Analysis and Investigation of the Cause of Increased Energy Consumption in a Centrifugal Dewatering Plant
Keywords:
centrifugal pumps, economy of operation, energy efficiency improvement, optimal mode of pumping equipment operation, head and flow
Abstract
Today, it is estimated that up to 20-25% of the world's electricity consumption is for pumping equipment. Up to 85% of the operating costs of pumps are electricity costs. The E.F. of pumping systems often does not exceed 10-20%, while the E.F. of pumps is 50-90% [1,2].
Since reducing energy consumption is a priority for the company, economic efficiency in general is directly linked to the use of pumping equipment.
In this paper we discuss the current problems in analysing and investigating the pressure characteristics of centrifugal pumps.
References
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4. Yong Wang, Kaikai Luo, Kai Wang, Houlin Liu, Yu Li, Xianghui He. Research on pressure fluctuation characteristics of a centrifugal pump with guide vane. JOURNAL OF VIBROENGINEERING. Lithuania. 2017. VOL. 19, ISSUE 7. – P. 5482-5497
5. Atakulov L.N., Kurbonov O. M. Исследование по повышению работоспособности насосного оборудования // Journal of Advances in Engineering Technology. Vol.1(1). 2020/ - 21-24 p.p.
6. Makhmudov A., Kurbonov O. M., Safarova M. D. Research of the pressure characteristics of the centrifugal water drainage plant of the WCP 25-60G brand // Australian Journal of Science and Technology. ‒ Australia, June 2020. ‒ Vol. 4. ‒ Issue 2. ‒ рр. 279-282 (23. Scientific Journal Impact Factor. Импакт-фактор 5,99).
7. Махмудов А.М., Курбонов О.М. The method and arrangement to increase the efficiency and utilization of submersible pumping equipment // Горный вестник Узбекистана. ‒ Навои, 2021. ‒ №1. – С. 4-7 (05.00.00. №7).
8. Abduazizov, N. A., & Sh, Z. A. (2018). Development of the Mathematical Model of Thermal Processes in the Controlling Loop of the Hydraulic Power Unit of the Quarry Combine. International Journal of Advanced Research in Science, Engineering and Technology. India, 5(9).
2. Быстрицкий Г. Ф. Энергосиловое оборудование промышленных предприятий: учебное пособие / Г. Ф. Быстрицкий. - 2-е сздание., стер. - М. : Издательский центр «Академия», 2005. - 304 с.
3. M. Bogdevicius, J. Januteniene, R. Didziokas, S. Razmas, V. Skrickij, P. Bogdevicius. Investigation of the hydrodynamic processes of a centrifugal pump in a geothermal system. Transport. Lithuania. 2018. Volume 33 (1). – P. 223-230
4. Yong Wang, Kaikai Luo, Kai Wang, Houlin Liu, Yu Li, Xianghui He. Research on pressure fluctuation characteristics of a centrifugal pump with guide vane. JOURNAL OF VIBROENGINEERING. Lithuania. 2017. VOL. 19, ISSUE 7. – P. 5482-5497
5. Atakulov L.N., Kurbonov O. M. Исследование по повышению работоспособности насосного оборудования // Journal of Advances in Engineering Technology. Vol.1(1). 2020/ - 21-24 p.p.
6. Makhmudov A., Kurbonov O. M., Safarova M. D. Research of the pressure characteristics of the centrifugal water drainage plant of the WCP 25-60G brand // Australian Journal of Science and Technology. ‒ Australia, June 2020. ‒ Vol. 4. ‒ Issue 2. ‒ рр. 279-282 (23. Scientific Journal Impact Factor. Импакт-фактор 5,99).
7. Махмудов А.М., Курбонов О.М. The method and arrangement to increase the efficiency and utilization of submersible pumping equipment // Горный вестник Узбекистана. ‒ Навои, 2021. ‒ №1. – С. 4-7 (05.00.00. №7).
8. Abduazizov, N. A., & Sh, Z. A. (2018). Development of the Mathematical Model of Thermal Processes in the Controlling Loop of the Hydraulic Power Unit of the Quarry Combine. International Journal of Advanced Research in Science, Engineering and Technology. India, 5(9).
Published
2023-04-16
How to Cite
[1]
Kurbonov, O.M. and Safarova, M.D. 2023. Analysis and Investigation of the Cause of Increased Energy Consumption in a Centrifugal Dewatering Plant. International Journal on Integrated Education. 6, 4 (Apr. 2023), 128-132. DOI:https://doi.org/10.17605/ijie.v6i4.4267.
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