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低渗致密油藏水驱前缘运动规律研究进展

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低渗致密油藏由于储层致密、非均质性强、裂缝发育等特点导致水驱前缘指状推进,水驱波及体积差、水驱采收率低,为解决这一现实难题,控制水驱前缘运动速度充分发挥渗吸-驱替双重作用,是改善开发效果实现稳油控水的攻克方向.为进一步提升该项技术的基础理论研究,通过广泛调研文献,分析了低渗致密油藏注水开发过程中水驱前缘运动规律影响因素,总结了目前国内外研究水驱前缘常用的室内物理模拟法以及数学模型解析法,介绍了水驱前缘监测技术现场应用现状,讨论了水驱前缘研究与现场应用相结合需要解决的几个关键技术问题.
Research progress on the law of wateflooding front migration in low-permeability tight reservoirs
The characteristics of tight reservoirs,strong heterogeneity and fracture develop-ment on low-permeability tight reservoirs lead to the fingerlike advancement of waterflooding front,poor waterflooding swept volume and low waterflooding recovery.In order to solve this problem,controlling the speed of water drive leading edge movement and fully leveraging the dual effects of infiltration and displacement is the direction to improve development efficien-cy and achieve stable oil and water control.In order to further explore the basic theoretical research of this technology,through investigating literature,this paper analyzes the influenc-ing factors of the migration law of waterflooding front in the process of water injection devel-opment.Summarizes the indoor physical simulation method and mathematical model analysis method at home and abroad.Introduces the application status of waterflooding front monitor-ing technology,and several key technical problems to be solved in the combination of water-flooding front research and field application are discussed.

low-permeability tight reservoirswaterflooding frontphysical simulationma-thematical modelresearch progress

赵一凝、陈泽宇、杨亚洁、韩兴源、高愈知

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陕西延长石油(集团)有限责任公司研究院,陕西西安 710000

低渗致密油藏 水驱前缘 物理模拟 数学模型 研究现状

陕西省自然科学基金

2022JQ-290

2024

石油化工应用
宁夏化工学会

石油化工应用

影响因子:0.276
ISSN:1673-5285
年,卷(期):2024.43(5)
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