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Название Highcapacity slurry pump design improvement
Автор Kutlubayev I. M., Melnikov I. T., Shevtsov N. S., Sadykov V. Kh.
Информация об авторе

Magnitogorsk State Technical University named after G. I. Nosov (Russia):

Kutlubayev I. M., Professor, Doctor of Engineering, ptmr74@mail.ru

Melnikov I. T., Associated Professor, Ph. D. in Technical Sciences, Starmell@mail.ru

Shevtsov N. S., Postgraduate, shevcov.nikolay@gmail.com

 

OOO «Petrozavodskmash — Mining-and- Metallurgical Complex» (Russia):

Sadykov V. Kh., Director, Ph. D. in Technical Sciences, pgmk2008@gmail.ru

Реферат

2GrT 8000/71 (28 GrT) slurry pump design upgrade data are presented. The main design solutions are presented, in particular, pump items are connected in flow part on end surfaces in the following sequence: inlet pipe — cover plate — impeller. In order to provide leak tightness of removable cover plate with casing, cylindric surface tapers to conical surface with vertex of cone towards impeller. The upgraded pump operation results showed, that pump capacity increased from 8000 to 10000–12000 m3/hr, head increased by 23–30 % — from 69–71 to 85–92 meters of water column, liquid delivery to hydraulic sealing decreased from 1500 to 630 cu. m. GrT-8000/71 series slurry pump characteristics are presented: factory characterization, operational by slurry, actual performance of upgraded pump. 2GrT 10000/85 upgraded slurry introduction at Sokolovo-Sarbayskoye operation permitted to: decrease installation costs by removing the second stage slurry pumping station from service, cancel construction of the fourth stage slurry pumping station, decrease specific power intensity of processing tailings hydrotransport system, increase slurry pumps intermaintenance period, decrease spare parts use.

Ключевые слова Tailings, slimes, slurry pump, slurry pumping station, front and end cover plates, inlet pipe, impeller, impeller bushing, flow rate, head, specific power intensity
Библиографический список

1. Algebraistova N. K., Kondratyeva A. A. Tekhnologiya obogashcheniya rud tsvetnykh metallov. Elektronnyy resurs. Konspekt lektsiy (Technology of nonferrous metals ores processing. Electronic resource. Abstract of lectures). Krasnoyarsk, Professional development institute, Siberian Federal University, 2009, 283 p.
2. Melnikov I. T., Gavrishev S. Ye., Mikhaylov A. G., Pytalev I. A., Shevtsov N. S., Vasilyev K. P. Gornaja promyshlennost — Mining Industry, 2012, No. 5 (105), Sept.–Oct., pp. 60–66.
3. Loderer P., Toropov O. A. Gornyi Zhurnal — Mining Journal, 2005, No. 1, pp. 69–70.
4. Zamotayev N. G., Potapov G. N., Potapov M. G. Russian Foundryman Journal, 2004, No. 10, pp. 7–8.
5. Pat. 106679 Russian Federation.
6. Kutlubayev I. M., Makarov A. M., Melnikov I. T., Sadykov V. Kh. Vestnik of MGTU, 2012, No. 2, pp. 59–61.
7. Machikhin A. N. Gornyi Zhurnal — Mining Journal, 2004, No. 7, pp. 72–74.

Language of full-text русский
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