DeGrussa Copper Mine, Western Australia - Feasibility to First Production: A Case Study in Developing a Working Geometallurgy Model from First Principles

- Organization:
- The Australasian Institute of Mining and Metallurgy
- Pages:
- 8
- File Size:
- 2689 KB
- Publication Date:
- Sep 29, 2013
Abstract
DeGrussa Copper Mine, resource status 10.2 Mt at 5.7 per cent Cu, 2.1 g/t Au (Sandfire Resources, 2013), commenced concentrate production through its 1.5 Mt/a conventional copper flotation processing plant in September 2012. Geometallurgical assessment during the feasibility study identified potential process-critical ore factors that required further investigation to determine potential impact on processing. Ore characterisation and metallurgical processing performance test work of ore types ensued and subsequently, the first quantitative DeGrussa geometallurgy model was born. Now one year into steady state production, the geometallurgical program has evolved significantly from its infancy and provides valuable insight into ore characterisation and behaviour in the processing plant. This paper details geometallurgical investigations undertaken at DeGrussa to date; from feasibility metallurgical test work through to geometallurgical modelling and management practices, as well as reconciliation between observations at feasibility study level and subsequent observations in production.CITATION:Condon, J, Butler, C, Hooper, B and Vass, P, 2013. DeGrussa Copper Mine, Western Australia - feasibility to first production: a case study in developing a working geometallurgy model from first principles, in Proceedings The Second AusIMM International Geometallurgy Conference (GeoMet) 2013 , pp 59-66 (The Australasian Institute of Mining and Metallurgy: Melbourne).
Citation
APA:
(2013) DeGrussa Copper Mine, Western Australia - Feasibility to First Production: A Case Study in Developing a Working Geometallurgy Model from First PrinciplesMLA: DeGrussa Copper Mine, Western Australia - Feasibility to First Production: A Case Study in Developing a Working Geometallurgy Model from First Principles. The Australasian Institute of Mining and Metallurgy, 2013.