Enhanced Oil Recovery from Carbonate Reservoir through Low Salinity Water Flooding-A Simulation Case Study

Muhammad Ali, Sarfraz Ahmed, Zubair Ahmed, T. Muther
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Abstract

Low salinity water flooding is a very famous secondary as well as tertiary recovery process. Research has proven that low salinity waterflooding is an economical and environmentally friendly process and it can give a higher amount of oil recoveries than the conventional waterflooding method. This study aims to run sensitivity analysis of water injection parameters like salt concentration, pattern selection, and injection rates. Secondly to use the pressure maintenance technique instead of pressure enhancement. The result indicated that the optimum injection rate was achieved at 6000 bbl/day with a salt concentration of 0 to 5000ppm, while high saline water indicated no or little change in production. As far as flooding pattern is concerned, single injection and single production gave the optimum results. In a nutshell, low saline waterflooding is proved to be successful in carbonate reservoirs.
低矿化度水驱提高碳酸盐岩油藏采收率模拟实例研究
低矿化度水驱是一种非常著名的二次和三次采油方法。研究表明,低矿化度水驱是一种经济环保的方法,与传统的水驱方法相比,低矿化度水驱可以获得更高的采收率。本研究旨在对注盐浓度、模式选择、注速等注水参数进行敏感性分析。其次,采用压力保持技术代替压力增强技术。结果表明,在盐浓度为0 ~ 5000ppm的情况下,最佳注入速率为6000桶/天,而高盐水则表明产量没有变化或变化很小。就驱油方式而言,单注单采效果最佳。简而言之,低盐水驱在碳酸盐岩储层中被证明是成功的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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