AICD智能控水装置实验研究
朱橙1，陈蔚鸿2，徐国雄1，丁保刚2，李登1，范狂彪2，赵小静1
（1.中海油能源发展工程技术公司，天津 300450；2.众通（北京）能源技术股份有限公司，北京100102）
摘要：介绍一种解决油井高含水问题的AICD智能控水装置。通过地面实验，以清水和不同粘度原油、不同含水率的油水混合液为样品模拟井下生产状况，对比研究了AICD智能控水装置对不同粘度流体的过流性能。实验结果表明AICD智能控水装置具有很好的控水、增油作用。
关键词：油井；高含水；AICD；控水
中图分类号：TP271+.3 文献标志码：A doi：10.3969/j.issn.1006-0316.2015.06.005
文章编号：1006－0316 (2015) 06－0019－04
Experimental study of AICD intelligent water control device
ZHU Cheng1，CHEN Weihong2，XU Guoxiong1，DING Baogang2，LI Deng1，FAN Kuangbiao2，ZHAO Xiaojing1
( 1.CNOOC EnerTech-Drilling&Production Co. Tianjing 300450, China；2. Zonton( Beijing )Energy Technology Co.,Ltd, Beijing 100102, China )
Abstract：The autonomous water control device AICD was introduced in this paper, which can be used to solve the high water cut problem in oil well. Moreover, a ground test was designed and carried on to simulate the down hole behavior of AICD. The water and oil-water mixture with different crude oil viscosity and water cut were chosen as test samples to comparatively study the inflow control performance of AICD according to different liquid viscosity. The ground test results show that AICD has good effect to water control and increase oil production.
Key words：oil well；high water cut；AICD；water control
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收稿日期：2014－11－05
作者简介：朱橙（1975－），湖南邵阳人，男，本科，主要从事完井、采油、控水方面的相关工作。
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