Improving Energy-Saving Irrigation Pumps

α
n.r.nasyrova
n.r.nasyrova
σ
O.Ya. Glovatsky
O.Ya. Glovatsky
ρ
R.R. Ergashev
R.R. Ergashev
Ѡ
Zh.I. Rashidov
Zh.I. Rashidov

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Improving Energy-Saving Irrigation Pumps

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Abstract

The article describes the research results obtained in the process of working out the flow path of modernized centrifugal pumps. The authors proposed the device of new elements based on the calculation of the flow limited only by the side walls. The purpose of this work is to change and clarify in the calculations of the economic indicators of the modes of pumping units and the features of the performance of modern low-pressure pumps. They are developed on the basis of the results of a large number of tests carried out by the authors of the pumping unit assemblies and operational surveys of irrigation pumping stations in Uzbekistan. Determination of the economically feasible duration of the operating period of pumping units, taking into account changes in energy characteristics and energysaving operating technologies, was clarified when measuring the efficiency of the modernized pump D2000-21 at various operating modes.

References

22 Cites in Article
  1. Д Паневник (2021). Дослідження гідравлічних характеристик свердловинного струминного насоса.
  2. О Гловацкий,Р Эргашев (2009). Особенности расчётов реконструкции и модернизации объектов систем машинного водоподъёма.
  3. O Glovatsky,Ya,R Ergashev Reliability assesse--nt and measures for resources-saving on water lifting engine systems in the republic of Uzbekistan.
  4. О Гловацкий,Ш Талипов Unknown Title.
  5. Д Александр,Б Михаил,Ш Ксения (2003). ПРОБЛЕМЫ И РЕШЕНИЯ ДЛЯ УПРАВЛЕНИЯ ВОДНЫМИ РЕСУРСАМИ ТРАНСГРАНИЧНЫХ РЕК РОССИИ.
  6. М Маможонов,Б Уралов (2005). Сыромятников Ю.Н. Пути снижения удельного давления колесных движителей на почву.
  7. Р Эргашев,М Маможонов (2005). Механизм гидроабразивного износа рабочих деталей насоса // Сб. науч.
  8. М Мамажанов,Б Уралов,С (2019). Хидиров Влияние гидроабразивного износа деталей ценробежн ых и осевых насосов на эффективность эксплуатации оросительных насосных станций Журнал.
  9. О Гловацкий,Ш Рустамов (2014). Центробежный насос, № FAP 00940. Фойдали моделлар.
  10. О Гловацкий,Р Эргашев,У Мухаммедов,Н Насырова (2018). Центробежный насос, № FAP 01330.
  11. О Померанцев,Э (2017). Назаркин Регулирование работы центробежного насоса путём подачи воздуха во всасывающий трубопровод.
  12. Ш Рустамов,Р Эргашев,Н Насырова (2015). Экономика и управление в современных условиях: проблемы и перспективы: сбор- ник научных трудов по материалам III Международной научно-практической конферен- ции.
  13. У Мухамедов,Ш Рустамов,О Гловацкий (2015). Улучшение распределения потока в проточной части центробежных насосов конструктивными методами // Республика илмий-техник анжу мани материаллари мавзусидаги «Суғорилади ган ерларнинг мелиоратив ҳолатини яхшилаш ва сув ресурсларидан самарали фойдаланиш муаммолари.
  14. O Ya,Glovatsky,R Ergashev,Sh Rustamov (2013). Improvement to usages and studies large pumping station / Monograph LAP.
  15. М Шомайрамов,Ш Талипов,Н Насырова (2018). Методы повышения безопасности и устойч ивости эксплуатации систем машинного водоподъема // Научно-практический журнал «Пути повышения эффективности орошаемого земледелия.
  16. А Азимов,Б Хасанов,О Гловацкий,Н (2018). Насырова Оценка эффективности эксплуатации и безопасности насосных станций // Научно-практический журнал «Пути повышен ия эффективности орошаемого земледелия.
  17. О Гловацкий,А Сапаров,О (2020). Азизов Кавитационные явления проточной части и рабочих колёс лопастных насосов // materials of the international scientific-online conference on "innovative achievements in science -2020.
  18. Oleg Glovatsky,Rustam Ergashev,Azamat Saparov,Mustafo Berdiev,Bobur Shodiev (2020). Cavitation-abrasive wear working collectors of pumps.
  19. Rustamov Sh,N Nasirova (2018). Сonstructive peculiarities of modernized centrifugal pump // European science review.
  20. Oleg Glovatsky,Rustam Ergashev,Slavica Grujic,Bakhtier Uralov,Holmatzhan Isakov (2010). Reliability assessment and measures for resource-saving in water lifting engine systems in Uzbekistan.
  21. Jong-Woong Choi,Young-Do Choi,Chang-Goo Kim Young (2010). Ho Lee Flow uniformity in a multiintake pump sump model.
  22. O Glovatsky,O Azizov,M Shamayramov,F Bekchanov,A Gazaryan,N Ismoilov (2020). Diagnostic tests of vertical pumps modernized pump stations.

Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

Data Availability

Not applicable for this article.

How to Cite This Article

n.r.nasyrova. 2021. \u201cImproving Energy-Saving Irrigation Pumps\u201d. Global Journal of Science Frontier Research - D: Agriculture & Veterinary GJSFR-D Volume 21 (GJSFR Volume 21 Issue D1): .

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Issue Cover
GJSFR Volume 21 Issue D1
Pg. 29- 34
Journal Specifications

Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

Keywords
Classification
GJSFR-D Classification: FOR Code: 079901
Version of record

v1.2

Issue date

February 20, 2021

Language
ru
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The article describes the research results obtained in the process of working out the flow path of modernized centrifugal pumps. The authors proposed the device of new elements based on the calculation of the flow limited only by the side walls. The purpose of this work is to change and clarify in the calculations of the economic indicators of the modes of pumping units and the features of the performance of modern low-pressure pumps. They are developed on the basis of the results of a large number of tests carried out by the authors of the pumping unit assemblies and operational surveys of irrigation pumping stations in Uzbekistan. Determination of the economically feasible duration of the operating period of pumping units, taking into account changes in energy characteristics and energysaving operating technologies, was clarified when measuring the efficiency of the modernized pump D2000-21 at various operating modes.

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Improving Energy-Saving Irrigation Pumps

N.R.Nasyrova
N.R.Nasyrova
O.Ya. Glovatsky
O.Ya. Glovatsky
R.R. Ergashev
R.R. Ergashev
Zh.I. Rashidov
Zh.I. Rashidov

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