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气体在原油中扩散系数影响因素研究进展 被引量:4

Proceedings of Influencing Factors of Gas Diffusion Coefficient in Crude Oil
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摘要 气体扩散系数是分析注气提高采收率机理的重要参数之一。为明确常见注入气在原油中扩散系数的主要影响参数及相关作用机理,调研了近年常规注气介质(CO2、N2及轻烃)在地层原油中扩散系数研究的最新进展。通过分析不同实验方法测量的注入气-地层原油的扩散系数数据,总结了气体类型、原油组成、温度、压力等因素对注入气体扩散系数的影响规律;结合不同因素对扩散系数的影响规律,阐述了高温高压油藏条件下原油对注入气体介质扩散系数影响因素的作用机理;指出了注入气在复杂油藏条件下扩散系数的研究方向。 Diffusion coefficient was one of the prime parameters to study the gas EOR mechanism.In order to understand the influencing factors and the corresponding mechanism of gas diffusion coefficient in crude oil,the recent researches about diffusion coefficient of conventional gas such as CO2,N2 and light hydrocarbons in crude oil were summarized.Through different reports on experimental methods for determining the gas diffusion coefficient in crude oil,the influences of gas type,oil composition,and diffusion conditions like temperature,pressure and other factors on gas diffusion coefficient were discussed.Subsequently,primary influence rules of these factors were described,and relevant functioning mechanisms of these factors on gas diffusion in crude oil under high temperature and high pressure conditions were briefly presented.The research directions of gas diffusion coefficient on complicated reservoir conditions were proposed.
作者 王志兴 侯吉瑞 李妍 李卉 朱贵良 WANG Zhixing;HOU Jirui;LI Yan;LI Hui;ZHU Guiliang(Research Institute of Enhanced Oil Recovery,China University of Petroleum(Beijing),Beijing 102249,P R of China;Basic Theory Laboratory of Enhanced Oil Recovery in Low Permeability Oilfield,Key Laboratory of Tertiary Oil Recovery,PetroChina,Beijing 102249,P R of China;Key Laboratory of Petroleum Engineering(Ministry of Education),Beijing 102249,P R of China;Petroleum Exploration and Production Research Institute,Sinopec,Beijing 100083,P R of China)
出处 《油田化学》 CAS CSCD 北大核心 2019年第3期558-563,共6页 Oilfield Chemistry
基金 国家科技重大专项“缝洞型油藏注气提高采收率机理研究”(项目编号2016ZX05014-004-001)、“低渗致密油藏高效提高采收率新技术”(项目编号2017ZX05009-004)
关键词 气驱 提高采收率 扩散系数 油气相互作用 综述 gas flooding enhanced oil recovery diffusion coefficient interaction between gas and crude oil review
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