Submit an Article
Become a reviewer
Vol 165
Pages:
62-65
Download volume:
RUS
Article

Influence of the biological component of recycled water on the technological indicators of flotation separation of concentrates on the example of OAO Apatit

Authors:
A. Sh. Gershenkop1
G. A. Evdokimova2
Yu. E. Brylyakov3
About authors
  • 1 — Kola Scientific Center of the Russian Academy of Sciences
  • 2 — Kola Scientific Center of the Russian Academy of Sciences
  • 3 — OAO Apatit
Date submitted:
2004-12-20
Date accepted:
2005-01-15
Date published:
2005-11-22

Abstract

The data on flotation of apatite from apatite-nepheline ore using recycled water are given. The influence of the main ions included in the composition of recycled water on the flotability of minerals contained in the processed ores at Apatit is considered. The deterioration of flotability of apatite and calcite depending on different concentrations of the main types of bacteria isolated from recycled water is shown. It is concluded that it is not necessary to take into account the bacteriological component of recycled water and the need for further research in the direction of eliminating the influence of this factor.

Область исследования:
(Archived) Without section
Go to volume 165

Similar articles

Modern Furnace Facilities for Roasting of Metallurgical Industrial Products
2005 V. E. Nikolskii, V. V. Kabluka, D. V. Vokhmintsev, V. O. Golubev
Modern state and problems of development of aluminum industry of Russia
2005 V. M. Sizyakov
Kinetics of sodium bisulfite formation from "poor" sulfur-containing waste gases of pyrometallurgical productions in carbonate solution
2005 M. B. Greiver, O. A. Glyatsevich, A. V. Severilov, A. I. Yurev, L. A. Bolshakov
Impact of iron ore enrichment wastes on natural environment components
2005 I. K. Ponurova
Precipitation of heavy non-ferrous metals from sulfate solutions by sulfur-containing precipitants
2005 M. I. Kalashnikova
Results of mineralogical investigations of solid samples of initial and final products of atmospheric copper treatment in the technology of sulfuric acid leaching of high-copper feinstein
2005 A. V. Vydysh, M. N. Naftal, L. N. Ertseva, A. G. Morgacheskii