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Title: Post-doc position Discipline: Process Mineralogy, Mineral Processing, Artificial Intelligence Duration:12 months, with the possibility of renewal for an additional 12 months Institutions
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ultramafic rock systems. The position is associated with ongoing research aimed at advancing understanding of mineral fluid interaction processes and their impact on subsurface architecture and petrophysical
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deposits; Sediment-hosted copper deposits; Permeability structures in these deposits; Typical mineral assemblages. Familiarity with: Oxidation / reduction processes of minerals related to copper ores. Acid
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; Permeability structures in these deposits; Typical mineral assemblages. Familiarity with: Oxidation / reduction processes of minerals related to copper ores. Acid leaching processes. Buffering effects of acid
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Dr Vinai and the project team, involving molecular dynamics simulation of shockwave application to mineral powders. The post will be primarily based at the University of Exeter with trips
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Sustainable Minerals Institute Full-time (100%), fixed-term position for up to 5 years Base salary will be in the range $143,099.52 - $164,748.70 + 17% Superannuation (Academic Level C) Based at our
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dictate H2-production, CO2-uptake, and metal-sulphide mineralization. You will join our multidisciplinary team of LITHO-FLUCHS investigators consisting of; Dr Andy Parsons (Project Lead & Line Manager
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, processing, use, and disposal is subject to supply chain risks and results in a significant loss of critical minerals from the economy. As a result, there is increasing interest in transitioning to a more
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interaction processes and their impact on subsurface architecture and petrophysical and rock physical evolution in mafic and ultramafic rocks during CO₂ injection and mineralization. Emphasis will be placed
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about our school, please visit UNSW School of Minerals and Energy Resources Engineering Skills & Experience: A PhD or equivalent in Chemical/Process Engineering or related discipline and/or relevant work