聚合物段塞后端梯度粘度库剖面的计算

S. Tikhomirov, F. Bakharev, A. Groman, Alexander V. Kalyuzhnyuk, Yu. Petrova, A. Enin, K. Kalinin, N. Rastegaev
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引用次数: 0

摘要

提高采收率方法的动机之一是具有高流动性对比的相之间的锋面可能不稳定。高粘性聚合物段塞通过稳定水与油之间的前缘,部分解决了这一问题。在进一步的驱水过程中,段塞段的后端可能会出现粘稠的手指,它们的突破可能会降低采收率。在本文中,我们研究了段塞后端混合区的大小,并进一步开发了梯度粘度库技术(GVB或锥形),以减少使用的聚合物的体积而不损失效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calculation of Graded Viscosity Banks Profile on the Rear End of the Polymer Slug
One of the motivations for EOR methods is the possible instability of the front between phases with high contrast of mobility. Highly viscous polymer slug partially solves the problem by stabilizing the front between water and oil. During further water displacement viscous fingers might appear on the rear end of the slug, and their breakthrough might reduce the oil recovery factor. In the paper we study the size of the mixing zone on the rear end of the slug and further the development of the graded viscosity banks technology (GVB or tapering) to reduce the volume of used polymer without loss of effectiveness.
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