This article presents the results of a comprehensive analysis of the operation of
pumping station drives in the southern part of the Angren coal mine of Uzbekugol JSC. The modes of
operation and designs of pumps of various types are considered, including СPSH 850-240, D320-50,
D1200-125 and GR170-30. The study covers the performance characteristics of these pumps, as well
as their adaptation to the specific conditions of the coal mine. Special attention is paid to the impact
of climate change on the operating modes of pumping units. Changes in the amount and intensity of
precipitation, as well as fluctuations in the level of groundwater and drainage waters, significantly
impact the operating conditions of pumping stations. These factors require detailed analysis to ensure
the reliability and efficiency of pumping plants in a changing climate. The study includes an analysis
of the current pump operating modes, identification of problems and shortcomings in existing drive
systems, as well as the development of recommendations for their improvement. In particular, the
possibility of introducing new technologies and materials, as well as adapting pump operating modes
to changing hydrological conditions, is being considered. In addition, the article presents the results
of modeling various scenarios of pumping station operation under changing climatic conditions. The
proposed optimization measures include improving the structural elements of pumps, increasing their
energy efficiency and reliability, and introducing automatic control and regulation of operating
modes. The study's main purpose is to develop recommendations for improving the stability and
efficiency of pumping stations at the Angren coal mine in a changing climate. The presented results
and conclusions can be useful for specialists in the field of operation and maintenance of pumping
units, as well as for developers of new technologies in the field of hydraulic systems.
This article presents the results of a comprehensive analysis of the operation of
pumping station drives in the southern part of the Angren coal mine of Uzbekugol JSC. The modes of
operation and designs of pumps of various types are considered, including СPSH 850-240, D320-50,
D1200-125 and GR170-30. The study covers the performance characteristics of these pumps, as well
as their adaptation to the specific conditions of the coal mine. Special attention is paid to the impact
of climate change on the operating modes of pumping units. Changes in the amount and intensity of
precipitation, as well as fluctuations in the level of groundwater and drainage waters, significantly
impact the operating conditions of pumping stations. These factors require detailed analysis to ensure
the reliability and efficiency of pumping plants in a changing climate. The study includes an analysis
of the current pump operating modes, identification of problems and shortcomings in existing drive
systems, as well as the development of recommendations for their improvement. In particular, the
possibility of introducing new technologies and materials, as well as adapting pump operating modes
to changing hydrological conditions, is being considered. In addition, the article presents the results
of modeling various scenarios of pumping station operation under changing climatic conditions. The
proposed optimization measures include improving the structural elements of pumps, increasing their
energy efficiency and reliability, and introducing automatic control and regulation of operating
modes. The study's main purpose is to develop recommendations for improving the stability and
efficiency of pumping stations at the Angren coal mine in a changing climate. The presented results
and conclusions can be useful for specialists in the field of operation and maintenance of pumping
units, as well as for developers of new technologies in the field of hydraulic systems.
| № | Muallifning F.I.Sh. | Lavozimi | Tashkilot nomi |
|---|---|---|---|
| 1 | Shukhrat B.U. | DSc, Professor | Tashkent State Technical University |
| 2 | Murakam M.M. | Senior Teacher | Tashkent State Technical University |
| 3 | Islombek .A. | Dosent | Tashkent State Technical University |
| 4 | Oripov S.H. | Assistant | Tashkent State Technical University |
| № | Havola nomi |
|---|---|
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| 4 | 8. Allaev K.R., Khokhlov V.A., Sytdykov R.A. Transient processes of pumping stations. Edited by Prof. M.M. Muhammadiev. –T.: "Fan va Teknologiya", 2012, 180 p. 9. Allaev K.R., Khokhlov V.A., Titova Zh.O. Improving the energy efficiency of pumping stations with long pipelines // Problems of Energy and Resource Saving. – Tashkent, 2013 – No. 1-2 – P. 10-15. 10. Karelin V.Ya., Minaev A.V. Pumps and Pumping Stations. – Moscow: Stroyizdat, 1986. – 320 p. 11. Khamudkhanov M.M. Mathematical modeling of a pumping unit for electric irrigation systems // Bulletin of Tashkent State Technical University, 2011. No. 1-2. P. 53-58. |
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| 6 | 14. Kolesnikov I.K., Kurbanov Zh.F. Application of a single spatial field to create a cavitation heat generator // Journal "Problems of Energy and Resource Conservation" – Tashkent, – 2014, No. 3. P. 181–185. 15. Khamudkhanov M.M., Yussef Rabah. Method for calculating the constant coefficients of approximation of the operating characteristics of the pump // Avtomatlashgan electr yuritma. Collection of scientific works of ToshDTU, – Tashkent, 1994. P. 92-96. |
| 7 | 16. Gafurova, Mekhrnoz Odiljonovna and Abidov, Kudrat Gayratovich DSc (2024) "ELECTROMAGNETIC FIELD MODEL AS A SOURCE OF WATER CAVITATION ENERGY," Technical Science and Innovation: Vol. 2024: Iss. 1, Article 9. 17. Kudrat Abidov. Improving the reliability of the operation of reclamation pumping stations by using selfstarting electric motors. E3S Web of Conferences 384, 01055 (2023). |
| 8 | 18. K. Abidov, K. Dadajanov, U. Absoatov, S. Sabitov. Research to reduce the material capacity of loadlift cranes with multi-engine electric drives based on electromagnetic work shaft systems. E3S Web of Conferences 383, 04044 (2023). https://doi.org/10.1051/e3sconf/202338304044. 19. K. Abidov, K. Dadajanov, U. Absoatov, S. Sabitov. System of consistent rotation of speeds of drive electric motors of movement mechanisms of overhead cranes. E3S Web of Conferences 383, 04053 (2023) https://doi.org/10.1051/e3sconf/202338304053. |