Discussion - Production of acid iron ore pellet for direct reduction, using an organic binder

Society for Mining, Metallurgy & Exploration
R. P. de Souza C. F. de Mendonca T. Kater
Organization:
Society for Mining, Metallurgy & Exploration
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1
File Size:
91 KB
Publication Date:
Jan 9, 1985

Abstract

The authors are to be commended for finding a material for pellets binding that we were unable to uncover during the investigations that led to US Patent No. 3,748,116, “Method for producing metallic iron powder from iron ore concentrate, ” July 24, 1973, by G.G. Reed, Jr., J.M. Karpinski, and S.V. Fox. This patent concerns a method of processing “super’ ‘-concentrates prepared from magnetite or “blue dust” into molding-grade metallic iron powder for use as a bulk commodity, in contrast to current methods which produce small batches that are custom-blended with additives and/or alloye to customer specifications. The one thing we had not found at that time was an organic binder (mineral-matter-free ) that would allow induration to produce hardened pellets that would survive SL/RN Direct Reduction. Peridur appears to provide this missing link needed for large scale (200 t/a, or 220,460 stpy) single line plant capacity consistent with a low market price to ensure greatly broadened use of metallic iron powder. I hope that industry will adopt this combination so that metallic iron powder usage can fulfill its potential
Citation

APA: R. P. de Souza C. F. de Mendonca T. Kater  (1985)  Discussion - Production of acid iron ore pellet for direct reduction, using an organic binder

MLA: R. P. de Souza C. F. de Mendonca T. Kater Discussion - Production of acid iron ore pellet for direct reduction, using an organic binder. Society for Mining, Metallurgy & Exploration, 1985.

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