Submit an Article
Become a reviewer
Vol 217
Pages:
125-131
Download volume:
RUS
Article

Electroextraction of cobalt from sulfate-chloride and sulfate solutions of cobalt and manganese in static conditions

Authors:
L. P. Khomenko1
L. A. Voropanova2
About authors
  • 1 — Ph.D. associate professor North Caucasian Mining and Metallurgy Institute (State Technological University)
  • 2 — Ph.D., Dr.Sci. professor North Caucasian Mining and Metallurgy Institute (State Technological University)
Date submitted:
2015-07-27
Date accepted:
2015-09-17
Date published:
2016-02-24

Abstract

The dependence of the results of electroextraction cobalt and manganese from aqueous solutions of their sulphate and chloride-sulfate solutions under static conditions was investigated. According to the results of current efficiency and specific energy consumption it has been found that the electrowinning of cobalt from aqueous solutions of cobalt and manganese in static conditions using a titanium cathode should be carried out at low concentration of manganese from sulphate-chloride solution without partitions and from sulphate solutions both without and with the perforated partitions separating the electrolytic cell into cathode and anode space.

Область исследования:
(Archived) Metallurgy and concentration
Keywords:
cobalt manganese solution cathode anode electroextraction anode slime
Go to volume 217

Similar articles

Tectonic development and granitoid magmatism of Northeast Asia in the late mesozoic
2016 V. I. Alekseev
Engineering and geomechanical forecast for waste disposal in underground caverns including earthquake-prone zones
2016 O. V. Kovalev
Selection of rational heating temperature for pipeline pumping high-viscosity and high pour point crude oil
2016 A. K. Nikolaev, V. I. Klimko
Substantiation of intrastratal water shutoff technology in low permeability reservoirs
2016 M. K. Rogachev, A. O. Kondrashev
Activation of heap leaching of low-sulfide ores the invisible gold
2016 A. G. Sekisov, Yu. I. Rubtsov, A. Yu. Lavrov
The anomaly of iron plasticity as a result of transformation at ~ 650 ºC
2016 K. Yu. Shakhnazarov, E. I. Pryakhin