Selection of EOR Technology in Ultra-Low-Permeability Reservoirs of the Achimov Deposits of the Priobsky Field

A. Gimazov, Anzhelika Igorevna Balionis, E. Sergeev, Elmir Rovshanovich Khudiev, R. Uchuev
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Abstract

To create a technology for selection the optimal RPM method the simulation on a sector hydrodynamic model of the field has performed. Different injection modes (continuous injection, alternating, cyclic), injection agents and completions of injection wells were tried during the modeling. The key factors, which influence the choice of the RPM method, were determined. Pilot industrial works include short-term nitrogen injection, long-term APG injection, and production from pilot wells in various modes. Well research include pressure testing, well testing after gas injection, recording of inflow profiles, laboratory studies of the Priobskoye field's own core. Evaluation of the potential of gas enhanced oil recovery methods shows their significantly higher efficiency compared to stationary waterflooding. The suggested approach can minimize the risks in the transition to previously untested development methods and methods of enhanced oil recovery in ultra-low-permeability reservoirs of the Achimov deposits. The analysis and the results of partially conducted pilot projects (at the moment) have showed a high potential for gas injection in certain areas of the field.
Priobsky油田Achimov矿床特低渗透储层提高采收率技术选择
为了创建一种选择最佳RPM方法的技术,对油田的扇形水动力模型进行了模拟。在建模过程中,试验了不同的注入方式(连续注入、交替注入、循环注入)、注入剂和注水井完井方式。确定了影响RPM方法选择的关键因素。中试工业工程包括短期注氮、长期注APG和不同模式的中试井生产。井研究包括压力测试、注气后的井测试、流入剖面记录、Priobskoye油田自身岩心的实验室研究。天然气提高采收率方法的潜力评估表明,与固定水驱相比,它们的效率要高得多。建议的方法可以最大限度地降低过渡到以前未经测试的开发方法和提高超低渗透储层采收率方法的风险。部分试点项目(目前)的分析和结果表明,该油田某些地区具有很高的注气潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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