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Research

AC frequency influence on pump temperature

A.A. Gareyev Nizhnesortymskneft Oil & Gas Production Division, Russia
Applied Science Letters

2022 ° 31(06) ° 1685-8750

https://www.wikipt.org/applscilettersa

DOI: 10.1490/897500.698applsci

ABSTRACT

Centrifugal pump operation, abnormal operating conditions, nonconformance of pump output to recovery rate, reduction of dynamic fluid level in the oil well, centrifugal pump temperature rise, pump output reduction as a function of the pump shaft rotation speed change, pump temperature decrease as a result of the pump rotation speed reduction, avoidance of salt deposition in centrifugal pumps.

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Introduction

Pretty often, during oil well operation using centrifugal pumps, depletion of reservoir energy and decrease of dynamic fluid level in annulus take place, which leads to the pressure drop at the pump inletP вх . Then, according to (1), the pump temperature T w starts rising. Let us consider the first operating mode (prior to pump starvation) with flowrate Q lf1 ; pump suction pressure Р pi1 , ac frequency  1 and head of the pump apparatus h 1 . Read more.....


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References

1. Gareyev A.A. About the Heat Transfer Coefficient. February 25, 2022, European Journal of Applied Sciences. Vol. 10, No.1.
2. Gareyev A.A. Environmental Issues of Transient Behavior. Petroleum & Petrochemical Engineering Journal, Oktober 11, 2021. MEDVIN PUBLISHERS
3. Gareyev A.A. Salt deposition in electric submersible centrifugal pumps under intermittent operation. June 21. 2021, Petroleum & Petrochemical Engineering Journal
4. Gareyev A.A. Current Issues of Oil Production at Offshore Fields. Ocean Visionary Publicaionary . 2021. MEDVIN PUBLISHERS
5. Gareyev A.A. About the “Heat Shock” Phenomenon. European Journal of Applied Sciences – Vol. 10, No. 4, August 25, 2022.
6. Gareyev A.A. Regarding the thermal behavior of a centrifugal pump for oil recovery Engineering Science (ES, Science PG. USA.: August 9, 2019, p. 28 – 33.
7. Gareyev A.A. Centrifugal pumps in oil recovery (problems and solutions). Ufa: Neftegazovoye Delo (Oil & Gas Engineering), 2020. - p. 244


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