Submit an Article
Become a reviewer
Vol 206
Pages:
139
Download volume:

pre-concentration of raw materials using sensor- based sorting

Authors:
A. V. Fadina1
E. E. Andreev2
V. V. Lvov3
About authors
  • 1 — National Mineral Resources University (Mining University)
  • 2 — National Mineral Resources University (Mining University)
  • 3 — National Mineral Resources University (Mining University)
Date submitted:
2013-01-10
Date accepted:
2013-03-02
Date published:
2013-07-01

Abstract

It is widely known that the processes of ore concentration have large part of operating costs for ore processing at the concentration plant. Often processes of crushing and grinding of raw materials account more than 70 % of the total spending. The aim of the optimal mineral processing is to decrease these costs, one solution of this problem is to preconcentrate raw material, which allows to withdraw from the further processing more than 80 % of the material, which doesn't contain valuable component, or has its dumping grade.

Go to volume 206

References

  1. Ефреморцев Н.С. Новая технология разработки рудных месторождений подземным способом. М., 2009.
  2. Литвинцев Э.Г. Перспективы расширения минерально-сырьевой базы золота на основе предварительной концентрации / Э.Г.Литвинцев, А.С.Кобзев. М., 2008.
  3. Мокроусов В.А. Радиометрическое обогащение нерадиоактивных руд / В.А.Мокроусов, В.А.Лилеев. М., 1970.
  4. Optoelectronic sorting // Official newsletter of the IMS Group of Companies. 2003. N 6.
  5. Sivamohan R., Forssberg E., Electronic sorting and other preoncentration methods // Minerals Engineering. 1991. Vol.4. N 7-11.
  6. Wyman R.A. Sorting by electronic selection // SME-Handbook on Mineral Processing. 1985. Vol.7. N 5.

Similar articles

Structure-texture specialties gold-palladium ores of deposit Chudnoye (Polar Urals)
2013 D. P. Kosyanov
The corporate social responsibility of system forming mining and metallurgical companies of Russia
2013 T. A. Pikalova
The improvement of a technique of an automatic set of binding points in software «Geomatika-Fotoskhem 0.0.1»
2013 Yu. N. Kornilov, O. V. Zvereva, P. A. Artemev
Measurement of the seismic blast wave during the construction of the pipeline trench near the existing pipeline
2013 R. A. Vozgrin, L. V. Surovitskii
Evaluation of radiation environment in underground construction of Saint Petersburg subway
2013 S. G. Gendler, A. A. Yakovenko
Problems of engineering geology of Primorskiy district of Saint Petersburg associated with the prospects of its underground space development
2013 R. E. Dashko, Ya. A. Karpova