Submit an Article
Become a reviewer
Vol 159 Iss. 1
Pages:
148-150
Download volume:
RUS
Article

Physical and chemical features of briquetted copper-nickel concentrate processing

Authors:
E. V. Ivanovskaya
About authors
  • Postgraduate student G.V. Plekhanov Saint Petersburg State Mining Institute
Date submitted:
2003-06-26
Date accepted:
2003-07-03
Date published:
2004-12-21

Abstract

Due to the upcoming changes in the composition of raw materials processed in the ore-thermal furnaces of Pechenganickel's smelting shop (Kola MMC) and the transition to melting of unburnt briquetted flotation concentrate, the content of non-ferrous metals in slag was assessed. For this purpose, the indicators of electric furnaces of the smelting shop for 2000 were processed using the correlation and regression analysis method. It was found out that SiO2concentrations in slag and Fe concentrations in matte are the significant factors of nickel concentration in slag, and SiO2and MgO concentrations in slag and Fe concentration in matte are the significant factors of cobalt concentration in slag. Regression equations allowing to calculate losses of non-ferrous metals (nickel and cobalt) with waste slag for new charge compositions were obtained.

Область исследования:
Metallurgy
Funding:

None

Go to volume 159

Similar articles

Hydrochemical treatment of nepheline slime with lime milk
2004 A. V. Starshinov
Improvement of nepheline speck leaching technology based on the use of combined coagulants-flocculants of the carboaluminate-alklar type
2004 S. A. Vinogradov
Protection against wind erosion and improvement of bioproductivity of bulk dumps and reclaimed areas
2004 S. A. Ilchenkova, N. A. Gaspariyan
Some results of coal industry restructuring and prospects for the development of the oil shale industry
2004 E. A. Soloveva, M. V. Manylova
Modeling the activities of a mining company (OAO Olenegorsk Mining and Processing Division) based on a balanced scorecard system
2004 V. V. Vinogradova
Modeling of apparatuses for carbonization of aluminate solutions
2004 V. I. Davydov