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页岩气体积压裂滑溜水的研究及应用 被引量:61

Research and application of slick water for shale volume fracturing
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摘要 页岩储层需要采用大排量、大液量体积压裂才能获得工业气流,体积压裂要求压裂液具有可连续混配、低摩阻和高返排率性能。根据四川页岩储层特征和实验结果,研制了降阻性能高的聚丙烯酰胺降阻剂、高效复合防膨剂及微乳助排剂,研制了适于四川页岩气体积压裂的滑溜水。该配方在四川W、C区块直井8井次现场试验表明,降阻率为65.5%~68.3%;W区块平均返排率为46.19%,C区块返排率27.93%;累计增加井口测试产量6.24×104~11.35×104 m3/d。 The shale reservoir requires volume fracturing with large displacement and large a- mount of fluid in order to obtain industrial gas flow. According to the volume fracturing require- ment, the slick water should have low viscosity, low friction, high flowback, excellent antiswell- ing and good compatibility properties with reservoir. Combing the Sichuan reservoir characteris- tics with experimental result, we developed a polyacrylamide friction reducer, an efficient anti- swelling agent and microemulsion surfactant, and developed a liquid formulation fitting to Si- chuan shale reservoir. The field tests of 8 wells in Sichuan W and C blocks showed that the excel- lent performance of friction reduction, whose friction reduction rate is 65.5%oo to 68.3% ; the W block average flowback rate is 46. 19%, the C block average flowback rate is 27.93%, and the cumulative test production reach 6.24×10^411.35 ×10^4m3/d..
出处 《石油与天然气化工》 CAS CSCD 2013年第3期270-273,共4页 Chemical engineering of oil & gas
基金 中国石油天然气股份有限公司重大科技项目"非常规油气资源勘探开发技术研究"(2011A-4803)
关键词 页岩 水力压裂 滑溜水 降阻剂 体积压裂 shale, hydraulic fracturing, slick water, friction reducer, volume fracturing
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  • 1Palisch T T,Vincent M C,Handrert P J.ring "C food for thought[C]// SPE Annual Technical Confer-ence and Exhibition,Denver,Colorado,USA: SPE , 2008.
  • 2Omkar Jaripatke, Bill Grieser, KK Chong. A completions roacmap to shale play development " C a review of successful ap-proach towards shale play stimulation in the last two decades[C]// SPE Deep Gas Conference and Exhibition,Manama,Bahrain: SPE,2010.
  • 3Reynolds M M. . Development update for an emerging shale gasgiant Field-horn river basin, british Columbia, canada[C]/./ SPEUnconventional Gas Conference, Pittsburgh, Pennsylvania,USA: SPE,2010.
  • 4Nathan Houston. Fracture-stimulation in the marcellus shalel lessons learned in fluid selection and execution [C]// SPE East-ern Regional Meeting,Charleston, West Virginia, USA: SPE ,2009.
  • 5Charles Boyer, John Kieschnick, Roberto Suarez-Rivera,RichardE. Lewis.页岩气藏的开采[J].油田新技术,2006 :27-30.
  • 6黄玉珍,黄金亮,葛春梅,程克明,董大忠.技术进步是推动美国页岩气快速发展的关键[J].天然气工业,2009,29(5):7-10. 被引量:144
  • 7李艳春,刘雄明,徐俊芳,黎荣剑.改进Barnett页岩增产效果的综合裂缝监测技术[J].国外油田工程,2009,25(1):20-23. 被引量:6
  • 8张言,郭振山.页岩气藏开发的专项技术[J].国外油田工程,2009,25(1):24-27. 被引量:18
  • 9Daniel Arthur J,Brian Bohm,Mark Layne. Considerations fordevelopment of marcellus shale gas[J]. World Oil, 2009(6) : 65-66.
  • 10Mark parker, bily slabaugh. Gas study: optimizing hydraulicfracturing performance in northeastern united states fracturedshale formations[C]// SPE Production and Operations Sym-posiium, Oklahoma City, Oklahoma,USA: SPE,2003.

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