◎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、《Petroleum Science》、《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》、《Industrial & Engineering Chemistry Research》、《Fuel》、《Energy & Fuels》、《Journal of Petroleum Science and Engineering》、《Colloids and Surfaces A》等期刊审稿人；
4、2012-目前，教育部“长江学者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
6、2013-2016，中国石化化学驱提高石油采收率重点实验室技术委员会委员
7、2017-目前，石油工业标准化技术委员会油田化学剂专业标准化技术委员会委员
8、2020-目前“中国腐蚀与防护协会第九届缓蚀剂专业委员会委员”
9、2021-目前山东省（青岛市）腐蚀与防护学会理事
◎主讲课程
《界面化学》、《提高采收率原理与方法》（研究生课程）
《应用物理化学》、《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
2021级：刘冬冬（博士）、雷天猛（博士）、薛新房（博士）、董江阳、刘志聪、王婧；
2020级：徐英彪（博士）、毛迪浩、张楚晗、吴寒超；
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）、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了国家“十一五”、“十二五”油气重大专项和“十三五”期间国家重点研发计划政府间项目、国家自然科学基金项目以及多项油田厂矿企业间横向科研课题。
目前在研的科研项目有： （1）国家重点研发计划——政府间国际科技创新合作重点专项 “新型环保表面成膜型缓蚀剂的缓蚀机理及应用” (2021YFE0107000)，2021-2024 中方负责人；
（2）国家自然科学基金面上项目——“基于吲哚嗪衍生物的新型酸化缓蚀剂及其作用机制研究”(52074339)，2021-2024 负责人；
（3）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”(2016ZX05058-003-003)，负责人；
（4）国家自然科学基金青年项目“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”(5201504275)，主要参与者；
（5）山东省研究生教育质量提升计划——研究生教育优质课程项目“提高油气采收率科学与技术进展”(SDYKC19033)，2019， 负责人；
（6）塔里木油田碎屑岩油藏滚动开发与提高采收率；
（7）普通稠油降粘复合驱油体系驱油机理研究；
（8）B-PPG在多孔介质中的渗流规律研究；
（9）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；
（10）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）中国石油和化学工业优秀出版物教材一等奖，石油工程专业本科生教材《应用物理化学》，2020年，排名第1；
（2）国家科技进步二等奖 “高含水油田优势通道定量描述与调控技术及工业化应用” ，2010年，排名第5；
（3）教育部科技进步三等奖和山东省技术发明二等奖， “区块整体调剖堵水的PI决策技术”，2001年，排名第5；
（4）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 “油田化学品的产业化开发及应用示范”，2005年，排名第3；
（5）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 “油井选择性堵水技术研究与应用”，2008年，排名第3；
（6）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 “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”，2009年，排名第3；
（7）教育部科技进步二等奖 “聚合物驱后提高采收率接替技术研究与应用”，2009年，排名第8；
（8）山东省高等学校优秀科研成果三等奖（自然科学类）“二次采油与三次采油的结合技术研究”，2006年，排名第2；
（9）石油大学（华东）优秀科研成果一等奖 “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。
◎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
期刊论文： （1）“Dimer Indolizine Derivatives of Quaternary Salt Corrosion Inhibitors: Enlightened High-Effective Choice for Corrosion Prevention of Steel in Acidizing”, SPE Production & Operations, (2021) 36 (01), SPE-200098-PA [SCI,EI收录] 通讯作者
（2）“Experimental Investigation of the Heterogeneity Limit for the Application of Polymer Flooding in Reservoirs”, Journal of Energy Resources Technology, Transactions of the ASME, (2021)143: 022901,[SCI,EI收录] 通讯作者
（3）“纳米SiO2/SDS分散体系的稳定性及界面活性”, 油田化学, (2020) 37 (3): 456-461, 通讯作者
（4）“Studies of interfacial interactions between petroleum acids and associating polyacrylamide by dilational rheological measurements” Journal of Dispersion Science and Technology, (2020) 41(9): 1326-1334,[SCI,EI收录] 通讯作者
（5）“A comparative study of the mechanism and performance of surfactant- and alkali-polymer flooding in heavy-oil recovery” , Chemical Engineering Science , (2020), 219, 115603,[SCI,EI收录] 通讯作者
（6）“Potential of the base-activated persulfate for polymer-plugging removal in low temperature reservoirs” , Journal of Petroleum Science and Engineering, (2020), 189, 107000,[SCI,EI收录] 第一作者，通讯作者
（7）“Stability and rheological properties of HPAM/nanosilica suspensions: Impact of salinity”，Colloids and Surfaces A: Physicochemical and Engineering Aspects, (2020) 587, 124320,[SCI,EI收录] 第一作者，通讯作者
（8）“Performance of a good-emulsification-oriented surfactant-polymer system in emulsifying and recovering heavy oil”, Energy Science and Engineering, (2020) 8(2), 353-365,[SCI,EI收录] 第一作者
（9）“Synergistic effect of the bromide and chloride ion on the inhibition of quaternary ammonium salts in haloid acid, corrosion inhibition of carbon steel measured by weight loss”，Colloid and Interface Science Communications，(2020) 34, 100228, [SCI收录] 通讯作者
（10）“亚硝酸钠与氯化铵体系的反应特征”, 石油学报，（2020），41(02): 226-234.[EI收录, 中文卓越期刊] 第一作者，通讯作者
（11）“Performance of a good-emulsification-oriented surfactant-polymer system in emulsifying and recovering heavy oil”, Energy Science & Engineering, (2019) 00:1–13.[SCI, EI收录] 第一作者
（12）“A novel in situ N2 generation system assisted by authigenic acid for formation energy enhancement in an oilfield”, RSC Advances, (2019) 9, 39914-39923. [SCI,EI收录]，通讯作者
（13）“Wormlike micelles with a unique ladder shape formed by a C22-tailed zwitterionic surfactant bearing a bulky piperazine group”, Soft matter, (2019) 15:7644-7653[SCI, EI收录] 通讯作者
（14）“Experimental investigation of bypassed-oil recovery via CO2 soaking and huff and puff injection: Effects of miscibility and bypassed-oil size”. Fuel. (2019) 248:152-160.[SCI收录] 通讯作者
（15）“The role of IFT and emulsification in recovering heavy oil during S/SP flooding”. Journal of Industrial and Engineering Chemistry, (2019)77: 198-208.[SCI收录] 通讯作者
（16）“Oil recovery performance of a modified HAPAM with lower hydrophobicity, higher molecular weight: A comparative study with conventional HAPAM, HPAM”. Journal of Industrial and Engineering Chemistry, (2019) 72: 298-309.[SCI收录] 通讯作者
（17）“Experimental study on CO2-EOR in fractured reservoirs: Influence of fracture density, miscibility and production scheme”. Journal of Petroleum Science and Engineering, (2019) 174: 476-485.[SCI收录] 通讯作者
（18）“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
（19）“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.
（20）“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, 中文卓越期刊] 第一作者，通讯作者
（21）“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, 中文卓越期刊] 第一作者，通讯作者
（22）“Indolizine quaternary ammonium salt inhibitors, part III: insights into the highly effective low-toxicity acid corrosion inhibitor-synthesis and protection performance”, New Journal of Chemistry, (2019) 43(47): 18461-18475.[SCI收录] 通讯作者
（23）“Indolizine quaternary ammonium salt inhibitors part II: a reinvestigation of an old-fashioned strong acid corrosion inhibitor phenacyl quinolinium bromide and its indolizine derivative”, New Journal of Chemistry, (2018) 42(15): 12977-12989.[SCI收录] 第一作者，通讯作者
（24）“Interaction between polymer and anionic/nonionic surfactants and its mechanism of enhanced oil recovery”. Journal of Dispersion Science and Technology, (2018) 39(8): 1178-1184.[SCI收录] 第一作者
（25）“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]
（26）“基于Box-Behnken Design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
（27）“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
（28）“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
（29）“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
（30）“生物柴油的等温胶凝特性”, 石油学报（石油加工）, (2016) 32(1): 207-214.
（31）“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.
（32）“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
（33）“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
（34）“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 会议论文： （1）酸化用高效缓蚀剂新选择：吲哚嗪类衍生物，第十一届全国腐蚀与防护大会，2021年7月2日-4日，辽宁沈阳 [分会报告]
（2）吲哚嗪衍生物类酸化缓蚀主剂性能与缓蚀机理，第二十一届全国缓蚀剂学术讨论及应用技术经验交流会，2020年11月13日-15日，江苏南京 [分会报告]
（3）“Novel High-Effective Component for Acidizing Corrosion Inhibitors: Indolizine Derivatives of the Quaternary Quinolinium Salts”, SPE-202369-MS, SPE Asia Pacific Oil & Gas Conference and Exhibition, held ONLINE, November 17-19, 2020. 分会报告[EI收录]
（4）High-efficiency Corrosion Inhibitor for Acidizing: Synthesis, Characterization and Anti-corrosion Performance of Novel Indolizine Derivative, SPE-193587-MS, SPE International Conference on Oilfield Chemistry held in Galveston, Texas, USA, 8-9 April 2019. 第一作者, 分会报告 [EI收录]
◎专利
(1) 一种基于CO2‑原油传质提高绕流原油采收率的实验装置与方法 CN107882539A
(2) 一种驱油用微泡沫及其制备方法 CN108329900A
(3) 一种凝胶化覆膜颗粒调剖剂及其在线配制与使用方法 CN108504341A
(4) 一种无机凝胶泡沫体系及其制备方法与应用 CN104745163A
(5) 一种用于油藏深部液流转向的冻胶分散体制备方法 CN101434835A
(6) 一种驱油用醚羧酸盐的合成方法 CN1276909C
(7) 一种化学吞吐与油井堵水相结合的采油方法 CN1116496C
(8) 一种以醚羧酸盐作为驱油体系的采油方法 CN1296115A
◎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月作为访问学者在美国密苏里大学交流学习；
3、获2020年度校国际交流基金“一带一路”项目资助，邀请并主持斯洛文尼亚专家来校访问并进行系列讲座；
4、获2021年国家留学基金委资助公派赴斯洛文尼亚进行“高级研究学者”（优秀博士生导师短期出国交流项目）交流项目。
5、多次参加在美国举行的SPE国际会议并宣读论文。
CURRICULUM VITAE
Prof. Yefei Wang
Department of Oilfield Chemistry, School of Petroleum Engineering, China University of Petroleum(East China)
Address
No.66 Changjiang West Road
China University of Petroleum
Huangdao District, Qingdao City
Shandong Province, PRC
Postal Code: 266580 Phone
Cell: +86 159-5323-0699
Office: +86 532-86981709
Email
wangyf@upc.edu.cn
Academic Qualifications
1987.9-1991.7, B.Sc., Applied Chemistry, University of Petroleum (East China);
1991.9-1994.7, M.Sc., Oil & Gas Field Development Engineering, University of Petroleum (East China);
1995.9-1998.12, Ph.D., Oil & Gas Field Development Engineering, China University of Petroleum (East China).
Research Interest
Profile controlling and water shut-off; chemical flooding; chemical treatment of production and injection wells; oilfield chemical products.
Professional Experience
Member of Chinese Petroleum Society (CPS) and Society of Petroleum Engineers (SPE);
2012 to date, key member of “Theory and Technology of the Development and EOR of Complex Reservoirs” researching team under “Development Plan of Changjiang Scholars and Innovative Research Team” initiated by Chinese Ministry of Education.
2012 to date, key member of “Excellent Innovative Team” of oilfield development, Shandong Province.
Academic Exchange Experience
2006.7-2006.8, University of Sydney for Language Training;
2007.9-2008.9, as visiting scholar in University of Missouri;
Attended the SPE Conferences held in the US and presented thesis several times.
Courses Taught
Postgraduate courses: Interfacial Chemistry, Principle and Methods of Enhanced Oil Recovery;
Undergraduate courses: Principles of ChemistryⅡ, Oilfield Chemistry;
Person responsible for teaching Oilfield Chemistry as “High-quality Course of the Province”
Postgraduate Students Guided
2013: Shenglong Shi (Ph.D.), Pan Han, Zenghao Zhao, Zhongpeng Li;
2012: Baofeng Hou (Ph.D.), Shixun Bai, Wenya Zhai, Qingguo Chen;
2011: Hong He (Ph.D.), Fuqing Yuan (Ph.D.), Dandan Li, Xiaoli Xu, Peng Liu, Shenglong Shi, Limin Cheng;
2010: Peng Zhang (Ph.D.), Ziyuan Qi (Ph.D.), Yan Yang, Yan Zhang, Maolei Guo;
2009: Haiyang Yu (Ph.D.), Chen Liu, Peng Lv, Hong He, Xiuzhuang Yang;
2008: Weizhao Yu (Post Doc), Kanyun Li, Ziyuan Qi, Suoliang Wang;
2007: Wei Zhou, Zhijie An;
2006: Haiyang Yu, Shasha Gao, Qun Yu;
2005: Yanping Jia, Liina Mu, Tingting Liu;
2004: Ya Cui, Benzhe Wang, Pingping Qu;
2003: Long He, Qing You, Shengchun Xiong, Wei Xiong, Huili Yang.
Research Projects
Led a sub topic, “Research and Development of Surfactants for Tertiary Oil Recovery”, under “the 10th Five-Year Key Programs for Science and Technology Development of China”;
As one of the responsible researchers, completed the project “Study on the Gelation of Nanoparticle Dispersion and Its Profile Controlling and Flooding Mechanisms” supported by the Youth Foundation of China under Chinese National Programs for High Technology Research and Development (863 Project);
Participated in the project “Study on the New Technologies of oil production Using Black Liquor System” under “the 9th Five-Year Key Programs for Science and Technology Development of China”;
Led several National 863 Projects and key research projects on the provincial and ministerial level.
Projects in research
“Study on the Overall Profile Control and Flooding Technologies in Off-shore Chemical Flooding” as one of the “Major Projects under Oil & Gas Special Programs of National 12th Five-Year Plan”.
“Study on Improvement of Chemical Flooding in Off-shore Oilfields” as one of the “Major Projects under Oil & Gas Special Programs”.
Awards
“Quantitative Description and Controlling of Dominant Channels in High Water-cut Oilfields and Its Industrial Application”, Second-Class National Prize for Progress in Science and Technology, 2010, ranked 5th
“PI Decision-making Technology on the Sectional Overall Profile Controlling and Water Shut-off”, Third-Class Prize for Progress in Science and Technology (Ministry of Education in China), Second-class Prize for Technological Invention(Shandong Province), ranked 5th
“Industrialization of the Development of Oilfield Chemical Products and Their Application”, First-class Prize for Progress in Science and Technology (Shandong Province), First-class Prize for Progress in Science and Technology (China Petroleum and Chemical Industry Association), 2005, ranked 3rd
“Research and Application of Selective Water Shut-off Technology in Production Wells”, First-class Prize for Progress in Science and Technology in Shandong Province, First-class Prize for Progress in Science and Technology (China Petroleum and Chemical Industry Association), 2008, ranked 3rd
“Research and Application of EOR Technology by Reusing the Residual Polymer in the Formation after Polymer Flooding”, First-class Prize for Progress in Science and Technology in Shandong Province, First-class Prize for Progress in Science and Technology (China Petroleum and Chemical Industry Association), 2008, ranked 3rd
“Research and Application of Subsequent EOR Technology after Polymer Flooding”, Second-class Prize for Progress in Science and Technology (Ministry of Education), 2009, ranked 8th
“Study on the Combination of Secondary and Tertiary Oil Recovery Technologies”, Third-class Prize for Outstanding Achievements in Scientific Research amongst Universities in Shandong Province, 2006, ranked 2nd
“In-depth Profile Control and Flooding Technology in Formations in Shengtuo-11 South, Shengli Oilfield”, “Research on 2+3 EOR Technologies in NG32 Formation in Northern Section of Eastern Chengdong Oilfield”, “Research and Development of Surfactants for Tertiary Oil Recovery”, “Study on the EOR of Gudao Oilfield after Polymer Flooding”, First-class Prize for Outstanding Achievements in Scientific Research, UPC.
Titles
Young Elite Talents of Economic and Technological Development District, Qingdao
”Outstanding Tutor for postgraduate students” of UPC
Publications
Co-authored the textbook of Oilfield Chemistry for National 11th Five-year Plan,China University of Petroleum Press, 2002
Papers
1. Li Dandan, Wang Yefei, Zhang Peng, He Hong, Xu Xiao-Li, “Research Progress of Determination of Polymer Molecular Weight for Oil Recovery in Low Permeability Reservoirs”, Oilfield Chemistry, 2014; (in Chinese)
2. Qi Ziyuan, Wang Yefei, Wang Tao, Wang Guijie, Yu WeiZhao, “Selective Water Control of A Relative Permeability Modifier”, Journal of Southwest Petroleum University (Science & Technology Edition), 2014; (in Chinese)
3. Qi Ziyuan, Wang Yefei, Xu Xiaoli, “Optimization of a Relative Permeability Modifier for Oil Recovery Improvement”, Science Technology and Engineering, 2014; (in Chinese)
4. Xu Xiaoli, Wang Yefei, He Hong, Li Dandan, Qi Ziyuan, “Research Advances in Influencing Factors of Dynamic Gelling Process of Cross-linked Polymer System in Porous Media”, Oilfield Chemistry, 2014; (in Chinese)
5. Yu Haiyang, Liu Xianjun, Xu Binbin, Wang Yefei, “Influence of Permeability and Injection Speed on Dynamic Gelation of Phenol Formaldehyde Resin Gel in Porous Media”, PGRE, 2014; (in Chinese)
6. Liu Peng, Wang Yefei, Zhang Guoping et al. “Study of Emulsification Effect on Oil Recovery in Surfactant Flooding”, PGRE, 2014; (in Chinese)
7. Zhang Peng, Huang Wenzhang, Jia Zhenfu, Zhou Chengyu, Wang Yefei, “Conformation and Adsorption Behavior of Associative Polymer for Enhanced Oil Recovery Using Single Molecule Force Spectroscopy”, Journal of Polymer Research, 2014; (in Chinese)
8. Jian Zhang, Hong He, Yefei Wang, “Gelation Performance and Microstructure Study of Chromium Gel and Phenolic Resin Gel in Bulk and Porous Media”, Journal of Energy Resources Technology, 2014;
9. Hong He, Yefei Wang, Jian Zhang, “Novel Gel with Controllable Strength for In-Depth Conformance Control: Bulk Gelation Performance and Propagation Properties in Porous Media”, Journal of Dispersion Science and Technology, 2014;
10. Hong He, Yefei Wang, Sun X, “Development and Evaluation of Organic/Inorganic Combined Gel for Conformance Control in High Temperature and High Salinity Reservoirs”, Journal of Petroleum Exploration and Production Technology, 2014;
11. SHI Sheng-Long，WANG Lu-Sham, JIN Yan-Xim, WANG Tao, WANG Ye-Fei, “Application Progress and Developmental Tendency of Emulsion System Used in Flooding, Profile Control and Water Plugging”, Oilfield Chemistry, 2014; (in Chinese)
12. Shenglong S, Yefei W, Lushan W, “Potential of Spontaneous Emulsification Flooding for Enhancing Oil Recovery in High Temperature and High Salinity Oil Reservoir”, Journal of Dispersion Science and Technology, 2014;
13. HOU Baofeng, WANG Yefei, LIU Honggang, WANG Guijie, “Progress in Research Work with Respect to Synthesis of Symmetric Gemini Surfactants”, China Surfactant Detergent & Cosmetics, 2014; (in Chinese)
14. Hong He, Yefei Wang, Ziyuan Qi, et al, “The Study of an Inorganic Gel for Profile Modification in High-Temperature and Low-Permeability Sandstone Reservoirs”, Petroleum Science and Technology, 2013, 31(19): 1940-1947;
15. Shi Shenglong, Wang Yefei, Jiang Weidong, Zhang Jian, Yu Haiyang, Lv Peng “A Study on Dynamic Gelation of Phenolic Resin Gel in Different Shear Modes”, China Offshore Oil and Gas, 2013; (in Chinese)
16. CHENG Li-Min, WANG Ye-Fei, HE Hong, LIU Hong-Gang, LIU Peng, “Research and Application Progress of Profile Control and Displacement with Foam”, Oilfield Chemistry, 2013; (in Chinese)
17. WANG Ye-Fei, LIU Chen, QI Zi-Yuan, PAN Ling, ZHU Guo-Hua, LIU Hua, “Polymer Flooding in High Temperature and Low Permeability Reservoir”, Oilfield Chemistry, 2013; (in Chinese)
18. ZHAO wensen, GAO Jianchong, CUI Yingxian, YANG Guang, LIU Changlong, WANG Yefei, “The Research of An Associated Polymer Profile Control Agent for an Oilfield in Bohai Bay”, Journal of Chongqing University of Science and Technology, 2013; (in Chinese)
19. JIANG Weidong, ZHANG Jian, HE Hong, WANG Yefei, “Development and Parameter Optimization of In-depth Profile Control and Oil Displacement Agent for Bohai Oilfield”, Journal of Northeast Petroleum University, 2013; (in Chinese)
20. Yang Yan, Wang Yefei, Zheng Jiapeng, Luo Hongmei, Zhang Peng, “Approximate Calculation Method to Identify High Permeable Channel Based on Pipe Flow Model”, Fault-block Oil & Gas Field, 2013, 20(2); (in Chinese)
21. Xu Xiaoli, Wang Yefei, Li Dandan, Liu Chen, Pan Ling, Wang Weiji, Wang Guorui, “Influence of Emulsification Performance Difference on Oil Displacement Efficiency of Medium-low Permeability Cores”, Fault-block Oil & Gas Field,2013,20(3); (in Chinese)
22. Peng Zhang, Yefei Wang, Yan Yang, Jian Zhang, Xulong Cao, Xinwang Song, “The Effect of Microstructure on Performance of Associative Polymer: In Solution and Porous Media”, Journal of Petroleum Science and Engineering (2012) 90-91: 12–17, [EI、SCI];
23. Shi Shenglong, Wang Yefei, Yu Haiyang, Lv Peng, “Dynamic Gelation in Porous Media of Phenol Resin Gel”, Journal of Daqing Petroleum Institute, 2012,36 (1); (in Chinese)
24. YANG Yan, WANG Ye-Fei, ZHANG Peng, WANG Guo-Rui, “Mechanisms and Influencing Factors of Selective Water Shut-off Agents”, Oilfield Chemistry, 2012,29(4); (in Chinese)
25. Wang Suoliang, Wang Xiaoyu, Huang Chao, Chai Qiaoling, Jing Jianchun, Jiang Wenxue, Wang Yefei, “Research Progress of EOR with Alteration of Rock Wettability in Low-permeability Reservoir”, Fault-block Oil & Gas Field, 2012,19(4); (in Chinese)
26. LV Peng, WANG Yefei, YU Haiyang, SHI Shenglong, “Gelling Behavior of HPAM/Cr(Ⅲ) under the Shearing of Porous Media”, Journal of Xi’an Shiyou University(Natural Science Edition),2012,27(1); (in Chinese)
27. HE Hong, WANG Ye-Fei, WANG Guo-Rui, QI Zi-Yuan, KAN Kai, “Research Advances in Profile Control and Oil Displacement Agents for High Temperature and High Salinity Reservoirs”, Oilfield Chemistry,2012,29(3); (in Chinese)
28. ZHANG Yan, WANG Lushan, WANG Tao, JIN Yanxin, WANG Yefei, “Study on Particle Size and Plugging Performance of New Absorbent Resin Microspheres”, Oil Drilling-Production Technology,2012,34(6); (in Chinese)
29. P. Zhang, Y. Wang, Y. Yang, J. Zhang, X. Cao, “One Factor Influencing the Oil-displacement Ability of Polymer Flooding: Apparent Viscosity or Effective Viscosity in Porous Media? ”, Petroleum Science and Technology, (2012) 30:1424–1432,[EI、SCI];
30. Hong He, Yefei Wang, Mengyun Zhao, et al, “Laboratory Evaluation of Thermo-reversible Gel for In-Depth Conformance Control in Steam-Stimulated Wells”, SPE 157871-MS, paper presented at SPE Heavy Oil Conference Canada, Calgary, Alberta, Canada, 12-14 June 2012,[EI、SCI];
31. Wang Ye-fei, Xu Huai-min, Qi Zi-yuan, Xu Xiao-li, Song Xin-wang, “Effects of Crude Fractions on Quartz Surface Wettability and Characterization Method”, Journal of China University of Petroleum,2012,36(5),[EI]; (in Chinese)
32. “Study on Components and Formulation of Liquid Gel Packer in Air Drilling”, Petroleum Science and Technology, (2011) 29:837–849,[EI、SCI];
33. Liu Chen, Wang Yefei, Yu Haiyang, et al., “The Laboratory Study on Surfactant Flooding System for Low Permeable Reservoir”, Chemical Engineering of Oil & Gas,2011, 40(5); (in Chinese)
34. Wang Yefei, Xu Huaimin, Yu Haiyang, Zhang Jian, Li Xianjie, Wang Suoliang, “Study on Dynamic Gelation of Hydrophobic Associating Polymer/Cr3+ Gel in Porous Media ”, PGRE, 2011, 18(6); (in Chinese)
35. Yu Haiyang, Zhang Jian, Wang Yefei, Ji Wenjuan, Wang Suoliang, “Rheological Behaviors and Viscoelasticity of Phenolic Resin Gel”, Journal of Southwest Petroleum University (Science & Technology Edition), 2011,33(3); (in Chinese)
36. Wang Yefei, Wang Suoliang, Xu Huaimin et al. “Interaction Between Asphaltene and Quartz Surface and Mechanisms of Wettability Alteration”, PGRE, 2011,18(4); (in Chinese)
37. Song Xinwang, Lv Peng, Wang Yefei, “Research on Dynamic Gelling Process of HPAM/Cr(Ⅲ) under Shearing”, Oilfield Chemistry, 2011,28(4); (in Chinese)
38. Qi Ziyuan, Wang Yefei, Liu Chengjie, Wang Tao, YuWeizhao, Wang Suoliang, “Study on Relative Permeability Modifier Static Adsorption”, Petroleum Drilling Techniques, 2011,39(3); (in Chinese)
39. Lv Peng, Wang Yefei, Yu Haiyang, He Hong, Shi Shenglong, “The Gelling Behavior of Phenol Resin Gel Under the Shearing of Oscillator”, Journal of Petrochemical Universities, 2011,24(6); (in Chinese)
40. Liu Dexin, Wang Yefei, Zhao Xiutai, Fan Zexia, “Application of Multi Teaching Models in the Course of Oilfield Chemistry for Petroleum Engineering Majors”, Journal of Higher correspondence Education ( Natural Sciences), 2011,24(4); (in Chinese)
41. Liu Dexin, Feng Qihong, Zhao Xiutai, Wang Yefei, Lv Kaihe, Fan Zexia, “Application of Heuristic Education in Teaching Courses for Petroleum Engineering Majors”, Journal of Higher Correspondence Education (Natural Sciences), 2011,24(5); (in Chinese)
42. Wang Yefei, Xu Huaimin, Yu Weizhao, Bai Baojun, Song Xinwang, Zhang Jichao, “Surfactant Induced Reservoir Wettability Alteration: Recent Theoretical and Experimental Advances in Enhanced Oil Recovery”, Petroleum Science(2011)8：462-475,[SCI];
43. Peng Zhang, Yefei Wang, Wuhua Chen, Haiyang Yu, Ziyuan Qi, Kanyun Li, “Preparation and Solution Characteristics of A Novel Hydrophobically Associating Terpolymer for Enhanced Oil Recovery”, Journal of Solution Chemistry (2011) 40: 447–457,[SCI];
44. Wang Yefei, Yu Weizhao, Hu Songqing, “Molecular Dynamics Simulation of Hydroxyl Substituting Dialkyl Benzene Sulfonate Self-assembly Membrane at Air-Water Interface”, Journal of China University of Petroleum, 2011,35(6),[EI]; (in Chinese)
45. Wang Yefei, Wang Suoliang, Xu Huaimin, Yu Weizhao, Qi Ziyuan, Lv Hengyu, “Interaction Between Asphaltene and Quartz Surface and Mechanisms of Wettability Alteration”, PGRE, 2011, 18(4):72一74. (in Chinese)
46. Yu H, Wang Y, Ji W, Zhang J, Zhang P, Chen W, Qi Z, “Study of A Profile Control Agent Applied in An Offshore Oilfield”, Petroleum Science and Technology, (2011) 29:1285–1297,[EI、SCI];
47. Yu H, Wang Y, Ji W, Zhang, “A Laboratory Study of the Microgel Used for Polymer Flooding”, Petroleum Science and Technology, (2011) 29:715–727,[EI、SCI];
48. Yu Haiyang, Wang Yefei, Zhang Yan, Zhang Peng, Chen Wuhua, “Effects of Displacement Efficiency of Surfactant Flooding in High Salinity Reservoir: Interfacial Tension, Emulsification, Adsorption”, Advances in Petroleum Exploration and Development, 2011, 1(1): 32~39;
49. Wang Yefei, Zhao Fulin, Bai Baojun, “Optimized Surfactant IFT and Polymer Viscosity for Surfactant-Polymer Flooding in Heterogeneous Formation”, SPE 127391 paper presented at the 2010 SPE IOR Symposium to be held 24-28 April 2010 in the Tulsa, Oklahoma, U.S.A.;
50. You Qing, Zhou Wei, Wang Yefei, Zhao Fulin, Ji Chengwei, Fan Saihua, “Crosslinking Reaction Process and Influencing Factors for Formation of Hydro-phobically Associating Polymer/Phenolic Resin Gel”, Oilfield Chemistry, 2010,27(3); (in Chinese)
51. Zhou Wei, Wang Yefei, Zhao Fangjian, Li Kanyun, Qi Ziyuan, Wang Suoliang, Liu Chen, He Hong, Zhao Fulin, “Preparation and Evaluation on Temporary Blocking Agent of Organic Chromium Gel Type”, Fault-block Oil & Gas Field, 2010,17(4); (in Chinese)
52. Zhu Yangwen, An Zhijie, Wang Yefei, Wang Suoliang, “Influencing Factors of EOR Abilities of Polymer Flooding”, Oil-Gas Field Surface Engineering, 2010,29; (in Chinese)
53. Zhang Peng, Wang Yefei, Zhang Jian, Wang Yan, Li Xianjie, Yu Haiyang, “Some Factors Influencing Oil-Displacement Capability of Hydrophobically Associating Polyacrylamide Used in Polymer Flooding”, Oilfield Chemistry, 2010,72(4); (in Chinese)
54. Wang Yanling, Jiang Guancheng, Wang Yefei, Zheng Jingjing, Ma Li, Qiu Dongxu, “Microstructure and Optical Properties of Nano-composite CTNI/PMMA Thin Film”, Bulletin of the Chinese Ceramic Society, 2010,29(3); (in Chinese)
55. An Zhijie, Wang Yefei, Zhang Jian, Song Xinwang, Chen Wuhua, Wang Suoliang, “Optimization of Polymer Flooding for Shengtuo Oilfield”, Oilfield Chemistry, 2010,27(3); (in Chinese)
56. Fan Zexia, Wang Yefei, Zhao Xiutai, Lv Kaihe, Liu Dexin, “Establishment of High-quality Course of Oilfield Chemistry for Petroleum Engineering Majors”, Journal of Shengli College China University of Petroleum, 2010,24(2); (in Chinese)
57. Lv Kaihe, Fan Zexia, Wang Yefei, “Reform to the Teaching of Experiments of Oilfield Chemistry for Petroleum Engineering Majors”, Journal of Higher Continuing Education (Natural Science Edition), 2010,23(5); (in Chinese)
58. Wang Yefei, Yu Haiyang, Zhangjian, Li Xianjie, Chen Wuhua, Wang Suoliang, “Study on Decompression and Augmented Injection by Surfactants During Hydrophobically Associating Polymer Flooding in Bohai Oilfield”, Journal of China University of Petroleum, 2010,34(6),[EI]; (in Chinese)
59. You Qing, Wang Yefei, Zhou Wei, Zhao Fulin, Zhang Jian, Yang Guang, “Effects of Hydrogen Sulfide on Polymer Gel for Water Shut-off”, the 2009 SPE International Symposium on Oilfield Chemistry to be held 20-22 April 2009 in the Woodlands, Texas.;
60. Yu Haiyang, Zhang Jian, Yang Guang, Zhao Wensen, You Qing, Wang Yefei, “An Experimental Study on Factors to Influence Gelation of a Hydrophobic Associated Polymer Gel in Suizhong 36-1 Oilfield”, China Offshore Oil and Gas, 2009,21(6); (in Chinese)
61. You Qing, Yu Haiyang, Wang Yefei, Zhang Jian, Yang Guang, Zhao Wensen, Zhao Fulin, “Progress on the Domestic Research of In-depth Profile Controlling”, Fault-block Oil & Gas Field, 2009,16(4); (in Chinese)
62. Yu Qun, Wang Yefei, Jiao Cui, Zhang Chuangan, “Study on Chemical Flooding Formulas in Huoshaoshan Oilfield in Xinjiang”, Fault-block Oil & Gas Field, 2009,16(6); (in Chinese)
63. “The Application on Oily Sludge for In-depth Water Shut-off in Chinese Oilfield”, Petroleum Science and Technology, October 2009;
64. Wang Yefei, Bai Baojun, Gao Hengda, He Hong, Zhao Fulin, “Enhanced Oil Production through a Combined Application of Gel Treatment and Surfactant Huff-Puff Technology”, SPE 112495 paper presented at the 2008 SPE International Symposium and Exhibition on Formation Damage Control held in Lafayette, Louisiana, U.S.A., 13–15 February 2008, [EI];
65. Yefei Wang, “Property Variations of Produced Polyacrylamide from Polymer Flooding Reservoirs and Their Effects on Concentration Detection”, Paper presented at AIChE's 2008 Spring National Meeting in New Orleans, Louisiana, U.S.A,April 6-10, 2008,[EI];
66. Wang Y, Bai B, Zhao F, “Study and Application of a Gelled Foam Treatment Technology for Water Shut-off in Naturally Fractured Reservoir”, Paper presented at the Canadian International Petroleum Conference/SPE Gas Technology Symposium 2008 Joint Conference (the Petroleum Society’s 59th Annual Technical Meeting), Calgary, Alberta, Canada, 17-19 June 2008;
67. Wang Yefei, Mu Lina, Yu Peizhi, You Qing, Wang Xianguang, He Long, “Effect of Hydrogen Sulfide on Gel Typed Plugging Agents”; Journal of China University of Petroleum (Edition of Natural Science), 2008(6),[EI]; (in Chinese)
68. Jia Yan-Ping, Wang Ye-fei, He Long, Zhao Fu-lin, “Influencing Factors for Polyacrylamide/ Polyethyleneimine Gelling fluid as Water Shutoff /Profile Modification Agent”, Oilfield Chemistry, 2007(4); (in Chinese)
69. Wang Yefei, Qu Pingping, Liu Wei, Zhao Fulin, “Lab Research on Temperature and Salt Resistant Inorganic Profile Control Agent”, Petroleum Geology & Oilfield Development in Daqing, 2007(5) (in Chinese)
70. Wang Yefei, You Qing ,Zhao Fulin, “Inhibition Properties Of A Novel Imidazoline Complex For A3 Steel In Salt Water Saturated By CO2”, ACTA PETROLEI SINICA (Petroleum Processing Section), 2006(3),[EI]; (in Chinese)
71. Zhao Fulin, Dai Caili, Wang Yefei, Feng Decheng, Chen Kai, “Comprehension of Water Shut-off in Oil Wells and Its Technical Keys”, ACTA PETROLEI SINICA, 2006(5),[EI]; (in Chinese)
72. Chen Kai, Zhao Fulin, Dai Caili, Wang Yefei, Han Li, Shi Guoxin, Lu Jianguo, “Controlling Technique for Water Coning in Thin Oil Reservoir with Bottom Water in Luliang Oilfield”, ACTA PETROLEI SINICA, 2006,27(6),[EI]; (in Chinese)
73. Zhao Fulin, Wang Yefei, Dai Caili, Ren Shang, Jiao Cui, “Techniques of Enhanced Oil Recovery After Polymer Flooding”, Journal of China University of Petroleum (Edition of Natural Science), 2006(1),[EI]; (in Chinese)
74. Zhao Fulin, Dai Caili, Wang Yefei, “Water Control Technique of Enhanced Oil Recovery for Offshore Oil Field”, Journal of China University of Petroleum (Edition of Natural Science), 2006(2),[EI]; (in Chinese)
75. Wang Yefei, You Qing, Feng Gang, “Determination Method of Relative Molecular Weight and Degree of Hydrolysis of Polyacrylamide in Produced Fluid with Polymer Flooding”, Journal of China University of Petroleum (Edition of Natural Science), 2006(1),[EI]; (in Chinese)
76. Wang Yefei, He Ying, Xiong Chunsheng, Dai Caili, “Experimental Study on the Jellied Deep Profile Control Agents for Gudao Oilfield”, Journal of Xi’an Shiyou University (Natural Science Edition), 2006(1),[EI]; (in Chinese)
77. Wang Yefei, You Qing, Zhao Fulin, “A New Method for Determining the Mass Concentration of the Polymer in the Produced Fluid of Polymer Displacement”, Journal of Xi’an Shiyou University (Natural Science Edition), 2006(3), [EI] (in Chinese)
78. Wang Dongmei, Wang Gangyue, Wang Yefei, Yu Qin, Bi Hongjun, “The PH Value Optimization of Modified Injection Water in Linnan Oilfield”, Journal of Southwest Petroleum Institute, 2006(6); (in Chinese)
79. Wang Yefei, Xiong Wei, Jiao Cui, He Long, You Qing, Zhao Fulin, “Research of Technology of Formation Polymer Flocculation Residue Recycle after Polymer Flooding”, Petroleum Geology & Oilfield Development in Daqing, 2006(3); (in Chinese)
80. Xiong Chunsheng, Wang Yefei, He Ying, Zhao Fulin, “Cross- linking HPAM/Cr3+ Gelling System for In-depth Profile Control After Polymer Flooding”, Drilling & Production Technology, 2005(6),[EI]; (in Chinese)
81. Cui Zhikun, Wang Yefei, Ma Weidong, Wang Jian, “A New Selective Water Plugging Technology and Its Field Application”, Oilfield Chemistry, 2005(1); (in Chinese)
82. Yin Wenjun, Wang Qingqing, Wang Yefei, Kang Yuanyong, “Mechanism Study on Successive Decline of Incremental Oil Effect During Multicycle profile Control”, Petroleum Geology and Recovery Efficiency, 2004(2); (in Chinese)
83. Li Yikun, Zhao Fulin, Jiao Cui, Wang Yefei, Dai Caili, “Studies on Changes and Implacement Made of Conventional Polymer Gels in High Temperature and High Salinity Environment”, Oilfield Chemistry, 2004(3); (in Chinese)
84. Li Yikun, Zhao Fulin, Wang Yefei, “Synthesis of Alkyl Phenol Polyoxyethylene Ether Carboxylate with Acetone as Solvent”, ACTA PETROLEI SINICA (Petroleum Processing Section), 2003(2),[EI]; (in Chinese)
85. Guo Lizhi, Wang Yefei, Dai Caili, Zhao Fulin, “Mechanism of Synergism between Two Chinese Petroleum Sulfonates”, ACTA PETROLEI SINICA(Petroleum Processing Section), 2003(6),[EI]; (in Chinese)
86. Dai Caili, Wang Yefei, Leng Qiang, Zhao Fulin, “Studies on Profile-control Oil-displacement Agent with Long Gelation Time for the Formation Far from Wellbore”, Journal Of Xi'An Petroleum Institute, 2003(1); (in Chinese)
87. Guo Lizhi, Wang Yefei, Dai Caili, Zhao Fulin, “Effects of Gudong Crude Fractions for Oil and Petroleum Sulfonate Optimum Formulation on Low Interfacial Tension”, Journal of the University of Petroleum, China, 2003(6); (in Chinese)
88. Guo Lizhi, Dai Caili, Wang Yefei, Zhao Fulin, “Formulation Of Oil Displacement Agent For Profile Control-Active Water-Drive Experiment On Ng32 Layer In Northwest Part Of East Block In Chengdong Oil Field”, Journal of the University of Petroleum, China, 2003(2); (in Chinese)
89. Wang Yefei, Zhang Dingyong, Le Xiaoming, “Absorption Of Anionic Surfactant On The Surface Of Sandstone Before And After Solvent Extraction”, Journal of the University of Petroleum, China, 2002,26(3); (in Chinese)
90. Dai Caili, Wang Yefei, Zhao Fulin, “Influencing Factors on Chromium Gel Systems of Retarded Crosslinking”, Journal of the University of Petroleum, China, 2002,26(6); (in Chinese)
91. Dai Caili, Zhao Fulin, Wang Yefei, “Some Combined Technology for Enhancing the Oil Recovery”, Complex Hydrocarbon Reservoirs, 2002(3); (in Chinese)
92. Wang Yefei, Li Jiyong, Zhao Fuiln, “Surfactants Oil Displacement System in High Salinity Formations”, SPE68770,SPE Asia Pacific Oil and Gas Conference and Exhibition held in Jakarta, Indonesia, 17–19 April 2001;
93. Wang Yefei, Huang Jianbin, “Synthesis and Surface Activity of Alkyl Oxyethylenated Propane Sulfonates”, Acta Phys. -Chim. Sin, 2001,17(6); v
94. Wang Yefei, Zhao Fulin, “Synthetic Kinetics of Nonionic Sulfonate Surfactants Synthesized by Using Propane Sultnde”, Journal of the University of Petroleum, China, 2000,24(2); (in Chinese)
95. Wang Yefei, Zhao Fulin, “The Salt Tolerance Of Nonionic-Anionic Surfactants”, Oilfield Chemistry, 1999,16(4); (in Chinese)
96. Wang Yefei, Zhao Fulin, “A Study On Ethereal Carboxylates And Their Mixtures With Petroleum Sulfonate And Sodium Carbonate As Flooding Chemicals”, Oilfield Chemistry, 1998,15(4); (in Chinese)
97. Wang Yefei, Zhao Fulin, “Hydrolytic Stability of Lauryl Polyoxyethylene Phosphate”, Chinese Journal of Applied Chemistry, 1998,15(3); (in Chinese)
98. Wang Yefei, Yang Huaicheng, “Study of Scale Control by Nonionic-Anionic Amprolytic Surfactants”, Journal of the University of Petroleum, China, 1997,21(4); (in Chinese)
Patents
1. “A Combined Oil Production Method of Chemical huff and puff & Water Shut off in oil production wells”(ZL 00 1 29385.0)
2. “An Oil Production Method Using Ether carboxylate as Flooding Agent”(ZL 00 1 29383.4)
3. “A Method of Preparing Gelation Dispersion for In - depth Fluid Diversion in Reservoirs”(ZL 2008 1 0237685.6) |
