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动态负压作用机理研究综述 被引量:1

Review on Dynamic Underbalance Mechanism Research
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摘要 总结动态负压效应的各种作用机理,通过宏观作用机理和微观作用机理进行分析。宏观作用机理包括了压实带渗透性能的改善、应力突变致使微裂缝网的形成以及压实带强度的弱化;微观作用机理包括了射孔孔道直径的扩大、畅通孔道长度的增加以及压实带厚度的减小。 This paper summarized all the mechanisms of the dynamic underbalance,both macro mechanism and micro mechanism. The macro mechanisms include the permeability of compacted zone improvement,the formation of micro fracture network caused by stress mutation and the decrease of strength of compacted zone. The micro mechanisms include expanding the diameter of the perforation tunnel,extending the length of open tunnel and decreasing the thickness of the compacted zone.
出处 《重庆科技学院学报(自然科学版)》 CAS 2014年第6期96-99,共4页 Journal of Chongqing University of Science and Technology:Natural Sciences Edition
基金 国家科技重大专项(2008ZX05054)
关键词 射孔技术 动态负压 射孔孔道 压实带 perforating technology dynamic underbalance perforated tunnel compacted zone
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参考文献17

  • 1EelcoBakker,KeesVeeken,LarryBehrmann,PhilMilton,GrayStirton,AlanSalsman,lanWalton,LloydStutz,DavidUnderdown.动态负压射孔新技术[J].国外测井技术,2004,19(5):48-60. 被引量:7
  • 2Pickles M, Lavdannikov P, Amanov M, Khabibullin T. Dy- namic Underbalance Perforating Maximizes Well:,~ Produc- tivity by Minimizing Completion Damage on a Western Si- beria Oil Field[ G]. SPE160597,2012.
  • 3Tovar J, Appleby R. Design and Evaluation of Perforation Perfom~ance Using Dynamic Under Balance - North Sea Case Histories[ G]. SPE135712,2010.
  • 4Minto D, Falxa P, Manalu D. Dynamic Underbalaneed Per- forating System Increases Productivity and Reduces Cost in East Kalimantan Gas Field : A Case Study [ G ]. SPE97363, 2005.
  • 5A1 - Marri Faisal, Hassan lbrahim Khalil. New Perforating Technique hnproves Well Productivity and Operational Effi- ciency[ G]. SPE101278,2006.
  • 6Dennis Baxter, Brian Wells. Overcoming Environmental Challenges Using Innovative Approach of Dynamic Under-balance Perforating[ G]. SPE108167,2007.
  • 7Bahrami H, Siavoshi J, Sheikh Veisi M. Numerical Simula- tion of Wellbore Dynamics During Underbalanced Perfora- tion[ G]. SPE120162,2009.
  • 8Bolchover P, Walton I C. Perforation Damage Removal by Underbalance Surge Flow[ G]. SPE98220,2006.
  • 9Walton I C. Optium Underbalance for the Removal of Perfo- ration Damage [ G ]. SPE63108,2000.
  • 10Russell L Detwiler, Joseph P, et al. Evaluation of the Rela- tive Importance of Parameters Influencing Perforation Cleanup[ G]. SPE 86538,201M.

二级参考文献38

  • 1张国桉.复合射孔器产品质量控制方法[J].测井技术,2005,29(B02):17-19. 被引量:4
  • 2王树申,郑长建,赵春辉,霍瑞龙.无围压射孔技术研究[J].测井技术,2006,30(1):50-53. 被引量:5
  • 3李东传,孙新波,郭金荣,余海鹰.聚能射孔弹在不同砂岩上的射孔效果研究[J].断块油气田,2007,14(1):64-66. 被引量:8
  • 4成建龙.内装药复合射孔器爆炸与燃烧过程分析[C]//中国石油学会测井专业委员会射孔分会第五届年会论文集,2006:55-59.
  • 5EelcoBakker LarryBehrmann AlanSalsman etal.动态负压射孔新技术.油田新技术,2003,:54-58.
  • 6格洛芙BM,比尔曼LA,瓦尔顿IC,克尼斯尔P,沃娜AT.降低射孔枪内压力的方法和装置:中国,CN200510066906.4[P].2005.4.25.
  • 7Behrmann lA, Pucknell JK和Bishop SR:"Effects of Underbalance and Effective Stress on Perforation Damage in Weak Sandstone: Initial Results," SPE 24770,发表在SPE技术年会暨展览会上,美国华盛顿特区,1992年10月4-7日.Bartusiak R, Behrmann LA和Halleck PM:"Experimental Investigation of Surge Flow Velocity and Volume Needed to Obtain Perforation Cleanup,"SPE 26896,发表在SPE东部地区技术年会暨展览会上,美国宾夕法尼亚洲Pittsburgh,1993年11月2-4日;还发表在Journal of Peeetroleum Science and Engineering,17卷(1997年2月):19-28.
  • 8Behrmann等人,参考文献2.Purcknell和Behrmann,参考文献2.Mason JN, Dees JM和Kessler N:"Block Tests Model the Near-Wellbore in a Perforated Sandstone,"SPE 28554,发表在SPE技术年会暨展览会上,美国路易斯安州新奥尔良,1994年9月25-28日.
  • 9Behrmann LA:"Underbalanced Criteria for Minimum Perforation Damage,"SPE 30081,发表在SPE欧洲地层损害会议上,荷兰海牙,1995年5月15-16日;还发表在SPE Drilling & Completions上(1996年9月)173-177.
  • 10Behmann LA, Pucknell JK,Bishop SR和Hsia T-Y:"Measurement of Additional Skin Resulting from Perforation Damage,," SPE 22809,发表在SPE技术年会暨展览会上,美国得克萨斯州达拉斯,1991年10月6-9日.Pucknell JK和Behrmann LA:"An lnvestigation of the Damaged Zone Created by Perforating," SPE 22811,发表在SPE技术年会暨展览会上,美国得克萨斯州达拉斯,1991年10月6-9日.Behmann LA 和McDonld B:"Underbalance or Extreme Overbalance," SPE31083,发表在SPE地层损害控制国际研讨会上,美国路易斯安那州Lafayette, 1996年2月14-15日;还发表在SPE Production & Facilities(1999年8月):187-196.Swift RP, Behmann LA, Halleck PM和Krogh KE "Micro-Mechanical Modeling of Perforating Shock Damage," SPE 39854,发表在SPE地层损害控制国际研讨会上,美国路易斯安那州 Lafayette, 1998年2月18-19日.

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