智能井系统

Edgar Camargo, Egner Aceros, J. Aguilar
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引用次数: 3

摘要

本文提出了一种适用于石油工业生产的智能井系统。该方案在气举油井中进行了试验。该建议是基于生产评估、过程变量(特别是井底和地面压力)的利用以及操作场景检测(在案例研究中,油井的产量),目的是优化油井的生产性能。该方案结合了智能技术(模糊分类系统)和质能平衡。我们的方法可以考虑完井几何形状和储层潜力,以及与油井油气动态曲线相关的标准,从而确定和控制一口井可以生产的油气流量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Intelligent Well Systems
In this paper is presented an Intelligent Well Systems for the Industrial Production of Oil. Such scheme is tested for gas lift (GL) oil wells. The proposal is based on the production assessment, in the utilization of the process variables (specifically, the bottom-well and surfaces pressures), and the operational scenarios detection (in the case study, the production of the oil well), with the objective of optimizing the producing performance of the well. The proposal combines intelligent techniques (Fuzzy Classification Systems) and Mass Energy Balance. Our approach allows determining and controlling the oil or gas flow that a well can produce, taking into account the completion geometry and the reservoir potential, as well as the criteria related to the well's performance curves of oil and gas.
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