低矿化度提高采收率研究:在科威特油藏的应用

R. Alamer, Abdullah Al Ajmi, M. Qahtani, R. Gharbi
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引用次数: 1

摘要

本文研究了低盐度(LoSal)提高采收率在科威特某油藏中的适用性。中东地区的许多油藏经过长时间的衰竭开采后,生产效果并不理想。因此,为了满足全球市场对石油的需求,必须确定新的管理和生产策略,这可以通过提高石油采收率(EOR)技术来实现。在科威特,可以应用的EOR方法之一是使用低盐度水驱。之前的研究结果清楚地表明,注入LoSal水对采收率有显著影响。虽然文献中报道了许多LoSal实验结果,但其过程机制和预测建模尚未得到充分的研究和理解。因此,为了能够开发可靠的预测工具,需要进一步的实验工作。本文的研究是一项结合实验室工作的综合研究,旨在评估在恢复润湿性条件下,使用活原油、储层盐水和天然岩心进行LoSal水驱的性能。岩心驱替阶段将进行一系列低矿化度水驱试验、盐型和浓度设计。根据储层水的矿化度,对LoSal在不同矿化度下的驱油效果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of Low Salinity EOR: Application for Kuwaiti Reservoir
This paper investigates the applicability of Low Salinity (LoSal) EOR for a Kuwaiti reservoir. Many reservoirs in the Middle East are not producing satisfied results after depletion methods for a long time of production. Therefore, new management and production strategies must be determined in order to meet the global market demand for oil, which can be done using Enhanced Oil Recovery (EOR) techniques. In Kuwait, one of the EOR methods that could be applied is the use of Low-Salinity (LoSal) Water Flood. Results from previous research have clearly shown that LoSal water injection has a significant impact on oil recovery. Although there are many LoSal experimental results reported in the literature, the process mechanisms and the prediction modeling are yet to be fully investigated and understood. As a result, further experimental work is needed in order to be able to develop reliable prediction tools. The research in this paper is an integrated study combining laboratory work to assess the performance of LoSal water flood using live crude, reservoir brine and native core with wettability conditions restored. The core flooding phase will conduct series of low salinity water flood experiments, design of Salt type and concentration. The performance of LoSal will be compared to different salinities water flood based on reservoir water salinity.
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