Study of the effect the choice criterion reliability of the results of modeling the optimal backup system elements downhole equipment of oil wells

Keywords: Downhole pumps, modeling of reserve elements, optimization of maintenance of electric submersible pumps pumping systems reliability, the distribution law of failures, maintenance system.

Abstract

The paper considers the influence of the choice of the probability indicator of failure-free operation as the main parameter on the backup system of its individual elements to optimize the maintenance and repair system. The research material was data on the laws of the distribution of failures, the actual time between failures and the main causes of failures of downhole pumping equipment of production wells of the Tarasovskoye field of Rosneft-Purneftegaz company. The study showed that oil wells equipped with sucker rod pump units have greater operational reliability.

The main results of the study are the quantitative values obtained of the necessary reserve elements of pumping units at given optimal values of the probability of failure-free operation. When using the model proposed in the study for practical application in production, it is possible to carry out calculations while establishing other requirements for the optimal value of the probability of failure-free operation.

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Author Biography

Dmitry Vladimirovich Pyalchenkov, Tyumen Industrial University, Russia

Tyumen Industrial University, Russia

References

Lysenko V.D., Grajfer V.I. (2005). Rational development of oil fields. Moscow. . Nedra.

R. J. Kuchumov, V. A. Pyalchenkov, D. V. Pyalchenkov. (2005). Methods for ensuring the reliability of operation of downhole equipment. Tyumen. TyumGNGU.

Pyalchenkov D.V. (2013). Modeling reliability indicators of downhole equipment using the algorithm of "death and reproduction". Internet-journal «Naukovedenie». Vol. 5 (18). 82-99.

Pyalchenkov D.V. (2013). Modeling reliability indicators of oil pumping units using redundancy. Internet-journal «Naukovedenie». Vol. 5 (18). 23-37.

Pyalchenkov V.A., Pyalchenkov D.V., Dolgushin V.V., Kulyabin G.A. (2016). Experimental Method for Measuring the Forces Acting On the Cutters of the Rolling Cutter Bit. Research Journal of Pharmaceutical, Biological and Chemical Sciences. Vol. 7(5). 663-669.

Belyaev A.I. (1977). Study of the technological processes of assembling the roller-cone hard-alloy insert drill bits. Thesis for the degree of Candidate of Technical Sciences. Moscow.

Pyalchenkov V.A. A (2015). Bench for studying the load of the cutting structure of roller cone bits. Modern problems of science and education. Vol. 129. 142-158.

Dolgushin V.V., Pyalchenkov V.A., Kulyabin G.A. (2016). Work Capacity and Durability of Rolling Cutter Drill Bits (Analysis of Criteria and Research Results). Research Journal of Pharmaceutical, Biological and Chemical Sciences. Vol. 7(6). 468-475.

Pyalchenkov, D. V., Pimnev, A. L. (2017). The research of tank sides geometrical forms after their long-term usage in the oil transportation system. Journal of Engineering and Applied Sciences. Vol 12(23), 7150-7153

Pyalchenkov V.A. (1983). Improving the performance of roller cone bits by rational distribution of loads among the cutting elements. Thesis for the degree of Candidate of Technical Science.. Moscow. National University of Oil and Gas "Gubkin University".

Pyalchenkov V.A. (2015) Calculation of the load of the cutting elements of the bit. Modern problems of science and education. Vol. 121. 451-469.

Grechin, E. G., Dolgushin, V. V., Pyalchenkov, V. A., Kuznetsov, V. G., & Bastrikov, S. N. (2017). Designing the downhole drill string assembly with motor-deflector with four-point pattern of its interaction with borehole walls. Neftyanoe Khozyaystvo - Oil Industry, (9), 82-85.

Simonov V.V., Vyskrebtsov V.G. (1975). Work of roller bits and their improvement. Moscow. Nedra.
Published
2019-10-11
How to Cite
Pyalchenkov, D. (2019). Study of the effect the choice criterion reliability of the results of modeling the optimal backup system elements downhole equipment of oil wells. Amazonia Investiga, 8(23), 450-456. Retrieved from https://amazoniainvestiga.info/index.php/amazonia/article/view/891
Section
Articles