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2011•Journal of Oil and Gas TechnologyRequires access

Application of Electric Submersible Progressing Cavity Pump(ESPCP)in Multiple Heavy Oil Production in Ecuador

Liu Yi

Open publisher page 1 citations

Abstract

The operation principles and technical feature of Electric Submersible Progressing Cavity Pump(ESPCP) were introduced,and the principles and methods for electing key components,such as gear reducer,stator and flex shaft assembly were described.The pilot test of ESPCP on heavy oil production in F-S Oilfield in Ecuador shows that pump detection period is prolonged obviously,which is raised from 48d to 600d,and ESPCP is an economical and efficient method to produce heavy oil with sand.

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What this paper is about

The operation principles and technical feature of Electric Submersible Progressing Cavity Pump(ESPCP) were introduced,and the principles and methods for electing key components,such as gear reducer,stator and flex shaft assembly were described.The pilot test of ESPCP on heavy oil production in F-S Oilfield in Ecuador shows that pump detection period is prolonged obviously,which is raised from 48d to 600d,and ESPCP is an economical and efficient method to produce heavy oil with sand.

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Available abstract

The operation principles and technical feature of Electric Submersible Progressing Cavity Pump(ESPCP) were introduced,and the principles and methods for electing key components,such as gear reducer,stator and flex shaft assembly were described.The pilot test of ESPCP on heavy oil production in F-S Oilfield in Ecuador shows that pump detection period is prolonged obviously,which is raised from 48d to 600d,and ESPCP is an economical and efficient method to produce heavy oil with sand.

Key concepts: Submersible pump, Reducer, Oil pump, Petroleum engineering, Engineering, Marine engineering, Stator, Progressive cavity pump

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Application of Electric Submersible Progressing Cavity Pump(ESPCP)in Multiple Heavy Oil Production in Ecuador — Research Paper | ScholarLens