Towards a mechanistic understanding of electrokinetic in-situ leaching
Total Grant Value
In-situ leaching coupled with electrokinetics (EK-ISL) potentially enables recovery of metals from (sub-economic) ores with a smaller environmental footprint than current mining approaches.
A more refined process understanding of the EK-ISL system in relation to the potential on liberating and recovering gold and other metals such as copper is required.
- Identification of the impacts from mineralogy, sample size, extraction conditions and reaction chemistry on the rate and magnitude of metal recovery.
- Quantification of the reactions and physical transport processes that occur under laboratory conditions.
- Assessment of the critical controls and overall feasibility of EK-ISL operations from a technical and economical perspective.
Proposed Benefit to WA
Sophisticated ISR techniques will be key to exploiting deep, sedimentary-based deposits, such the world-class copper deposit located in the Patterson Basin.
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