Studies on operation and types of drilling pump valves

Author:

Abdyukova R Ya

Abstract

Abstract The current issue of the machine building industry is improvement of oil and gas production equipment performance. However, despite the improved design and technological parameters, its reliability is still low. The time between failures depends on both severe operating conditions and quality characteristics of parts. With an increase in drilling depths, complexity of operating conditions and abrasiveness of the drilling mud, the life time of the hydraulic part of the pump decreases. Operation of drilling pumps largely depends on the design features of the valves. According to the results of theoretical studies, wear of the valve pair occurs on the bearing surface. The design of valves with different seating surfaces and shapes of the sealing element was studied. Based on the research on the improvement of the drilling pump valves, the conclusions were drawn and the tasks for further research were formulated.

Publisher

IOP Publishing

Subject

General Medicine

Reference13 articles.

1. Optimization of FPM system in Barsukovskoye deposit with hydrodynamic modeling and analysis of inter-well interaction;Almukhametova;J. Phys.: Conf. Ser.,2018

2. Improving the design of poppet valve in piston mud pump;Abdyukova;Advances in Engineering Research (AER) (International conference “Actual issues of mechanical engineering” (AIME 2018)),2018

3. Selection of optimal design of a universal device for nonstationary pulse pumping of liquid in a reservoir pressure maintenance system;Khabibullin;Chem. Petrol. Eng+,2018

4. Search and argumentation of decisions aimed at increasing the efficiency of bottom-hole zone stimulation in oil accumulations with challenged reserves;Mukhametshin,2017

5. Role of employee motivation in an industrial occupational risk management system;Shangareev;IOP C. Ser.: Earth Env.,2018

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