188体育

油氣田開發工程系

姜漢橋

發布日期:2016-09-19 訪問量:
 


姓名:姜漢橋

職稱:教授、博士生導師  

      973項目首席科學家   

教导與工作經曆:

    1975.7-1978.2 在江蘇海門市海洪綜合場上山下鄉

  1978.3-1982.2 華東石油學院開發系采油工程專業

  1982.3-2002.7 中國石油大學(華東)石油工程學院任教

  1986.9-1988.11中國石油大學(華東)研讨生學習

  1997.3-1997.9 美國University of Wyoming 高級訪問學者

1997.11-2002.7中國石油大學(華東)石油工程學院任教授、博士生导师

             曾任學院黨委書記、副院長

2002.7-現在 中國石油大學(北京)石油工程學院任教授、博士生導師

           现任國家重點學科“油气田开辟工程学科”负责人

   

電子郵箱: jhqlf@163.com jianghq@cup.edu.cn   

聯系電話: 010-89733443

通訊地址:北京市昌平區中國石油大學石油工程學院

    編:102249

   

地址系所: 油氣田開發工程系

研讨标的目标:油氣田開發理論與系統工程、油氣滲流理論與應用

教學情況: 本科生課《油藏工程》 、研讨生課《現代油藏工程理論與設計》、《石油工程新理論與新技術講座》 

 

論文著作:

5年發表學術論文113余篇,其中SCIEIISTP收錄58,專利和軟件著作權5項;國家級規劃教材1部。

    [1]The Influence of the Combination of Polymer and Polymer–Su***ctant Flooding on Recovery. Petroleum Science and Technology, 2011, 514-521.

  [2]Pre-warning and decision *** of water breakthrough for higher water-cut oil field Advanced materials research, 2012, 688-693.

  [3] Offshore Polymer Flooding Optimization Using Surrogate-Based Methodology,Petroleum Science and Technology,2011,2011,29(12):1227-1235,SCI

  [4]同化井網條件下加密井産能計算模子及應用計算物理, 2011, 28(5)693-697.

[5] Advance water-flooding to reduce the stress sensitivity affect on low permeability reservoir development Advanced Materials Research, 2012 361-363:520-525

  [6]海上油田初期聚合物驅動態規律及見效時間判斷体例[J]中國石油大學學報,2011,35(6)

[7] Pore Network Modeling of Polymer Flooding Microscopic Seepage Mechanism[J] Petroleum Science and Technology,2011 29(17): 1803-1810 SCI

  [8] Study on injection-production well connectedness evaluation method in polymer flooding reservoir ,Advanced materials research ,2012: 361-363 EI

[9]特高含水期油田的優勢滲通顺道預警及差異化調整策略,中國石油大學學報(自然科學版) ,2013,37(5):114-119EI

[10]Evaluation the performance of sodium metaborate as a novel alkali in alkali/su***ctant/polymer flooding   Journal of Industrial and Engineering Chemistry, 2013,19(2),450-457,SCI/EI

[11]The Viscoelastic Effect of Polymer on Tracer Dispersion  Journal of Dispersion Science and Technology,2013,34(2),222-227,SCI/EI

[12]Evaluation of the performance of polymer gels mixed with asphalt particle as a novel composite profile control system         Journal of Industrial and Engineering Chemistry,2014,SCI

[13]In-depth Study of Using Horizontal Well to Improve Waterflooding Effect in Old Oilfield via Physical Simulation    Petroleum Science and Technology,2014,32,16,1967-1972,SCI/EI

[14]頁岩儲層滲透率數學表征,石油學報,2014,35,5,928-934,EI

[15]頁岩氣離散裂縫數值模擬体例研讨,自然氣地球科學,2014,EI

[16]頁岩儲層氣體擴散機理,大慶石油地質與開發,2014,33,1    154-159

[17]致密油藏特色及一種新型開發技術,科技導報,2014,   32 7,         71-76

[18]Adaptability Study on Plugging Thief Zones with Asphalt Particle in Polymer Flooding Offshore Field     SPE Trinidad & Tobago Energy Resources Conference,2014 EI

[19]Optimization of well placement by combination of a modified particle swarm optimization algorithm and quality map methodComputational Geosciences,2014,18 5,747-762,SCI

[20]A New Thermal Degradation Model of Polymer in High-Temperature Reservoirs, SPE 176440 In: SPE Asia Pacific Oil & Gas Conference and Exhibition, Indonesia,2015,EI

[21]Optimization decision-*** of well placement using a hierarchical hybrid optimization approach with global and local optimization for PUNQ-S3 reservoir,The 17th annual conference of the International Association for Mathematical Geosciences,2015,ISTP

[22]Novel EOR strategy-decision system based on Delphi-AHP-TOPSIS methodology, SPE 176444 In: SPE Asia Pacific Oil & Gas Conference and Exhibition, Indonesia,2015,EI

[23]Novel Interpretation of Downhole Monitoring Data for Horizontal Wells Equipped with Intelligent Completions,SPE - Middle East Intelligent Oil & Gas Conference & Exhibition,2015,EI

[24]Identification and characterization of high-permeability zones in waterflooding reservoirs with an ensemble of methodologies,SPE 176158,    2015,EI

[25]Determining the Levels and Parameters of Thief Zone Based on Automatic History Matching and Fuzzy Method.       Journal of Petroleum Science and Engineering,2015,SCI

[26]預測頁岩氣産量遞減組合模子的研讨,斷塊油氣田,2015,4,481-483+487

[27]聚合物老化降解的組分模子成立與應用,科技導報,2015,3313,34-38

[28]基于黏度批改模子的聚合物熱降解數值模擬,大慶石油地質與開發,2015

[29]基于離散裂縫模子的頁岩氣動態特色分析中國石油大學學報(自然科學版), 2015,39(3),126-131,EI

[30]油藏工程事理與体例,通俗高等教导十5、十二五國家級規劃教材

 

在研項目:

[1] 國家重點基礎研讨發展計劃973項目,陸相致密油高效開發基礎研讨,項目負責人

[2] 973項目,致密油高效開發油藏工程理論與体例研讨,課題負責人

[3] 973項目,頁岩氣單井耦合傳質單井模擬,專題負責人

[4]十三五國家重大專項子課題,氣驅輔助水驅機理及技術政策鸿沟研讨,子課題負責人

[5] 國際单干項目,Simulation of polymer injection for offshore useStatoil ASA ,課題負責人

[6] 中石油塔里木油田科技项目,塔里木盆地石炭系海相碎屑岩油藏进步采收率手艺对策研讨,課題負責人

 

科研教學獎勵

1、高含水油田優勢通道定量描述與調控技術及工業化應用,國家科技進步二等獎,2012

2、北京高等教导精品教材《油藏工程事理與体例》,北京市,2008

3、北京市高等學校精品課程《油藏工程》,北京市,2007

4、石油工程專業更始與建設,獲中石油集團公司教學功效一等獎,1999

5、區塊整體調剖堵水的優化決策技術,中石油科技進步二等,2000

6、孤東油田特高含水期堵調決策技術,中石化科技進步二等獎,2000

7、區塊整體封堵大孔道技術研讨及應用,山東省科技進步一等獎,1996

    8、享受國務院“政府特别津貼”專家,2014

    9、國家重點基礎研讨發展計劃973項目首席科學家,2015

10、中國石油大學(北京)優秀教師,2012

   

社會與學術兼職

    1、油氣田開發專業標準化技術委員會委員,2010

    2 中石油采油重點實驗室學術委員會委員,2009

 

3 《石油勘察與開發》、《中國海上油氣》、《油氣地質與采收率》和《複雜油氣藏》編委。