Co-disposal Of Tailings And Mine Waste

Society for Mining, Metallurgy & Exploration
Gary Johnson Peter Sperring Kevin Phelan
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
6
File Size:
1022 KB
Publication Date:
Jan 1, 1995

Abstract

The vast majority of tailings in the Western Australian Goldfields are deposited in purpose-built storage facilities. At mine-sites with open-pit mining operations there is also the requirement to mine and stack large volumes of waste rock, usually into surface waste dumps. As these dumps have typically 30% of their gross volume present as voids, there is the potential to use this void space for the storage of tailings. The concept of co-disposal is to store the tailings material in the void space of the waste dumps, eliminating the need for a separate tailings storage facility. Dominion Mining Limited have been investigating the possibility of using co-disposal as a means of tailings storage. Laboratory testwork has been used to understand some of the issues associated with the concept, and assist in the design of an on-site demonstration of the concept. Co-disposal offers a number of potential advantages, and despite a number of practical hurdles to overcome, considerable economic and environmental benefits could be realised if this concept can be demonstrated on a commercial scale. The major advantage of such a system is to remove the need to build, operate and rehabilitate a separate tailings storage facility. Rehabilitation can be incremental throughout the mine life as the co-disposal site will be virtually indistinguishable from a current waste dump in both size and form. Other potential advantages include more stable waste dumps, less land area disturbed on the project site, and better water recovery from the tailings.
Citation

APA: Gary Johnson Peter Sperring Kevin Phelan  (1995)  Co-disposal Of Tailings And Mine Waste

MLA: Gary Johnson Peter Sperring Kevin Phelan Co-disposal Of Tailings And Mine Waste . Society for Mining, Metallurgy & Exploration, 1995.

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