Obtaining the maximum permissible gas content at the inlet to the ESP by computational fluid dynamics modeling

Author:

Petrov A,Sinitsyna A

Abstract

Abstract Methods for increasing the operation stability of the electrical submersible pump (ESP) are listed. Examples of computational fluid dynamics (CFD) applications for designing and studying the flow part of the pump are given. The results of mesh convergence study, Pump performance curve, and dependences of head and hydraulic efficiency on gas content at the inlet, obtained by CFD methods, are presented. The results of CFD modeling are compared with experimental curves.

Publisher

IOP Publishing

Subject

General Medicine

Reference16 articles.

1. Fault identification using a chain of decision trees in an electrical submersible pump operating in a liquid-gas flow;Barrios Castellanos;Journal of Petroleum Science and Engineering,2020

2. High temperature ESPs for geothermal production: The ideal pump;Curkan;Transactions — Geothermal Resources Council,2018

3. A novel downhole gas separator in ESP systems;Wang,2018

4. Increasing production with high-frequency and high-resolution flow rate measurements from ESPs;Camilleri,2017

5. Comparison of various simulation methods of a two-phase flow in a multiphase pump;Boyarshinova;IOP Conference Series: Materials Science and Engineering,2019

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