提高采收率
石油工程
井身刺激
洪水(心理学)
油田
电流(流体)
环境科学
水库工程
石油
工程类
地质学
心理学
电气工程
古生物学
心理治疗师
作者
J.J. Taber,F.D. Martin,R.S. Seright
出处
期刊:SPE reservoir engineering
[Society of Petroleum Engineers]
日期:1997-08-01
卷期号:12 (03): 189-198
被引量:612
摘要
Summary Screening criteria have been proposed for all enhanced oil recovery (EOR) methods. Data from EOR projects around the world have been examined and the optimum reservoir/oil characteristics for successful projects have been noted. The oil gravity ranges of the oils of current EOR methods have been compiled and the results are presented graphically. The proposed screening criteria are based on both field results and oil recovery mechanisms. The current state of the art for all methods is presented briefly, and relationships between them are described. Steamflooding is still the dominant EOR method. All chemical flooding has been declining, but polymers and gels are being used successfully for sweep improvement and water shutoff. Only CO2 flooding activity has increased continuously.
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