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水力深穿透射孔技术开发底水油藏效果及分析
引用本文:席长丰,吴晓东,杨兆刚,万艳菊. 水力深穿透射孔技术开发底水油藏效果及分析[J]. 钻采工艺, 2006, 29(2): 34-36
作者姓名:席长丰  吴晓东  杨兆刚  万艳菊
作者单位:1. 中国石油大学·北京
2. 胜利油田滨南采油厂
基金项目:国家重点基础研究发展计划(973计划)
摘    要:分析研究了水力深穿透射孔井的产能。研究了不同射孔参数的渗流阻力;采用油田的实际油藏参数运用数值模拟的方法,研究了水力深穿透射孔技术对底水油藏的开发效果,对比了直井和水力深穿透射孔技术不同射孔参数井之间的开发效果,理想完井状态下,水力深穿透射孔井的开发效果好于直井的开发效果;分析研究了水力深穿透射孔井的流体流线,其流线沿射孔孔眼呈弧形降落。

关 键 词:水力深穿透射孔   底水油藏   分支水平井   数值模拟   流体流线  
文章编号:1006-768X(2006)02-0034-03
收稿时间:2005-07-25
修稿时间:2006-03-02

EXPLOITATION OF BOTTOM- WATER RESERVOIR BY WATER- JET DEEP PENETRATOR SYSTEM
XI Changfeng,WU Xiaodong,YANG Zhaogang,WAN Yanju. EXPLOITATION OF BOTTOM- WATER RESERVOIR BY WATER- JET DEEP PENETRATOR SYSTEM[J]. Drilling & Production Technology, 2006, 29(2): 34-36
Authors:XI Changfeng  WU Xiaodong  YANG Zhaogang  WAN Yanju
Abstract:The productivity of water-jet deep penetrator well and the filtrational resistance of different perforation parameter are researched . Based on numerical simulation method of oil field factual datum, the exploitation effect of bottom - water pool by using water - jet deep penetrator technology is studied, and the development effects between vertical well and deep - penetrated well are compared. The results indicate the exploitation effect of deep - penetrated well is better than that of vertical well. Furthermore, the hydro- flowline of water-jet deep penetrator well is analyzed, the its hydro-flowline shapes anarc along perforation hole.
Keywords:water-jet penetrator system   bottom-water reservoir   branched horizontal well   numerical simulation   hydro-flowline
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