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1)  microbial flooding
微生物驱
1.
Field test of microbial flooding in low permeability block of Songfangtun oilfield;
宋芳屯油田微生物驱油矿场试验
2.
Mathematical model and simulation of streamline method for microbial flooding;
微生物驱油数学模型及其流线方法模拟
3.
Traditional tertiary oil recovery technologies, including alkaline drive, polymer flooding, surfactant flooding, ASP flooding and microbial flooding, and their advantages and disadvantages were summarized in this paper.
介绍了常规的三次采油技术手段,如碱驱、聚合物驱、表面活性剂驱、三元复合驱和微生物驱等,并对各种技术手段的现状以及优缺点进行了总结。
2)  microbial enhanced oil recovery
微生物驱油
1.
Experiment research of microbial enhanced oil recovery in the northern Shanxi oilfiled
微生物驱油技术在陕北油田实验研究
2.
To aerobic microbial enhanced oil recovery, determining the amount of oxygen injection is a problem urgently to be solved.
注入多少氧气是好氧微生物驱油技术亟待解决的问题。
3.
A pilot test of microbial enhanced oil recovery (MEOR) was carried out in Chaoyanggou oilfield during 2002~2006,resulting in quite great gains of oil production.
朝阳沟油田在2002~2006年开展了微生物驱油试验研究,取得了较好的增油效果。
3)  oil displacement microbes
驱油微生物
1.
The impact of oil displacement microbes and its metabolite on solid wettability and crude oil physical property;
驱油微生物及其代谢产物对固体润湿性和原油物性的影响
4)  MEOR
微生物驱油
1.
Microscopic Mechanisms in MEOR Researching Studies on the Micro-organisms Using Petroleum Hydrocarbon as a Sole Car- bon Source;
以烃为碳源的微生物驱油微观机理探索研究
2.
Sensitivity analysis of some parameters for MEOR;
微生物驱油的参数敏感性分析
3.
The effective transport and growth of bacteria in reservoir is crucial to the success of microbial enhanced oil recovery (MEOR) technology.
G2),通过室内评价实验确定了该菌株适宜作为典型的好氧采油微生物用于微生物驱油基础理论研究。
5)  microbe oil displacement
微生物驱油
1.
Research on the mechanism of indigenous microbe oil displacement in Karamay Oilfield;
克拉玛依油田内源微生物驱油机理探索
6)  microbial enhanced oil recovery(MEOR)
微生物驱油
补充资料:微乳驱
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性质:以微乳液作为驱油剂的驱油法。微乳驱是三次采油中一种较先进的方法,可使原油采收率提高到80%~90%,但成本较高。它是用烃类、水、表面活性剂、辅助表面活性剂和电解质构成。微乳液同油、水是无界面的,亦没有界面张力,不存在毛细管阻力,它的波及系数比普通水高,由于与油完全混溶,因此洗油率很好,微乳液注入地层形成段塞,溶解残留在地层孔隙中的原油,达到饱和后再分离形成油相,从井中采出。

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