Affiliation:
1. Silesian University of Technology
Abstract
The selection of quartzites most suitable for the production of ferrosilicon is realized by way of time-consuming industrial trials or laboratorial studies of, among others, the ability of the silica contained in quartzite to form silicon carbide with a selected reducer. Under industrial conditions, the basic criterion for the evaluation of the suitability of a raw material for the production of ferrosilicon are the technical and economic indicators of the process. Under laboratorial conditions, simple and reliable research methods are searched for, which would allow to determine the usefulness of quartzite in the process of carbon silica reduction. The article discusses comparative thermogravimetric studies as well as alternative investigations of the specific heat of three selected quartzites which fulfill the chemical composition criterion, used in the mixed charge as raw materials for ferrosilicon FeSi75 smelting.
Publisher
Trans Tech Publications, Ltd.
Subject
Condensed Matter Physics,General Materials Science,Atomic and Molecular Physics, and Optics
Reference5 articles.
1. L.A. Chapman, Application of high temperature DSC technique to nickel based superalloys, Journal of Materials Science 39 (2004) 7229-7236.
2. G. Kopeć, B. Machulec, J. Węgrzyn, Testing of quartzites characteristic resistance and decrease of mass to use in ferroalloys industry process, Acta Metallurgica Slovaca 10 (2004) 328-331.
3. G. Kopeć, J. Ochman, W. Bialik, R. Przeliorz, Badania laboratoryjne właściwości technologicznych kwarcytów jako surowca do procesu elektrotermicznego wytopu żelazokrzemu (in Polish), Hutnik-Wiadomosci Hutnicze 79 (12) (2012) 834-836.
4. B. Machulec, W. Bialik, Effects of raw material contaminants on the ferrosilicon melting process in the submerged arc furnace, Solid States Phenomena 212 (2014) 183-186.
5. A. Shei, J. Kr. Tuset, H. Tveit, Production of High Silicon Alloys, Trondheim, (1998).
Cited by
3 articles.
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