Successful Application of Homogenization Principle in ESPs: Case Study in South America

G. González, L. Guanacas, D. Pinto, C. Montufar
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Abstract

Sand management has become in one of the most vital factors in today's upstream oil and gas industry, more and more are the cases where the sand control systems play an important factor to determine the economic viability of each project. This paper will focus in a solution for sand problems in ESP systems applying to sand slug breakdown using a 10 V-Mesh Sand Screen to homogenize the solid inflow in the system so it would be easier to handle the solids through the ESP's stages. The implementation of the screen intake for the homogenization of solids in an ESP well allowed to efficiently manage sand slugs, improving the pump efficiency and avoiding blocking problems in the pump caused by sand. Furthermore, the system allows increasing the frequency of operation of the ESP motor to have a greater drawdown, increasing the production of the fluid from 1600 BFPD to 1800 BFPD. The behavior of the sensor data such as vibration, current, and voltage remained stable throughout the period evaluated, extending the run life of the system.
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均一化原理在esp中的成功应用:南美案例研究
防砂管理已经成为当今上游油气行业中最重要的因素之一,防砂系统在决定每个项目经济可行性方面发挥着越来越重要的作用。本文将重点介绍一种解决ESP系统出砂问题的方法,该方法使用10 v型筛砂器来破碎砂段塞,使系统中的固体流入均匀化,从而更容易通过ESP的各个阶段处理固体。在ESP井中使用筛管进气来均匀化固体,可以有效地管理砂段塞,提高泵的效率,避免因砂引起的泵堵塞问题。此外,该系统允许增加ESP马达的操作频率,以获得更大的压降,将流体产量从1600 BFPD增加到1800 BFPD。在整个评估期间,传感器数据(如振动、电流和电压)的行为保持稳定,延长了系统的运行寿命。
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