Research on application of electric submersible pumps to increase oil recovery field Y, lot 05-1a, the Nam Con Son basin

Huynh Tan Tuan, Nguyen Thi Minh Thu, Pham Nguyen Duy Phuong
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Abstract

The application method of Electric Submersible Pump increases the oil recovery factor Y at 05-1A block, the Nam Con Son basin, which is affected by many factors such as energy regime, fluid regime, fractures, etc. All these factors are based on the simulation model from Prosper simulation software. The process starts from the appropriate PVT data, exploitation data, selecting necessary parameters, designing wells, and predicting exploitation to find the best case for the Electric Submersible Pump exploitation plan. The results showed that if oil is only exploited by natural energy, it will not be effective, so it is possible to equip a Electric submersible pump system with 2 exploitation wells for the most efficient exploitation. The Electric Submersible Pump is applied and effective in the case of wells with high WTC and low GOR.
关于应用电动潜水泵提高石油采收率的研究 南康山盆地 Y 地段 05-1a
电动潜水泵的应用方法提高了南康山盆地 05-1A 区块的石油采收率 Y,该采收率受多种因素的影响,如能量状态、流体状态、裂缝等。所有这些因素都基于 Prosper 模拟软件的模拟模型。该过程从适当的 PVT 数据、开采数据、选择必要的参数、设计油井和预测开采开始,以找到电动潜水泵开采计划的最佳方案。结果表明,如果仅靠自然能源开采石油,效果并不理想,因此可以在电动潜油电泵系统上配备 2 口开采井,以实现最高效的开采。在高 WTC 和低 GOR 的油井中应用电潜泵是有效的。
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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