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Abstract

As the importance of geo-environmental characterisation is increasingly recognised by mine operators at various life-of-mine stages, evaluating the application of analytical techniques and how they can be integrated into deposit-scale mineralogical domaining is vital. To enable a large throughput, hyperspectral mineral analysers are an effi cient tool to determine the neutralising characteristics of a deposit. However, microscaled textural evaluations (in situ temporal 3D characterisation, while prompt gamma neutron activation analysis could be used to screen waste materials during operations, enhancing the practice of waste control. Integrated use of all these tools will allow for early forecasting of the geo-environmental properties of future waste materials, creating the opportunity for transforming how waste materials are characterised and ultimately managed.

Item Type:	Book Section
Authors/Creators:	Jackson, LM and Parbhakar-Fox, A and Fox, N and Cooke, DR and Harris, AC and Meffre, S and Danyushevsky, L and Goemann, K and Rodemann, T and Gloy, G and Savinova, E
Keywords:	acid rock drainage, geoenvironmental, prediction, waste management, mining
Publisher:	The Australasian Institute of Mining and Metallurgy
Copyright Information:	Copyright unknown
Related URLs:	Google Scholar: Parbhakar-Fox, A UTAS Profile: Parbhakar-Fox, A Google Scholar: Fox, N UTAS Profile: Fox, N UTAS Profile: Cooke, DR Google Scholar: Meffre, S UTAS Profile: Meffre, S Google Scholar: Danyushevsky, L UTAS Profile: Danyushevsky, L Google Scholar: Rodemann, T UTAS Profile: Rodemann, T
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