Submit an Article
Become a reviewer
Vol 231
Pages:
317
Download volume:
RUS ENG

A method for controlling siltation of water catchments of district drainage systems of kimberlite mines

Authors:
N. P. Ovchinnikov
About authors
  • North-Eastern Federal University named after M.K.Ammosov
Date submitted:
2018-01-12
Date accepted:
2018-03-08
Date published:
2018-06-25

Abstract

High contamination of mine water leads to intensive siltation of water catchments of district water drainage installations of kimberlite mines in Russia, because of which their pumping equipment periodically works in non-stationary regimes. At present, a number of known methods are used to limit the operation of pumping equipment in non-stationary modes: equipping the pump with a hand hoist to regulate the depth of lowering its suction pipeline into the sinkhole; preliminary dismantling of one of the two screen filters, mounted in the suction pipeline of the pump, which has smaller cells. Experience in the operation of water-drainage farms of kimberlite mines shows that these two methods allow to prevent the operation of pumping equipment in non-stationary modes only for a short period of time. A mine drainage installation is proposed, the technical result of which is the effective struggle against the silting of the water catchments of the district drainage systems of the kimberlite mines of the country.

10.25515/pmi.2018.3.317
Go to volume 231

References

  1. Анализ эффективности разгрузочных устройств шахтных центробежных секционных насосов / А.В.Долганов, А.О.Еслентьев, Е.О.Чераков, Э.Ю.Торопов // Известия Уральского государственного горного университета. 2014. № 2(34). С. 31-35.
  2. Горелкин И.М. Гидромеханизированный комплекс оборудования для очистки воды в системах шахтного водоотлива // Записки Горного института. 2014. Т. 209. С. 170-172.
  3. Елфимова М.В. Обслуживание пожарных рукавов // Вестник Восточно-Сибирского института МВД России. 2010. № 3(54). С. 55-61.
  4. О разработке шахтных центробежных секционных двухпоточных насосов / С.А.Тимухин, А.В.Долганов, Ю.В.Попов, Е.О.Чераков, А.О.Еслентьев, Э.Ю.Торопов // Известия Уральского государственного горного университета. 2014. № 2(34). С. 41-44.
  5. Патент № 154173 РФ. Рудничная водоотливная установка / Н.П.Овчинников, М.А.Викулов, Г.Д.Довиденко, Ю.С.Бочкарев. Опубл. 20.08.2015. Бюл. № 23.
  6. Патент № 2472971 РФ. Шахтная водоотливная установка / С.А.Тимухин, А.В.Угольников, Л.В.Петровых, Д.С.Стожков, А.Ю.Лубинский. Опубл. 20.01.2013. Бюл. № 2.
  7. Попов В.М. Рудничные водоотливные установки. М.: Недра, 1983. 304 с.
  8. Стюфляев С.С. Сравнительный анализ многоступенчатого насоса типа ЦНС с оппозитным расположением рабочих колес и гидропятой / С.С.Стюфляев, О.Г.Шипулин // Молодой ученый. 2017. № 3. С. 165-171.
  9. Amolkumar D.L. Optimization and FEA of centrifugal pump shaft / D.L.Amolkumar, V.K.Anurag // International Journal for Scientific Research & Development. 2016. Vol. 4. № 5. P. 18-19.
  10. Arun M. Cavitation Modelling and Characteristic Study of a Centrifugal Pump Impeller // International Journal of Innovative Research in Advanced Engineering. 2014. Vol. 1. № 10. P. 268-273.
  11. Kesler R. Considerations is selecting a positive displacement slurry pump // Mining World. 2016. Vol. 13 (4), p. 34-37.
  12. Kranzler T. Improwing pump materials for harsh environments / T.Kranzler, R.Arola // Sulzer Technical Review. 2013. Vol. 2. P. 10-12.
  13. Ovchinnikov N.P. Dependence of the mean time failure a hydraulic balancing machine unit on different factors for sectional pumps of the Alrosa JSC / N.P.Ovchinnikov, V.V.Portnyagina, M.P.Sobakina // AIP Conference Proceedings. 2017. Vol. 1915, UNSP. 040043. DOI: 10.1063/1.5017391
  14. Patsera S. Feasible ways to improve the durability of the pumps’ parts operating with hydroabrasive mixtures / S.Patsera, V.Protsiv, V.Kosmin // Mechanics, Materials Science & Engineering. 2015. Vol. 1. P. 133-137.
  15. Pramod J. Finite element analysis of shaft of centrifugal pump / J.Pramod, R.Bachche, M.Tayade // IOSR Journal of Mechanical and Civil Engineering. 2013. Vol. 7. № 3. P. 37-42.
  16. Vikulov M.A. Measurements of section pump of rotor axial position at Udachny mine / M.A.Vikulov, N.P.Ovchinnikov, D.E.Makhno // Advances in Engineering Research. 2017. Vol. 133. P. 884-891. DOI: 10.2991/aime-17.2017.143

Similar articles

Influence of mining-geological conditions and technogenic factors on blastholes stability during open mining of apatite-nepheline ores
2018 M. N. Overchenko, S. A. Tolstunov, S. P. Mozer
Designing of well trajectory for efficient drilling by rotary controlled systems
2018 M. V. Dvoinikov
Complex petrophysical correction in the adaptation of geological hydrodynamic models (on the example of Visean pool of Gondyrev oil field)
2018 V. A. Repina, V. I. Galkin, S. V. Galkin
Methods to enhance oil recovery in the process of complex field development of the Yarega oil and titanium deposit
2018 I. E. Dolgii
About the role of hydrafed calcium carboaluminates in improving the technology of complex processing of nephelines
2018 V. M. Sizyakov, V. N. Brichkin
Analysis of the options of modernization of roller-bit drilling machines with a submersible steamer
2018 D. A. Yungmeister, I. Krupenskii, S. A. Lavrenko