Dezincing Galvanized Steel Using A Noncorrosive Low Energy Hydrometallurgical System

The Minerals, Metals and Materials Society
F. G. Prado
Organization:
The Minerals, Metals and Materials Society
Pages:
8
File Size:
216 KB
Publication Date:
Jan 1, 1992

Abstract

The technology for the extraction of zinc from zinc residues, such as zinc ashes, drosses and metallurgical flue dusts, by way of ammonium chloride solutions is well established, at least at the laboratory and bench scale levels. (3, 4) Zinc is soluble in ammonium chloride solutions in the form of zinc diammine chloride. Its solubility depends upon the concentrations and temperatures employed. The procedure and the equipment required are simple, and they can be applied either to small or large operations. As a by-product, zinc diammine chloride is produced with extremely low impurities in quantities which are stoichiometrically proportional to the zinc removed. The technology has been applied experimentally to galvanized steel residues. The dezincing results, including removal performance, energy and reagents required, and by-products are summarily presented in this paper.
Citation

APA: F. G. Prado  (1992)  Dezincing Galvanized Steel Using A Noncorrosive Low Energy Hydrometallurgical System

MLA: F. G. Prado Dezincing Galvanized Steel Using A Noncorrosive Low Energy Hydrometallurgical System. The Minerals, Metals and Materials Society, 1992.

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