Development and Research on Multi-Functional Sucker-Rod Pump Lifting Simulation Experiment System in Oil Mining Engineering

He Zhou

doi:10.4028/www.scientific.net/AMR.577.142

Paper Titles

Purification and Biochemical Characterization of Trypsin Inhibitor from Oyster
p.119

Fatigue Life Prediction of Buckling String with Cracks in Horizontal Wells of Mining Engineering
p.127

Analysis on the Influence Factors of Well Deviation in Gas Drilling
p.132

Research and Application of Technical Pipe String with Integrating Layered Gas Production in Oil Production Engineering of Mining Engineering
p.137

Development and Research on Multi-Functional Sucker-Rod Pump Lifting Simulation Experiment System in Oil Mining Engineering
p.142

Investigation of High Pressure Water Jet with Hydraulic Reaming Drainage Radius for Coal Seam Mining
p.147

A Review on Reagents and Processes of Fine-Grained Cassiterite Flotation in Mining Engineering
p.151

Study on the Technique to Control Heat-Damage in Mine
p.155

The Study of Numerical Simulation about Roadway Bolting and Reinforcement to Jointed Rock Mass
p.159

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 577Development and Research on Multi-Functional...

Development and Research on Multi-Functional Sucker-Rod Pump Lifting Simulation Experiment System in Oil Mining Engineering

Abstract:

In oil mining engineering, oil production technology becomes more and more complicated while the oilfield production steps into the middle-later development time, meanwhile, its matching lifting technology becomes more and more complicated and diversified. So the demand of intermediate experiment for lifting technology in petroleum industry becomes more and more obvious. It is necessary to develop a sucker-rod pump lifting simulation experiment system in the lab which can simulate practical work. The developed system can provide reliable experiment data for evaluating sucker-rod pump technical properties and developing new sucker-rod pump. It is benefit to innovate and promote the development of sucker-rod pump lifting technology

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Periodical:

Advanced Materials Research (Volume 577)

Pages:

142-146

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.577.142

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Online since:

October 2012

Authors:

He Zhou

Keywords:

Displacement Coefficient, Multifunctional, Simulation Experiment, Submergence Depth, Sucker-Rod Pump

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References

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