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Simulation analysis method for injection volume of alternate displacement of shale oil by carbon dioxide and nitrogen

机译:二氧化碳和氮气注射物质替代位移的仿真分析方法

摘要

A simulation analysis method for an injection volume of alternate displacement of shale oil by carbon dioxide and nitrogen includes steps of simulating the alternate displacement of shale oil by carbon dioxide and nitrogen for multiple times through the core displacement simulation experiment, measuring the oil displacement efficiency change for every time, obtaining the porosity change in the entire displacement process through the porosity change before and after alternate displacement, and building the injection volume adjustment expression of alternate displacement of shale oil by carbon dioxide and nitrogen as a reference of the injection volume of alternate displacement of shale oil by carbon dioxide and nitrogen, so that the total displacement efficiency in the actual mining process is improved, thus increasing the production rate of shale oil and reducing the usage amount of carbon dioxide. A simulation analysis device is used to carry out the simulation analysis method.
机译:二氧化碳和氮气替换物流量的注射体积的模拟分析方法包括通过核心位移仿真实验多次模拟二氧化碳和氮气通过二氧化碳和氮的交替位移的步骤,测量油位移效率变化 每次,通过伴随位移前后的孔隙率改变获得整个位移过程中的孔隙率变化,并通过二氧化碳和氮作为替代的注射体积的参考,建立物质油和氮的替代位移的注射体积调整表达 物质二氧化碳和氮气的位移,使实际采矿过程中的总位移效率提高,从而提高了页岩油的生产率,降低了二氧化碳的使用量。 仿真分析装置用于执行仿真分析方法。

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