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Impact of Transient-Flow Conditions on Electric Submersible Pumps in Sinusoidal-Well Profiles: A Case Study

机译:正弦井剖面中瞬态流动条件对潜水电泵的影响:一个案例研究

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摘要

Chevron Corp. has 13 wells producing offshore Africa with electric submersible pumps (ESPs) that experienced problems primarily caused by the transient nature of the multiphase inflow through the sinusoidal-well profiles. A study completed in 2002 used a transient multiphase simulator to model the sinusoidal sections of each producer and to calculate the conditions that the ESPs could see over the life of the well for various drawdown conditions and speeds. This paper focuses on how the results from the simulator were validated and used to reduce operational downtime and improve future ESP completion designs. This paper also will demonstrate how severe sinusoidal-well profiles impact production operations.
机译:雪佛龙公司(Chevron Corp.)的13口井用电动潜水泵(ESP)在非洲近海生产,这些井所遇到的问题主要是由于正弦井剖面多相流入的瞬态特性引起的。 2002年完成的一项研究使用瞬态多相模拟器对每个生产商的正弦截面进行建模,并计算了在各种压降条件和速度下,ESP在油井寿命期内可以看到的条件。本文着重于如何验证来自模拟器的结果并将其用于减少操作停机时间并改善未来的ESP完工设计。本文还将说明严重的正弦井剖面如何影响生产作业。

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