研究与应用”先后获山东省科技进步一等奖和中国石油和化学工业协会科技进步一等奖,2008年,排名第三;
(5)“聚驱后地层残留聚合物再利用提高采收率技术研究与应用”先后获山东省科技进步一等奖和中国石油和化学工业协会科技进步一等奖,2009年,排名第三;
(6)“聚合物驱后提高采收率接替技术研究与应用”获教育部科技进步二等奖,2009年,排名第八;
(7)“二次采油与三次采油的结合技术研究”获山东省高等学校优秀科研成果三等奖(自然科学类),2006年,排名第二;
(8)“胜利胜坨11南整体深部调驱技术”、“埕东油田东区北部NG32层“2+3”提高采收率研究”、“三次采油用表面活性剂的研制与开发”、“孤岛油田聚合物驱后提高采收率技术研究”等获石油大学(华东)优秀科研成果一等奖。
荣誉称号
1、青岛经济技术开发区第一批优秀青年人才;
2、中国石油大学第一届“良师益友”活动优秀研究生指导教师。
教材与著作
1、普通高等教育国家“十三五”规划教材【应用物理化学】,中国石化出版社,2018年,主编;
2、石油与天然气工程专业学位研究生规划教材【油田化学工程与应用】,中国石油大学出版社,2018年,主编;
3、国家“十一五”规划重点教材【油田化学】,中国石油大学出版社,2002年,参编。
论文
(1)“Performanceofagood-emulsification-orientedsurfactant-polymersysteminemulsifyingandrecoveringheavyoil”,EnergyScience&Engineering,(2019)00:1–13.[SCI,EI收录]第一作者
(2)“WormlikemicelleswithauniqueladdershapeformedbyaC22-tailedzwitterionicsurfactantbearingabulkypiperazinegroup”,Softmatter,(2019)15:7644-7653[SCI,EI收录]通讯作者
(3)“Experimentalinvestigationofbypassed-oilrecoveryviaCO2soakingandhuffandpuffinjection:Effectsofmiscibilityandbypassed-oilsize”.Fuel.(2019)248:152-160.[SCI收录]通讯作者
(4)“TheroleofIFTandemulsificationinrecoveringheavyoilduringS/SPflooding”.JournalofIndustrialandEngineeringChemistry,(2019)77:198-208.[SCI收录]通讯作者
(5)“OilrecoveryperformanceofamodifiedHAPAMwithlowerhydrophobicity,highermolecularweight:AcomparativestudywithconventionalHAPAM,HPAM”.JournalofIndustrialandEngineeringChemistry,(2019)72:298-309.[SCI收录]通讯作者
(6)“ExperimentalstudyonCO2-EORinfracturedreservoirs:Influenceoffracturedensity,miscibilityandproductionscheme”.JournalofPetroleumScienceandEngineering,(2019)174:476-485.[SCI收录]通讯作者
(7)High-efficiencyCorrosionInhibitorforAcidizing:Synthesis,CharacterizationandAnti-corrosionPerformanceofNovelIndolizineDerivative,SPE-193587-MSSPEInternationalConferenceonOilfieldChemistryheldinGalveston,Texas,USA,8–9April2019.第一作者[EI收录]
(8)“喹啉季铵盐二聚体吲哚嗪衍生物的合成与酸化缓蚀性能”.石油学报,(2019)40(1):67-73,114.[EI收录]第一作者,通讯作者
(9)“新型喹啉季铵盐酸化缓蚀剂氯化苯甲酰甲基喹啉(PCQ)的合成及缓蚀性能”.材料导报,(2019)33(4):699-704.[EI收录]第一作者,通讯作者
(10)“新型耐温抗盐聚合物驱油体系设计评价及应用”.油气地质与采收率,(2019)26(2):106-112.通讯作者
(11)“两性表面活性剂复配构筑的高效抗老化黏弹性驱油体系研究”,西安石油大学学报(自然科学版),(2019)34(4):37-42.
(12)“IndolizineQuaternaryAmmoniumSaltInhibitors:AreinvestigationofanOldFashionedStrongAcidCorrosionInhibitorPhenacylQuinoliniumBromideandItsIndolizineDerivative”.NewJournalofChemistry,(2018)42(15):12977-12989.[SCI收录]第一作者,通讯作者
(13)“Interactionbetweenpolymerandanionic/nonionicsurfactantsanditsmechanismofenhancedoilrecovery”.JournalofDispersionScienceandTechnology,(2018)39(8):1178-1184.[SCI收录]第一作者
(14)“一微泡沫直径与地层孔隙直径的匹配关系”,中国石油大学学报(自然科学版),(2018)42(5):114-125.[EI收录]
(15)“基于Box-BehnkenDesign法的底水油藏氮气泡沫驱影响因素分析”,油气地质与采收率,(2018)25(2):77-82.第一作者,通讯作者
(16)“阳离子/非离子复合表面活性剂改变油湿性砂岩表面润湿性机制”,中国石油大学学报(自然科学版)(2018)42(2):165-171.第一作者,通讯作者
(17)“聚合物驱数值模拟参数敏感性研究”,油气地质与采收率,(2017)24(1):75-79.第一作者,通讯作者
(18)“微泡沫体系直径影响因素及微观稳定性”,东北石油大学学报,(2016)40(1):103-110通讯作者
(19)“生物柴油的等温胶凝特性”,石油学报(石油加工),(2016)32(1):207-214.
(20)“不同酯基结构的棕榈油生物柴油的性能研究”,燃料化学学报,(2016)44(21):1356-1362.
(21)“对称型双子表面活性剂的合成研究进展”.日用化学工业,(2014)44(2):94-99通讯作者
(22)“乳状液体系在驱油和调剖堵水中的应用进展”,油田化学,(2014)31(1):141-145通讯作者
(23)“泡沬调驱旳研究与应用进展”.油田化学,(2013)30(4):620-624通讯作者
(24)“管流模型概算法识别大孔道”,断块油气田,2013,20(2);
(25)“乳化性能差异对中低渗岩心驱油效果的影响”,断块油气田,2013,20(3);
(26)“多孔介质中酚醛树脂冻胶动态成胶规律”,大庆石油学院学报,2012,36(1);
(27)“LaboratoryEvaluationofThermoreversibleGelforIn-DepthConformanceControlinSteam-StimulatedWells”,SPE157871-MS,paperpresentedatSPEHeavyOilConferenceCanada,Calgary,Alberta,Canada,12-14June2012,[EI、SCI收录];
(28)“Theeffectofmicrostructureonperformanceofassociativepolymer:Insolutionandporousmedia”,JournalofPetroleumScienceandEngineering(2012)90-91:12–17,[EI、SCI收录];
(29)“OneFactorInfluencingtheOil-displacementAbilityofPolymerFlooding:ApparentViscosityorEffectiveViscosityinPorousMedia?”,PetroleumScienceandTechnology,(2012)30:1424–1432,[EI、SCI收录];
(30)“选择性堵水剂的作用机理及应用影响因素研究”,油田化学,2012,29(4);
(31)“改变低渗透油藏润湿性提高采收率技术研究进展”,断块油气田,2012,19(4);
(32)“多孔介质剪切下铬冻胶体系成胶行为研究”,西安石油大学学报(自然科学版),2012,27(1);
(33)“高温高盐油藏用调驱体系的研究进展”,油田化学,2012,29(3);
(34)“原油组分对石英表面润湿性的影响与表征方法”,中国石油大学学报(自然科学版),2012,36(5),[EI收录];
(35)“新型吸水树脂微球的制备及封堵性能研究”,石油钻采工艺,2012,34(6);
(36)“StudyofaProfileControlAgentAppliedinanOffshoreOilfield”,PetroleumScienceandTechnology,(2011)29:1285–1297,[EI、SCI收录];
(37)“ALaboratoryStudyoftheMicrogelUsedforPolymerFlooding”,PetroleumScienceandTechnology,(2011)29:715–727,[EI、SCI收录];
(38)“EffectsofDisplacementEfficiencyofSurfactantFloodinginHighSalinityReservoir:InterfacialTension,Emulsification,Adsorption”,AdvancesinPetroleumExplorationandDevelopment,2011,1(1):32~39;
(39)“低渗油藏表面活性剂驱室内研究”,石油与天然气化工,2011,40(5);
(40)“疏水缔合聚合物/Cr3+冻胶在多孔介质中动态成胶研究”,油气地质与采收率,2011,18(6);
(41)“酚醛树脂冻胶流变性及粘弹性研究”,西南石油大学学报(自然科学版),2011,33(3);
(42)“沥青质与石英表面相互作用及润湿性改变机理”,油气地质与采收率,2011,18(4);
(43)“剪切条件下铬冻胶体系动态成胶研究”,油田化学,2011,28(4);
(44)“一种相对渗透率调节剂的静态吸附研究”,石油钻探技术,2011,39(3);
(45)“振荡剪切下酚醛树脂冻胶成胶规律研究”,石油化工高等学校学报,2011,24(6);
(46)“石油工程专业油田化学课程教学中多种教学模式的应用”,高等函授学报(自然科学版),2011,24(4);
(47)“启发式教学在石油工程专业课程教学中的应用”,高等函授学报(自然科学版),2011,24(5);
(48)“羟基取代双烷烃链苯磺酸盐水气界面单层膜的分子动力学模拟”,中国石油大学学报(自然科学版),2011,35(6),[EI收录];
(49)“StudyonComponentsandFormulationofLiquidGelPackerinAirDrilling”,PetroleumScienceandTechnology,(2011)29:837–849,[EI、SCI收录];
(50)“Surfactantinducedreservoirwettabilityalteration:Recenttheoreticalandexperimentaladvancesinenhancedoilrecovery”,Petroleumscience(2011)8:462-475,[SCI收录];
(51)“PreparationandSolutionCharacteristicsofaNovelHydrophobicallyAssociatingTerpolymerforEnhancedOilRecovery”,JournalofSolutionChemistry(2011)40:447–457,[SCI收录];
(52)“沥青质与石英表面相互作用及润湿性改变机理”,油气地质与采收率,2011,18(4):72-75
(53)“用于渤海油田疏水缔合聚合物驱的表面活性剂降压增注研究”,中国石油大学学报(自然科学版),2010,34(6),[EI收录];
(55)“疏水缔合聚合物/酚醛树脂冻胶反应进程及影响因素”,油田化学,2010,27(3);
(56)“有机铬冻胶暂堵剂的研制及应用性能”,断块油气田,2010,17(4);
(57)“聚合物驱采收率影响因素研究”,油气田地面工程,2010,29;
(58)“疏水缔合聚丙烯酰胺驱油能力的几种影响因素”,油田化学,2010,72(4);
(59)“CTNI/PMMA纳米复合薄膜的显微结构及光学性质研究”,硅酸盐通报,2010,29(3);
(60)“胜坨油田聚合物驱优化控制条件研究”,油田化学,2010,27(3);
(61)“石油工程专业油田化学精品课的建设”,中国石油大学胜利学院学报,2010,24(2);
(62)“石油工程专业化学课程实验教学的改革”,高等函授学报(自然科学版),2010,23(5);
(63)“OptimizedSurfactantIFTandPolymerViscosityforSurfactant-PolymerFloodinginHeterogeneousFormation”,SPE127391paperpresentedatthe2010SPEIORSymposiumtobeheld24-28April2010intheTulsa,Oklahoma,U.S.A.;
(64)“EffectsofHydrogenulfideonPolymerGelforWaterShutoff”,the2009SPEInternationalSymposiumonOilfieldChemistrytobeheld20-22April2009intheWoodlands,Texas.;
(65)“TheApplicationonOilySludgeforIn-depthWaterShutoffinChineseOilfield”,PetroleumScienceandTechnology,October2009;
(66)“绥中36~1油田疏水缔合聚合物冻胶成胶影响因素实验研究”,中国海上油气,2009,21(6);
(67)“国内油田深部调剖技术的研究进展”,断块油气田,2009,16(4);
(68)“新疆火烧山油田化学驱油配方研究”,断块油气田,2009,16(6);
(69)“EnhancedOilProductionthroughaCombinedApplicationofGelTreatmentandSurfactantHuff-PuffTechnology”,SPE112495paperpresentedatthe2008SPEInternationalSymposiumandExhibitiononFormationDamageControlheldinLafayette,Louisiana,U.S.A.,13–15February2008,[EI收录];
(70)“PropertyVariationsofProducedPolyacrylamidefromPolymerFloodingReservoirsandTheirEffectsonConcentrationDetection”,PaperpresentedatAIChE's2008SpringNationalMeetinginNewOrleans,Louisiana,U.S.A,April6-10,2008[EI收录];
(71)“StudyandApplicationofaGelledFoamTreatmentTechnologyforWaterShutoffinNaturallyFracturedReservoir”,PaperpresentedattheCanadianInternationalPetroleumConference/SPEGasTechnologySymposium2008JointConference(thePetroleumSociety’s59thAnnualTechnicalMeeting),Calgary,Alberta,Canada,17-19June2008;
(72)“硫化氢对冻胶型堵剂的影响”;中国石油大学学报,2008(6),[EI收录];
(73)“堵剂聚乙烯亚胺冻胶成冻影响因素研究”,油田化学,2007(4);
(74)“耐温耐盐无机调剖剂的室内研究”,大庆石油地质与开发,2007(5)。
(75)“一种新型咪唑啉复配缓蚀剂对A3钢在饱和CO2盐水溶液中的缓蚀性能”,石油学报(石油加工),2006(3),[EI收录];
(76)“油井堵水概念的内涵及其技术关键”,石油学报,2006(5),[EI收录];
(77)“陆梁油田薄层底水油藏控制水锥技术研究”,石油学报,2006,27(6),[EI收录];
(78)“聚合物驱后提高采收率技术研究”,中国石油大学学报,2006(1),[EI收录];
(79)“海上油田提高采收率的控水技术”,中国石油大学学报,2006(2),[EI收录];
(80)“聚合物驱产出液中聚丙烯酰胺相对分子质量和水解度的测定方法”,中国石油大学学报,2006(1),[EI收录];
(81)“孤岛油田冻胶型深部调剖剂实验研究”,西安石油大学学报(自然科学版),2006(1),[EI收录];
(82)“用切向流超滤系统测定聚合物驱产出液中聚合物质量浓度”,西安石油大学学报(自然科学版),2006(3),[EI收录]
(83)“临南油田水质改性最佳pH值的研究”,西南石油大学学报,2006(6);
(84)“聚合物驱后地层残留聚合物絮凝再利用技术研究”,大庆石油地质与开发,2006(3);
(85)“一种新型选择性堵水技术及其现场应用”,油田化学,2005(1);
(86)“一种聚合物驱后深部调剖用HPAM/Cr3+冻胶体系”,钻采工艺,2005(6),[EI收录];
(87)“多轮次调剖效果逐次递减机理研究”,油气地质与采收率,2004(2);
(88)“常规冻胶在高温高盐环境中的变化及应用方法研究”,油田化学,2004(3);
(89)“以丙酮作溶剂合成烷基酚聚氧乙烯醚羧酸盐”,石油学报(石油加工),2003(2),[EI收录];
(90)“探讨两种国产石油磺酸盐间产生协同效应的机理”,石油学报(石油加工),2003(6),[EI收录];
(91)“长成冻时间的深部调驱剂研究”,西安石油学院学报,2003(1);
(92)“孤东原油组分对油/石油磺酸盐最优配方低界面张力的影响”,石油大学学报,2003(6);
(93)“埕东油田东区西北部Ng32层调驱试验中驱油剂的研究”,石油大学学报,2003(2);
(94)“阴离子表面活性剂在油砂和净砂表面的吸附规律”,石油大学学报,2002,26(3);
(95)“缓交联铬冻胶体系影响因素分析”,石油大学学报,2002,26(6);
(96)“提高采收率的一些结合技术”,复杂油气田,2002(3);
(97)“Surfactantsoildisplacementsysteminhighsalinityformations”,SPE68770,SPEAsiaPacificOilandGasConferenceandExhibitionheldinJakarta,Indonesia,17–19April2001;
(98)“氧乙烯化十二醇醚丙撑磺酸钠的合成及其表面活性”,物理化学学报,2001,17(6);
(99)“使用丙烷磺内酯合成磺酸盐型活性剂的动力学研究”,石油大学学报,2000,24(2);
(100)“非离子-阴离子型表面活性剂的耐盐性能”,油田化学,1999,16(4);
(101)“十二烷基聚氧乙烯醚磷酸酯的水解稳定性”,应用化学,1998,15(3);
(102)“醚羧酸盐及其与石油磺酸盐和碱的复配研究”,油田化学,1998,15(4);
(103)“非离子-阴离子型两性表面活性剂防垢性能试验研究”,石油大学学报,1997,21(4);


专利
(1)“一种化学吞吐与油井堵水相结合的采油方法”(ZL**.0)
(2)“一种以醚羧酸盐作为驱油体系的采油方法”(ZL**.4)
(3)“一种用于油藏深部液流转向的冻胶分散体制备方法”(ZL5.6)
(4)“一种无机凝胶泡沫体系及其制备方法与应用”(ZL5.3)
学术交流
1、2006年7月-2006年8月赴澳大利亚悉尼大学进行短期英语培训;
2、2007年9月-2008年9月作为访问****在美国密苏里大学交流学习;
3、多次参加在美国举行的SPE会议并宣读论文。
CURRICULUMVITAE
Prof.YefeiWang
DepartmentofOilfieldChemistry,SchoolofPetroleumEngineering,ChinaUniversityofPetroleum(EastChina)
Address
No.66ChangjiangWestRoad
ChinaUniversityofPetroleum
HuangdaoDistrict,QingdaoCity
ShandongProvince,PRC
PostalCode:266580Phone
Cell:+86159-5323-0699
Office:+86
Email
wangyf@upc.edu.cn
AcademicQualifications
?1987.9-1991.7,B.Sc.,AppliedChemistry,UniversityofPetroleum(EastChina);
?1991.9-1994.7,M.Sc.,Oil&GasFieldDevelopmentEngineering,UniversityofPetroleum(EastChina);
?1995.9-1998.12,Ph.D.,Oil&GasFieldDevelopmentEngineering,ChinaUniversityofPetroleum(EastChina).
ResearchInterest
Profilecontrollingandwatershut-off;chemicalflooding;chemicaltreatmentofproductionandinjectionwells;oilfieldchemicalproducts.
ProfessionalExperience
?MemberofChinesePetroleumSociety(CPS)andSocietyofPetroleumEngineers(SPE);
?2012todate,keymemberof“TheoryandTechnologyoftheDevelopmentandEORofComplexReservoirs”researchingteamunder“DevelopmentPlanofChangjiangScholarsandInnovativeResearchTeam”initiatedbyChineseMinistryofEducation.
?2012todate,keymemberof“ExcellentInnovativeTeam”ofoilfielddevelopment,ShandongProvince.
AcademicExchangeExperience
?2006.7-2006.8,UniversityofSydneyforLanguageTraining;
?2007.9-2008.9,asvisitingscholarinUniversityofMissouri;
?AttendedtheSPEConferencesheldintheUSandpresentedthesisseveraltimes.
CoursesTaught
?Postgraduatecourses:InterfacialChemistry,PrincipleandMethodsofEnhancedOilRecovery;
?Undergraduatecourses:PrinciplesofChemistryⅡ,OilfieldChemistry;
?PersonresponsibleforteachingOilfieldChemistryas“High-qualityCourseoftheProvince”
PostgraduateStudentsGuided
?2013:ShenglongShi(Ph.D.),PanHan,ZenghaoZhao,ZhongpengLi;
?2012:BaofengHou(Ph.D.),ShixunBai,WenyaZhai,QingguoChen;
?2011:HongHe(Ph.D.),FuqingYuan(Ph.D.),DandanLi,XiaoliXu,PengLiu,ShenglongShi,LiminCheng;
?2010:PengZhang(Ph.D.),ZiyuanQi(Ph.D.),YanYang,YanZhang,MaoleiGuo;
?2009:HaiyangYu(Ph.D.),ChenLiu,PengLv,HongHe,XiuzhuangYang;
?2008:WeizhaoYu(PostDoc),KanyunLi,ZiyuanQi,SuoliangWang;
?2007:WeiZhou,ZhijieAn;
?2006:HaiyangYu,ShashaGao,QunYu;
?2005:YanpingJia,LiinaMu,TingtingLiu;
?2004:YaCui,BenzheWang,PingpingQu;
?2003:LongHe,QingYou,ShengchunXiong,WeiXiong,HuiliYang.
ResearchProjects
?Ledasubtopic,“ResearchandDevelopmentofSurfactantsforTertiaryOilRecovery”,under“the10thFive-YearKeyProgramsforScienceandTechnologyDevelopmentofChina”;
?Asoneoftheresponsibleresearchers,completedtheproject“StudyontheGelationofNanoparticleDispersionandItsProfileControllingandFloodingMechanisms”supportedbytheYouthFoundationofChinaunderChineseNationalProgramsforHighTechnologyResearchandDevelopment(863Project);
?Participatedintheproject“StudyontheNewTechnologiesofoilproductionUsingBlackLiquorSystem”under“the9thFive-YearKeyProgramsforScienceandTechnologyDevelopmentofChina”;
?LedseveralNational863Projectsandkeyresearchprojectsontheprovincialandministeriallevel.
Projectsinresearch
?“StudyontheOverallProfileControlandFloodingTechnologiesinOff-shoreChemicalFlooding”asoneofthe“MajorProjectsunderOil&GasSpecialProgramsofNational12thFive-YearPlan”.
?“StudyonImprovementofChemicalFloodinginOff-shoreOilfields”asoneofthe“MajorProjectsunderOil&GasSpecialPrograms”.
Awards
?“QuantitativeDescriptionandControllingofDominantChannelsinHighWater-cutOilfieldsandItsIndustrialApplication”,Second-ClassNationalPrizeforProgressinScienceandTechnology,2010,ranked5th
?“PIDecision-makingTechnologyontheSectionalOverallProfileControllingandWaterShut-off”,Third-ClassPrizeforProgressinScienceandTechnology(MinistryofEducationinChina),Second-classPrizeforTechnologicalInvention(ShandongProvince),ranked5th
?“IndustrializationoftheDevelopmentofOilfieldChemicalProductsandTheirApplication”,First-classPrizeforProgressinScienceandTechnology(ShandongProvince),First-classPrizeforProgressinScienceandTechnology(ChinaPetroleumandChemicalIndustryAssociation),2005,ranked3rd
?“ResearchandApplicationofSelectiveWaterShut-offTechnologyinProductionWells”,First-classPrizeforProgressinScienceandTechnologyinShandongProvince,First-classPrizeforProgressinScienceandTechnology(ChinaPetroleumandChemicalIndustryAssociation),2008,ranked3rd
?“ResearchandApplicationofEORTechnologybyReusingtheResidualPolymerintheFormationafterPolymerFlooding”,First-classPrizeforProgressinScienceandTechnologyinShandongProvince,First-classPrizeforProgressinScienceandTechnology(ChinaPetroleumandChemicalIndustryAssociation),2008,ranked3rd
?“ResearchandApplicationofSubsequentEORTechnologyafterPolymerFlooding”,Second-classPrizeforProgressinScienceandTechnology(MinistryofEducation),2009,ranked8th
?“StudyontheCombinationofSecondaryandTertiaryOilRecoveryTechnologies”,Third-classPrizeforOutstandingAchievementsinScientificResearchamongstUniversitiesinShandongProvince,2006,ranked2nd
?“In-depthProfileControlandFloodingTechnologyinFormationsinShengtuo-11South,ShengliOilfield”,“Researchon2+3EORTechnologiesinNG32FormationinNorthernSectionofEasternChengdongOilfield”,“ResearchandDevelopmentofSurfactantsforTertiaryOilRecovery”,“StudyontheEORofGudaoOilfieldafterPolymerFlooding”,First-classPrizeforOutstandingAchievementsinScientificResearch,UPC.
Titles
?YoungEliteTalentsofEconomicandTechnologicalDevelopmentDistrict,Qingdao
?”OutstandingTutorforpostgraduatestudents”ofUPC
Publications
?Co-authoredthetextbookofOilfieldChemistryforNational11thFive-yearPlan,ChinaUniversityofPetroleumPress,2002
Papers
1.LiDandan,WangYefei,ZhangPeng,HeHong,XuXiao-Li,“ResearchProgressofDeterminationofPolymerMolecularWeightforOilRecoveryinLowPermeabilityReservoirs”,OilfieldChemistry,2014;(inChinese)
2.QiZiyuan,WangYefei,WangTao,WangGuijie,YuWeiZhao,“SelectiveWaterControlofARelativePermeabilityModifier”,JournalofSouthwestPetroleumUniversity(Science&TechnologyEdition),2014;(inChinese)
3.QiZiyuan,WangYefei,XuXiaoli,“OptimizationofaRelativePermeabilityModifierforOilRecoveryImprovement”,ScienceTechnologyandEngineering,2014;(inChinese)
4.XuXiaoli,WangYefei,HeHong,LiDandan,QiZiyuan,“ResearchAdvancesinInfluencingFactorsofDynamicGellingProcessofCross-linkedPolymerSysteminPorousMedia”,OilfieldChemistry,2014;(inChinese)
5.YuHaiyang,LiuXianjun,XuBinbin,WangYefei,“InfluenceofPermeabilityandInjectionSpeedonDynamicGelationofPhenolFormaldehydeResinGelinPorousMedia”,PGRE,2014;(inChinese)
6.LiuPeng,WangYefei,ZhangGuopingetal.“StudyofEmulsificationEffectonOilRecoveryinSurfactantFlooding”,PGRE,2014;(inChinese)
7.ZhangPeng,HuangWenzhang,JiaZhenfu,ZhouChengyu,WangYefei,“ConformationandAdsorptionBehaviorofAssociativePolymerforEnhancedOilRecoveryUsingSingleMoleculeForceSpectroscopy”,JournalofPolymerResearch,2014;(inChinese)
8.JianZhang,HongHe,YefeiWang,“GelationPerformanceandMicrostructureStudyofChromiumGelandPhenolicResinGelinBulkandPorousMedia”,JournalofEnergyResourcesTechnology,2014;
9.HongHe,YefeiWang,JianZhang,“NovelGelwithControllableStrengthforIn-DepthConformanceControl:BulkGelationPerformanceandPropagationPropertiesinPorousMedia”,JournalofDispersionScienceandTechnology,2014;
10.HongHe,YefeiWang,SunX,“DevelopmentandEvaluationofOrganic/InorganicCombinedGelforConformanceControlinHighTemperatureandHighSalinityReservoirs”,JournalofPetroleumExplorationandProductionTechnology,2014;
11.SHISheng-Long,WANGLu-Sham,JINYan-Xim,WANGTao,WANGYe-Fei,“ApplicationProgressandDevelopmentalTendencyofEmulsionSystemUsedinFlooding,ProfileControlandWaterPlugging”,OilfieldChemistry,2014;(inChinese)
12.ShenglongS,YefeiW,LushanW,“PotentialofSpontaneousEmulsificationFloodingforEnhancingOilRecoveryinHighTemperatureandHighSalinityOilReservoir”,JournalofDispersionScienceandTechnology,2014;
13.HOUBaofeng,WANGYefei,LIUHonggang,WANGGuijie,“ProgressinResearchWorkwithRespecttoSynthesisofSymmetricGeminiSurfactants”,ChinaSurfactantDetergent&Cosmetics,2014;(inChinese)
14.HongHe,YefeiWang,ZiyuanQi,etal,“TheStudyofanInorganicGelforProfileModificationinHigh-TemperatureandLow-PermeabilitySandstoneReservoirs”,PetroleumScienceandTechnology,2013,31(19):1940-1947;
15.ShiShenglong,WangYefei,JiangWeidong,ZhangJian,YuHaiyang,LvPeng“AStudyonDynamicGelationofPhenolicResinGelinDifferentShearModes”,ChinaOffshoreOilandGas,2013;(inChinese)
16.CHENGLi-Min,WANGYe-Fei,HEHong,LIUHong-Gang,LIUPeng,“ResearchandApplicationProgressofProfileControlandDisplacementwithFoam”,OilfieldChemistry,2013;(inChinese)
17.WANGYe-Fei,LIUChen,QIZi-Yuan,PANLing,ZHUGuo-Hua,LIUHua,“PolymerFloodinginHighTemperatureandLowPermeabilityReservoir”,OilfieldChemistry,2013;(inChinese)
18.ZHAOwensen,GAOJianchong,CUIYingxian,YANGGuang,LIUChanglong,WANGYefei,“TheResearchofAnAssociatedPolymerProfileControlAgentforanOilfieldinBohaiBay”,JournalofChongqingUniversityofScienceandTechnology,2013;(inChinese)
19.JIANGWeidong,ZHANGJian,HEHong,WANGYefei,“DevelopmentandParameterOptimizationofIn-depthProfileControlandOilDisplacementAgentforBohaiOilfield”,JournalofNortheastPetroleumUniversity,2013;(inChinese)
20.YangYan,WangYefei,ZhengJiapeng,LuoHongmei,ZhangPeng,“ApproximateCalculationMethodtoIdentifyHighPermeableChannelBasedonPipeFlowModel”,Fault-blockOil&GasField,2013,20(2);(inChinese)
21.XuXiaoli,WangYefei,LiDandan,LiuChen,PanLing,WangWeiji,WangGuorui,“InfluenceofEmulsificationPerformanceDifferenceonOilDisplacementEfficiencyofMedium-lowPermeabilityCores”,Fault-blockOil&GasField,2013,20(3);(inChinese)
22.PengZhang,YefeiWang,YanYang,JianZhang,XulongCao,XinwangSong,“TheEffectofMicrostructureonPerformanceofAssociativePolymer:InSolutionandPorousMedia”,JournalofPetroleumScienceandEngineering(2012)90-91:12–17,[EI、SCI];
23.ShiShenglong,WangYefei,YuHaiyang,LvPeng,“DynamicGelationinPorousMediaofPhenolResinGel”,JournalofDaqingPetroleumInstitute,2012,36(1);(inChinese)
24.YANGYan,WANGYe-Fei,ZHANGPeng,WANGGuo-Rui,“MechanismsandInfluencingFactorsofSelectiveWaterShut-offAgents”,OilfieldChemistry,2012,29(4);(inChinese)
25.WangSuoliang,WangXiaoyu,HuangChao,ChaiQiaoling,JingJianchun,JiangWenxue,WangYefei,“ResearchProgressofEORwithAlterationofRockWettabilityinLow-permeabilityReservoir”,Fault-blockOil&GasField,2012,19(4);(inChinese)
26.LVPeng,WANGYefei,YUHaiyang,SHIShenglong,“GellingBehaviorofHPAM/Cr(Ⅲ)undertheShearingofPorousMedia”,JournalofXi’anShiyouUniversity(NaturalScienceEdition),2012,27(1);(inChinese)
27.HEHong,WANGYe-Fei,WANGGuo-Rui,QIZi-Yuan,KANKai,“ResearchAdvancesinProfileControlandOilDisplacementAgentsforHighTemperatureandHighSalinityReservoirs”,OilfieldChemistry,2012,29(3);(inChinese)
28.ZHANGYan,WANGLushan,WANGTao,JINYanxin,WANGYefei,“StudyonParticleSizeandPluggingPerformanceofNewAbsorbentResinMicrospheres”,OilDrilling-ProductionTechnology,2012,34(6);(inChinese)
29.P.Zhang,Y.Wang,Y.Yang,J.Zhang,X.Cao,“OneFactorInfluencingtheOil-displacementAbilityofPolymerFlooding:ApparentViscosityorEffectiveViscosityinPorousMedia?”,PetroleumScienceandTechnology,(2012)30:1424–1432,[EI、SCI];
30.HongHe,YefeiWang,MengyunZhao,etal,“LaboratoryEvaluationofThermo-reversibleGelforIn-DepthConformanceControlinSteam-StimulatedWells”,SPE157871-MS,paperpresentedatSPEHeavyOilConferenceCanada,Calgary,Alberta,Canada,12-14June2012,[EI、SCI];
31.WangYe-fei,XuHuai-min,QiZi-yuan,XuXiao-li,SongXin-wang,“EffectsofCrudeFractionsonQuartzSurfaceWettabilityandCharacterizationMethod”,JournalofChinaUniversityofPetroleum,2012,36(5),[EI];(inChinese)
32.“StudyonComponentsandFormulationofLiquidGelPackerinAirDrilling”,PetroleumScienceandTechnology,(2011)29:837–849,[EI、SCI];
33.LiuChen,WangYefei,YuHaiyang,etal.,“TheLaboratoryStudyonSurfactantFloodingSystemforLowPermeableReservoir”,ChemicalEngineeringofOil&Gas,2011,40(5);(inChinese)
34.WangYefei,XuHuaimin,YuHaiyang,ZhangJian,LiXianjie,WangSuoliang,“StudyonDynamicGelationofHydrophobicAssociatingPolymer/Cr3+GelinPorousMedia”,PGRE,2011,18(6);(inChinese)
35.YuHaiyang,ZhangJian,WangYefei,JiWenjuan,WangSuoliang,“RheologicalBehaviorsandViscoelasticityofPhenolicResinGel”,JournalofSouthwestPetroleumUniversity(Science&TechnologyEdition),2011,33(3);(inChinese)
36.WangYefei,WangSuoliang,XuHuaiminetal.“InteractionBetweenAsphalteneandQuartzSurfaceandMechanismsofWettabilityAlteration”,PGRE,2011,18(4);(inChinese)
37.SongXinwang,LvPeng,WangYefei,“ResearchonDynamicGellingProcessofHPAM/Cr(Ⅲ)underShearing”,OilfieldChemistry,2011,28(4);(inChinese)
38.QiZiyuan,WangYefei,LiuChengjie,WangTao,YuWeizhao,WangSuoliang,“StudyonRelativePermeabilityModifierStaticAdsorption”,PetroleumDrillingTechniques,2011,39(3);(inChinese)
39.LvPeng,WangYefei,YuHaiyang,HeHong,ShiShenglong,“TheGellingBehaviorofPhenolResinGelUndertheShearingofOscillator”,JournalofPetrochemicalUniversities,2011,24(6);(inChinese)
40.LiuDexin,WangYefei,ZhaoXiutai,FanZexia,“ApplicationofMultiTeachingModelsintheCourseofOilfieldChemistryforPetroleumEngineeringMajors”,JournalofHighercorrespondenceEducation(NaturalSciences),2011,24(4);(inChinese)
41.LiuDexin,FengQihong,ZhaoXiutai,WangYefei,LvKaihe,FanZexia,“ApplicationofHeuristicEducationinTeachingCoursesforPetroleumEngineeringMajors”,JournalofHigherCorrespondenceEducation(NaturalSciences),2011,24(5);(inChinese)
42.WangYefei,XuHuaimin,YuWeizhao,BaiBaojun,SongXinwang,ZhangJichao,“SurfactantInducedReservoirWettabilityAlteration:RecentTheoreticalandExperimentalAdvancesinEnhancedOilRecovery”,PetroleumScience(2011)8:462-475,[SCI];
43.PengZhang,YefeiWang,WuhuaChen,HaiyangYu,ZiyuanQi,KanyunLi,“PreparationandSolutionCharacteristicsofANovelHydrophobicallyAssociatingTerpolymerforEnhancedOilRecovery”,JournalofSolutionChemistry(2011)40:447–457,[SCI];
44.WangYefei,YuWeizhao,HuSongqing,“MolecularDynamicsSimulationofHydroxylSubstitutingDialkylBenzeneSulfonateSelf-assemblyMembraneatAir-WaterInterface”,JournalofChinaUniversityofPetroleum,2011,35(6),[EI];(inChinese)
45.WangYefei,WangSuoliang,XuHuaimin,YuWeizhao,QiZiyuan,LvHengyu,“InteractionBetweenAsphalteneandQuartzSurfaceandMechanismsofWettabilityAlteration”,PGRE,2011,18(4):72一74.(inChinese)
46.YuH,WangY,JiW,ZhangJ,ZhangP,ChenW,QiZ,“StudyofAProfileControlAgentAppliedinAnOffshoreOilfield”,PetroleumScienceandTechnology,(2011)29:1285–1297,[EI、SCI];
47.YuH,WangY,JiW,Zhang,“ALaboratoryStudyoftheMicrogelUsedforPolymerFlooding”,PetroleumScienceandTechnology,(2011)29:715–727,[EI、SCI];
48.YuHaiyang,WangYefei,ZhangYan,ZhangPeng,ChenWuhua,“EffectsofDisplacementEfficiencyofSurfactantFloodinginHighSalinityReservoir:InterfacialTension,Emulsification,Adsorption”,AdvancesinPetroleumExplorationandDevelopment,2011,1(1):32~39;
49.WangYefei,ZhaoFulin,BaiBaojun,“OptimizedSurfactantIFTandPolymerViscosityforSurfactant-PolymerFloodinginHeterogeneousFormation”,SPE127391paperpresentedatthe2010SPEIORSymposiumtobeheld24-28April2010intheTulsa,Oklahoma,U.S.A.;
50.YouQing,ZhouWei,WangYefei,ZhaoFulin,JiChengwei,FanSaihua,“CrosslinkingReactionProcessandInfluencingFactorsforFormationofHydro-phobicallyAssociatingPolymer/PhenolicResinGel”,OilfieldChemistry,2010,27(3);(inChinese)
51.ZhouWei,WangYefei,ZhaoFangjian,LiKanyun,QiZiyuan,WangSuoliang,LiuChen,HeHong,ZhaoFulin,“PreparationandEvaluationonTemporaryBlockingAgentofOrganicChromiumGelType”,Fault-blockOil&GasField,2010,17(4);(inChinese)
52.ZhuYangwen,AnZhijie,WangYefei,WangSuoliang,“InfluencingFactorsofEORAbilitiesofPolymerFlooding”,Oil-GasFieldSurfaceEngineering,2010,29;(inChinese)
53.ZhangPeng,WangYefei,ZhangJian,WangYan,LiXianjie,YuHaiyang,“SomeFactorsInfluencingOil-DisplacementCapabilityofHydrophobicallyAssociatingPolyacrylamideUsedinPolymerFlooding”,OilfieldChemistry,2010,72(4);(inChinese)
54.WangYanling,JiangGuancheng,WangYefei,ZhengJingjing,MaLi,QiuDongxu,“MicrostructureandOpticalPropertiesofNano-compositeCTNI/PMMAThinFilm”,BulletinoftheChineseCeramicSociety,2010,29(3);(inChinese)
55.AnZhijie,WangYefei,ZhangJian,SongXinwang,ChenWuhua,WangSuoliang,“OptimizationofPolymerFloodingforShengtuoOilfield”,OilfieldChemistry,2010,27(3);(inChinese)
56.FanZexia,WangYefei,ZhaoXiutai,LvKaihe,LiuDexin,“EstablishmentofHigh-qualityCourseofOilfieldChemistryforPetroleumEngineeringMajors”,JournalofShengliCollegeChinaUniversityofPetroleum,2010,24(2);(inChinese)
57.LvKaihe,FanZexia,WangYefei,“ReformtotheTeachingofExperimentsofOilfieldChemistryforPetroleumEngineeringMajors”,JournalofHigherContinuingEducation(NaturalScienceEdition),2010,23(5);(inChinese)
58.WangYefei,YuHaiyang,Zhangjian,LiXianjie,ChenWuhua,WangSuoliang,“StudyonDecompressionandAugmentedInjectionbySurfactantsDuringHydrophobicallyAssociatingPolymerFloodinginBohaiOilfield”,JournalofChinaUniversityofPetroleum,2010,34(6),[EI];(inChinese)
59.YouQing,WangYefei,ZhouWei,ZhaoFulin,ZhangJian,YangGuang,“EffectsofHydrogenSulfideonPolymerGelforWaterShut-off”,the2009SPEInternationalSymposiumonOilfieldChemistrytobeheld20-22April2009intheWoodlands,Texas.;
60.YuHaiyang,ZhangJian,YangGuang,ZhaoWensen,YouQing,WangYefei,“AnExperimentalStudyonFactorstoInfluenceGelationofaHydrophobicAssociatedPolymerGelinSuizhong36-1Oilfield”,ChinaOffshoreOilandGas,2009,21(6);(inChinese)
61.YouQing,YuHaiyang,WangYefei,ZhangJian,YangGuang,ZhaoWensen,ZhaoFulin,“ProgressontheDomesticResearchofIn-depthProfileControlling”,Fault-blockOil&GasField,2009,16(4);(inChinese)
62.YuQun,WangYefei,JiaoCui,ZhangChuangan,“StudyonChemicalFloodingFormulasinHuoshaoshanOilfieldinXinjiang”,Fault-blockOil&GasField,2009,16(6);(inChinese)
63.“TheApplicationonOilySludgeforIn-depthWaterShut-offinChineseOilfield”,PetroleumScienceandTechnology,October2009;
64.WangYefei,BaiBaojun,GaoHengda,HeHong,ZhaoFulin,“EnhancedOilProductionthroughaCombinedApplicationofGelTreatmentandSurfactantHuff-PuffTechnology”,SPE112495paperpresentedatthe2008SPEInternationalSymposiumandExhibitiononFormationDamageControlheldinLafayette,Louisiana,U.S.A.,13–15February2008,[EI];
65.YefeiWang,“PropertyVariationsofProducedPolyacrylamidefromPolymerFloodingReservoirsandTheirEffectsonConcentrationDetection”,PaperpresentedatAIChE's2008SpringNationalMeetinginNewOrleans,Louisiana,U.S.A,April6-10,2008,[EI];
66.WangY,BaiB,ZhaoF,“StudyandApplicationofaGelledFoamTreatmentTechnologyforWaterShut-offinNaturallyFracturedReservoir”,PaperpresentedattheCanadianInternationalPetroleumConference/SPEGasTechnologySymposium2008JointConference(thePetroleumSociety’s59thAnnualTechnicalMeeting),Calgary,Alberta,Canada,17-19June2008;
67.WangYefei,MuLina,YuPeizhi,YouQing,WangXianguang,HeLong,“EffectofHydrogenSulfideonGelTypedPluggingAgents”;JournalofChinaUniversityofPetroleum(EditionofNaturalScience),2008(6),[EI];(inChinese)
68.JiaYan-Ping,WangYe-fei,HeLong,ZhaoFu-lin,“InfluencingFactorsforPolyacrylamide/PolyethyleneimineGellingfluidasWaterShutoff/ProfileModificationAgent”,OilfieldChemistry,2007(4);(inChinese)
69.WangYefei,QuPingping,LiuWei,ZhaoFulin,“LabResearchonTemperatureandSaltResistantInorganicProfileControlAgent”,PetroleumGeology&OilfieldDevelopmentinDaqing,2007(5)(inChinese)
70.WangYefei,YouQing,ZhaoFulin,“InhibitionPropertiesOfANovelImidazolineComplexForA3SteelInSaltWaterSaturatedByCO2”,ACTAPETROLEISINICA(PetroleumProcessingSection),2006(3),[EI];(inChinese)
71.ZhaoFulin,DaiCaili,WangYefei,FengDecheng,ChenKai,“ComprehensionofWaterShut-offinOilWellsandItsTechnicalKeys”,ACTAPETROLEISINICA,2006(5),[EI];(inChinese)
72.ChenKai,ZhaoFulin,DaiCaili,WangYefei,HanLi,ShiGuoxin,LuJianguo,“ControllingTechniqueforWaterConinginThinOilReservoirwithBottomWaterinLuliangOilfield”,ACTAPETROLEISINICA,2006,27(6),[EI];(inChinese)
73.ZhaoFulin,WangYefei,DaiCaili,RenShang,JiaoCui,“TechniquesofEnhancedOilRecoveryAfterPolymerFlooding”,JournalofChinaUniversityofPetroleum(EditionofNaturalScience),2006(1),[EI];(inChinese)
74.ZhaoFulin,DaiCaili,WangYefei,“WaterControlTechniqueofEnhancedOilRecoveryforOffshoreOilField”,JournalofChinaUniversityofPetroleum(EditionofNaturalScience),2006(2),[EI];(inChinese)
75.WangYefei,YouQing,FengGang,“DeterminationMethodofRelativeMolecularWeightandDegreeofHydrolysisofPolyacrylamideinProducedFluidwithPolymerFlooding”,JournalofChinaUniversityofPetroleum(EditionofNaturalScience),2006(1),[EI];(inChinese)
76.WangYefei,HeYing,XiongChunsheng,DaiCaili,“ExperimentalStudyontheJelliedDeepProfileControlAgentsforGudaoOilfield”,JournalofXi’anShiyouUniversity(NaturalScienceEdition),2006(1),[EI];(inChinese)
77.WangYefei,YouQing,ZhaoFulin,“ANewMethodforDeterminingtheMassConcentrationofthePolymerintheProducedFluidofPolymerDisplacement”,JournalofXi’anShiyouUniversity(NaturalScienceEdition),2006(3),[EI](inChinese)
78.WangDongmei,WangGangyue,WangYefei,YuQin,BiHongjun,“ThePHValueOptimizationofModifiedInjectionWaterinLinnanOilfield”,JournalofSouthwestPetroleumInstitute,2006(6);(inChinese)
79.WangYefei,XiongWei,JiaoCui,HeLong,YouQing,ZhaoFulin,“ResearchofTechnologyofFormationPolymerFlocculationResidueRecycleafterPolymerFlooding”,PetroleumGeology&OilfieldDevelopmentinDaqing,2006(3);(inChinese)
80.XiongChunsheng,WangYefei,HeYing,ZhaoFulin,“Cross-linkingHPAM/Cr3+GellingSystemforIn-depthProfileControlAfterPolymerFlooding”,Drilling&ProductionTechnology,2005(6),[EI];(inChinese)
81.CuiZhikun,WangYefei,MaWeidong,WangJian,“ANewSelectiveWaterPluggingTechnologyandItsFieldApplication”,OilfieldChemistry,2005(1);(inChinese)
82.YinWenjun,WangQingqing,WangYefei,KangYuanyong,“MechanismStudyonSuccessiveDeclineofIncrementalOilEffectDuringMulticycleprofileControl”,PetroleumGeologyandRecoveryEfficiency,2004(2);(inChinese)
83.LiYikun,ZhaoFulin,JiaoCui,WangYefei,DaiCaili,“StudiesonChangesandImplacementMadeofConventionalPolymerGelsinHighTemperatureandHighSalinityEnvironment”,OilfieldChemistry,2004(3);(inChinese)
84.LiYikun,ZhaoFulin,WangYefei,“SynthesisofAlkylPhenolPolyoxyethyleneEtherCarboxylatewithAcetoneasSolvent”,ACTAPETROLEISINICA(PetroleumProcessingSection),2003(2),[EI];(inChinese)
85.GuoLizhi,WangYefei,DaiCaili,ZhaoFulin,“MechanismofSynergismbetweenTwoChinesePetroleumSulfonates”,ACTAPETROLEISINICA(PetroleumProcessingSection),2003(6),[EI];(inChinese)
86.DaiCaili,WangYefei,LengQiang,ZhaoFulin,“StudiesonProfile-controlOil-displacementAgentwithLongGelationTimefortheFormationFarfromWellbore”,JournalOfXi'AnPetroleumInstitute,2003(1);(inChinese)
87.GuoLizhi,WangYefei,DaiCaili,ZhaoFulin,“EffectsofGudongCrudeFractionsforOilandPetroleumSulfonateOptimumFormulationonLowInterfacialTension”,JournaloftheUniversityofPetroleum,China,2003(6);(inChinese)
88.GuoLizhi,DaiCaili,WangYefei,ZhaoFulin,“FormulationOfOilDisplacementAgentForProfileControl-ActiveWater-DriveExperimentOnNg32LayerInNorthwestPartOfEastBlockInChengdongOilField”,JournaloftheUniversityofPetroleum,China,2003(2);(inChinese)
89.WangYefei,ZhangDingyong,LeXiaoming,“AbsorptionOfAnionicSurfactantOnTheSurfaceOfSandstoneBeforeAndAfterSolventExtraction”,JournaloftheUniversityofPetroleum,China,2002,26(3);(inChinese)
90.DaiCaili,WangYefei,ZhaoFulin,“InfluencingFactorsonChromiumGelSystemsofRetardedCrosslinking”,JournaloftheUniversityofPetroleum,China,2002,26(6);(inChinese)
91.DaiCaili,ZhaoFulin,WangYefei,“SomeCombinedTechnologyforEnhancingtheOilRecovery”,ComplexHydrocarbonReservoirs,2002(3);(inChinese)
92.WangYefei,LiJiyong,ZhaoFuiln,“SurfactantsOilDisplacementSysteminHighSalinityFormations”,SPE68770,SPEAsiaPacificOilandGasConferenceandExhibitionheldinJakarta,Indonesia,17–19April2001;
93.WangYefei,HuangJianbin,“SynthesisandSurfaceActivityofAlkylOxyethylenatedPropaneSulfonates”,ActaPhys.-Chim.Sin,2001,17(6);v
94.WangYefei,ZhaoFulin,“SyntheticKineticsofNonionicSulfonateSurfactantsSynthesizedbyUsingPropaneSultnde”,JournaloftheUniversityofPetroleum,China,2000,24(2);(inChinese)
95.WangYefei,ZhaoFulin,“TheSaltToleranceOfNonionic-AnionicSurfactants”,OilfieldChemistry,1999,16(4);(inChinese)
96.WangYefei,ZhaoFulin,“AStudyOnEtherealCarboxylatesAndTheirMixturesWithPetroleumSulfonateAndSodiumCarbonateAsFloodingChemicals”,OilfieldChemistry,1998,15(4);(inChinese)
97.WangYefei,ZhaoFulin,“HydrolyticStabilityofLaurylPolyoxyethylenePhosphate”,ChineseJournalofAppliedChemistry,1998,15(3);(inChinese)
98.WangYefei,YangHuaicheng,“StudyofScaleControlbyNonionic-AnionicAmprolyticSurfactants”,JournaloftheUniversityofPetroleum,China,1997,21(4);(inChinese)
Patents
1.“ACombinedOilProductionMethodofChemicalhuffandpuff&WaterShutoffinoilproductionwells”(ZL**.0)
2.“AnOilProductionMethodUsingEthercarboxylateasFloodingAgent”(ZL**.4)
3.“AMethodofPreparingGelationDispersionforIn-depthFluidDiversioninReservoirs”(ZL5.6)



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