Submit an Article
Become a reviewer
Vol 155 Iss. 2
Pages:
159-162
Download volume:
RUS
Article

Analysis of the smelting process in the vanyukov furnace to increase the extraction of the sum of non-ferrous metals

Authors:
I. A. Kirpichenkov
About authors
  • Norilsk State Industrial Institute
Date submitted:
2002-07-03
Date accepted:
2002-08-01
Date published:
2003-12-30

Abstract

The ways of increasing the extraction of the sum of non-ferrous metals in matte during melting of sulfide raw materials in the Vanyukov furnace are considered. The analysis of smelting with regard to the peculiarities of Nadezhda Metallurgical Plant technology: high content of copper and nickel sulfides in the charge. Such a composition of the charge leads to unacceptable losses of non-ferrous metals when using conventional methods of smelting control. In the process of analysis the sources of chemical and mechanical losses of non-ferrous metals were revealed. We suggest a method of reducing chemical losses of non-ferrous metals with slag by means of control and optimal regulation of sulphur dioxide content in flue gases. The ratio between oxygen and natural gas flow rate is chosen as a control variable in the sulfur dioxide control circuit.

Область исследования:
Metallurgy
Funding:

None

Go to volume 155

Similar articles

New methodology for developing bituminous deposits
2003 N. V. Faizullina
Implementation of information technologies in accounting and management processes at coal mining enterprises with the open-pit mining method
2003 A. V. Kovalevskii
The use of secondary mineral resources in non-ferrous metallurgy is an important reserve of resource saving
2003 E. N. Guseva
Geoecology of an industrially developed region and improvement of environmental control methods (the example of Vladikavkaz)
2003 A. O. Makovozov
Representatives of the suborder ammonitina from stratotypic and reference sections of the Jurassic of England, France, and Germany
2003 D. V. Bezgodova
Starting characteristics of the conveyor drive in longitudinal compensation networks
2003 Yu. L. Zhukovskii