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Status: Open Applications open: 15/04/2024 Applications close: 30/06/2024 View printable version [.pdf] About this scholarship Description/Applicant information This research-oriented PhD program focuses on the development of innovative adsorbents tailored for gas mixture separation,...
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evaluating various techniques and providing solutions for the extraction of valuable rare earth minerals from mine waste materials in Australia. By assessing and implementing efficient recovery methods
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Status: Closed Applications open: 15/09/2023 Applications close: 15/10/2023 View printable version [.pdf] About this scholarship Description/Applicant information This HDR scholarship is supported by funding from ARC DP projects. The purpose of this scholarship is to support the PhD candidate to...
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techniques and providing solutions for the extraction of valuable rare earth minerals from mine waste materials in Australia. By assessing and implementing efficient recovery methods, the project aims
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Status: Closed Applications open: 15/05/2023 Applications close: 31/07/2023 View printable version [.pdf] About this scholarship Description/Applicant information The PhD candidate will work with Professors Zongping Shao and Moses Tade and Dr Xiaomin Xu on “Efficient and selective water...
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with various minerals at reservoir pressure and temperature to quantify the hydrogen conversion and contamination. 2. Quantification of the impact of hydrogen-brine-rock interactions on fracture
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on the application of in situ Lu–Hf and Rb-Sr analysis of minerals to date mineralising or metamorphic events is available. In this project we seek to further develop QQQ reaction cell mass spectrometry with the aim
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steps to release the gold from its host mineral matrix. The project focuses on developing an innovative and environmentally sustainable process for extracting gold from refractory gold ores/concentrates
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the Australian Research Council, will focus on the development and testing of (U-Th)/He dating techniques applied to “non-traditional” accessory minerals in order to develop novel tools for Quaternary magmatic
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the dissolution of iron-bearing minerals and precipitation of iron oxides/hydroxides within the fractures for iron ore deposition, dissolution of CO2 in brine and mineral trapping mechanisms for CO2