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A Streamline-based model of Wuliwan oil field injecting polymer microspheres to enhance sweep efficiency of water flooding

机译:基于流式的Wuliwwwwwan油田注射聚合物微球的基于流模型,提升水淹扫描效率

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Polymer microsphere is a deep profile control agent which has been developed in recent years. Microsphere's excellently elastic property makes it possible to be injected, or to penetrate deep into formation, and plug high permeable layers. Many laboratory investigations have been carried out on polymer microspheres by researchers, and field tests also have been done in some oilfields. The laboratory and field test results show that polymer microspheres can plug pore throats effectively, decrease permeability of high permeable channels, thus force injected water to change it's direction and enhance water-flood sweep efficiency. In this paper, based on the mechanisms of profile modifying and plugging of polymer microsphere, Streamline models have been build abstractly to simulate the profile controlling progress of polymer microspheres, observe the transformation of streamline field, and analyze its impact on the pressure of water injection wells and performance of oil wells. In the end, the mechanisms of profile modifying and plugging of polymer microspheres have been interpreted based on the streamline field.
机译:聚合物微球是一个近年来开发的深轮廓控制剂。微球优良的弹性性能使得可以注入或渗透到形成,并插入高渗透层。通过研究人员对聚合物微球进行了许多实验室调查,并且在一些油田中也已经完成了现场测试。实验室和现场测试结果表明,聚合物微球可以有效地堵塞孔喉,降低高渗透通道的渗透率,从而强制注入水以改变其方向并提高水洪水扫描效率。本文基于型材改性和堵塞聚合物微球的机制,简化模型已被抽象地构建,以模拟聚合物微球的曲线控制进展,观察流线的转化,并分析其对注水压力的影响油井的井和性能。最后,基于流线场解释了曲线改性和堵塞聚合物微球的机制。

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