Internal Carbon Addition During Hematite Fluxed Pellet Production At The Tilden Mine

Society for Mining, Metallurgy & Exploration
M. J. Hanninen T. E. Seppanen P. J. Suardini
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
2
File Size:
48 KB
Publication Date:
Jan 1, 2003

Abstract

In order to reduce the heat loading in the Tilden Mine kilns caused by burning coal, which in turn resulted in rapid and significant build-upon the kiln lining, internal carbon was added to the green ball prior to balling. Intensive laboratory testing led to three short-term full-scale plant tests that were successfully conducted. Appropriate environmental permits were obtained to allow Tilden to use internal carbon on a continuous basis. Findings concerning carbon addition rates, reductions in coal use, build-up reductions, fired pellet quality, and environmental issues will be discussed.
Citation

APA: M. J. Hanninen T. E. Seppanen P. J. Suardini  (2003)  Internal Carbon Addition During Hematite Fluxed Pellet Production At The Tilden Mine

MLA: M. J. Hanninen T. E. Seppanen P. J. Suardini Internal Carbon Addition During Hematite Fluxed Pellet Production At The Tilden Mine. Society for Mining, Metallurgy & Exploration, 2003.

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