Geometallurgy: driving innovation in the mining value chain
Glass, HJ
Date: 14 June 2016
Conference paper
Publisher
AusIMM: Australasian Institute of Mining and Metallurgy
Abstract
Geometallurgy is a discipline which seeks to improve the sustainability of the extraction of
metals and minerals by promoting the smarter use of non-renewable resources, better
energy efficiency and greater use of renewable energy. To achieve these goals,
development of innovative technologies and approaches are being developed along ...
Geometallurgy is a discipline which seeks to improve the sustainability of the extraction of
metals and minerals by promoting the smarter use of non-renewable resources, better
energy efficiency and greater use of renewable energy. To achieve these goals,
development of innovative technologies and approaches are being developed along the
entire commodity value chain, starting with exploration and extraction and extending to reuse
and recycling. This paper discusses the geometallurgy of industrial minerals with special
emphasis on kaolin, a versatile industrial mineral applied in ceramics, paper, paint, plastics,
rubber, pharmaceuticals, cosmetics, ink, sealants, adhesives, sanitaryware, glass fibre,
toothpaste, animal feed, etc.. Aspects of kaolin extraction in southwest UK are analysed
from a geometallurgical perspective. While geometallurgy already features in kaolin
extraction, its role can be significantly expanded by combining advanced in-pit
characterisation and orebody modelling with integrated planning and control of the refining
and calcination process. This paper highlights the importance of innovation in realising the
full potential of geometallurgy.
Camborne School of Mines
Collections of Former Colleges
Item views 0
Full item downloads 0