Submit an Article
Become a reviewer
Vol 186
Pages:
191-193
Download volume:
RUS
Article

Study of the opening of copper presence electrolytic slimes of the copper production

Authors:
S. A. Modestova
About authors
  • Student Saint Petersburg State Mining Institute (Technical University)
Date submitted:
2009-08-16
Date accepted:
2009-10-02
Date published:
2010-04-22

Abstract

The methods of processing the electrolytic slimes of copper production are examined. The process of the autoclave oxidizing leaching of copper slime is investigated. It is established that the autoclave opening ensures the selective transfer into the solution of nonferrous metals and concentration in the cakes of the leaching of noble metals.

Область исследования:
Metallurgy
Keywords:
slime decoppering temperature pressure selenium tellurium gold silver
Go to volume 186

References

  1. Soshnikova L.A. Processing the copper-plating slimes. M.: Metallurgy, 1978. 200 р.
  2. RF Pat. 2276195, C 22 V 11/00, C 22 V 3/08, C 22 V 7/00. Method of the enrichment of the slimes of the electrolysis of nickel and other products, which contain platinum metals, gold and silver/Greyver T.N., Volkov L.V., Shneerson Ya.M., Lastochkina M.A., Vergizova T.V. Publ.10.05.06. Bul № 3.
  3. Sheveleva D.V, Naboychenko S.S., Kiryanov Yu. V. Testings of the autoclave sulfuric acid leaching of the copper-plating slimes // Nonferrous metals. 1991. № 2.P.24-26.

Similar articles

Geotechnical engineering and hydrogeological specifics of estimate high-rise buildings construction and operation conditions (in terms of local zone on the right bank of Neva river)
2010 A. M. Zhukova
Reseach of cutoff grade influence on economic performances of mining
2010 M. D. Morozov
Compensation of supply station reactive power by means of the mine main fan electric drive
2010 V. V. Sobolev, O. B. Shonin
Predictive calculations for grinding flowsheets
2010 A. O. Romashev
The integrated reloading point at the combined auto-railway transportation
2010 M. M. Yakubovskii, G. A. Kholodniakov
Using of electric field for manufacturing and nondestructive testing of a capacitor sensors and actuators
2010 N. S. Pshchelko, V. V. Buevich