Mechanisms Controlling Metal Release in Mill Tailings

Society for Mining, Metallurgy & Exploration
Jasna Jurjovec Carol J. Ptacek David W. Blowes
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
7
File Size:
319 KB
Publication Date:
Jan 1, 2000

Abstract

At the Kidd Creek site, natrojarosite residue, derived from the zinc refinery circuit, is mixed with mill tailings before final disposal in the tailings impoundment. Column experiments were conducted with fresh unoxidized mill tailings and a mixture of tailings containing the natrojarosite residue. Acidic water, simulating mine drainage water, was pumped through the columns. The effluent water geochemistry was interpreted with the assistance of MINTEQA2. The experimental results suggest that the effluent water pH was buffered by a series of acid neutralization reactions. The release of metals, including Cu, Pb and Zn, was affected by pore water pH, Eh and mineralogy of the tailings material.
Citation

APA: Jasna Jurjovec Carol J. Ptacek David W. Blowes  (2000)  Mechanisms Controlling Metal Release in Mill Tailings

MLA: Jasna Jurjovec Carol J. Ptacek David W. Blowes Mechanisms Controlling Metal Release in Mill Tailings. Society for Mining, Metallurgy & Exploration, 2000.

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