论文详情
中国堵水调剖60年
石油钻采工艺
2019年 41卷 第6期
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Title
Water shutoff and profile control in China over 60 years
Authors
LI Yikun
LI Yuxiang
PENG Yang
YU Yang
单位
中国石油勘探开发研究院
中国石油西南油气田分公司工程技术研究院
Organization
Research Institute of Petroleum Exploration & Development, Petrochina, Beijing 100083, China
Engineering Technology Research Institute of Prteochina Southwest Oil and Gas Field Company, Chengdu 610031, China
摘要
记述了中国油田油井堵水、注水井调剖,以及调驱、深部液流转向等技术的起源、试验、发展、成熟、更替的过程。在这60年中,油井机械封隔器分层堵水技术、水玻璃-氯化钙化学堵水技术、聚丙烯酰胺-黏土注水井调剖技术、膨胀颗粒深部调剖、弱凝胶调驱技术、聚合物微球深部液流转向技术、区块整体调剖PI、RE、RS决策技术,以及近十年发展的水平井化学及机械控水技术、选择性堵水技术等是具有里程碑意义的技术。随着油气田开发程度的加深,高温、深井、裂缝、海上等油藏的堵水调剖技术,水平井、气井的堵水技术,以及智能化学剂技术、高效选择性堵水技术、聚驱后的调驱技术等将会成为研究的重点。
Abstract
This paper describes the progress on origin, test, development, maturity for water shutoff,profile control, as well as profile control and flooding, deep fluid diversion and other technologies in China's oil fields. In the past 60 years, the mechanical packer isolation plugging, sodium silicate-calcium chloride plugging, polyacrylamide -clay profile control, swelling particle deep profile control, weak gel deep profile control and flooding, polymer microsphere indepth fluid diverting, PI, RE and RS block profile control decision making, and the chemical and mechanical water control in horizontal wells and selective water shutoff last ten years are landmark technologies. As the degree of oil and gas field development deepens,water shutoff and profile control technology for high temperature, deep wells, fractures, offshore reservoirs, water shutoff technology for horizontal wells and gas wells, intelligent chemical agent technology, highly efficient selective water shutoff agents technology, profile control and displacement technology after polymer flooding will become the focus of research.
关键词:
堵水;
调剖;
机械堵水;
化学堵水;
调驱;
深部液流转向;
水平井堵水;
决策技术;
智能化学剂;
智能堵水;
Keywords:
water shutoff;
profile control;
mechanical packer water shutoff;
chemical water shutoff;
profile control and flooding;
indepth fluid diverting;
horizontal well water shutoff;
decision-making technology;
intelligent chemical agent;
intelligent water shutoff;
DOI
10.13639/j.odpt.2019.06.016