Papers in collection

• A circular economy approach for critical mineral recovery and high-performance geopolymer production from mine tailings Go to Paper
• A regional blueprint for Australia’s critical minerals future – the Mackay and Greater Whitsunday model Go to Paper
• Accelerating regional development through place-based approaches – baseline studies to de-risk critical mineral projects: a Julia Creek/Richmond case study Go to Paper
• Achieving bankability in critical mineral projects – integrating market, offtake and financing considerations Go to Paper
• Adapting to declining ore grades – two-stage copper smelting and the role of calcium ferrite slags Go to Paper
• An alternate approach – heap leach flow sheet development for ASM’s Dubbo rare earth project Go to Paper
• An integrated power-process-data architecture for resilient critical mineral processing Go to Paper
• An investigation into the current leading solid-state battery chemistry options, precursor materials and processing requirements Go to Paper
• An investor perspective on critical minerals opportunities Go to Paper
• Applying generative AI to geological data discovery – the GSQ digital librarian Go to Paper
• Australia’s opportunity to add value to critical minerals through downstream pyrometallurgical processing Go to Paper
• Beneficiation strategies for rare earth minerals from clay-hosted ores – a critical review Go to Paper
• Beyond social licence – First Nations partnership as critical project infrastructure Go to Paper
• Beyond the E – the important role of social and governance in critical minerals Go to Paper
• Beyond the flow sheet – scaling ultra-high purity alumina for semiconductor and AI infrastructure Go to Paper
• Comparable results, credible trade – accreditation, standards and national capability in critical minerals Go to Paper
• Critical metal inventory of Australia’s tailings and mine waste – what’s next? From aspiration to delivery Go to Paper
• Critical mineralogy – where client’s needs meet real world mineral assemblages Go to Paper
• Critical minerals and strategic alignment – Australia at an inflection point Go to Paper
• Critical minerals for energy and supply network risks in the Indo-Pacific Go to Paper
• Critical minerals in an age of strategic fragmentation – from resource endowment to industrial delivery Go to Paper
• Critical minerals Queensland – First Nations economic participation Go to Paper
• Crustal architecture, granites and critical minerals – machine-assisted mapping of the Yilgarn Craton, Australia Go to Paper
• CSIRO graphite value chain capabilities Go to Paper
• Deep sea tailings placement – regulatory trends, evolving environmental, social and governance practices and financing implications Go to Paper
• Demonstration plants allow miners to test critical minerals processing before investing in commercial production Go to Paper
• Demystifying the midstream bottleneck – an analytical framework for critical minerals policies Go to Paper
• Digging into Australia’s ‘sweet spot’ on critical minerals Go to Paper
• Digital frontiers – the impact of artificial intelligence and machine learning on Indigenous participation, economic success, sovereignty and knowledge protection Go to Paper
• Distribution and controls on critical minerals at Rosebery, western Tasmania – from deposit to concentrate Go to Paper
• Economic considerations in the processing of clay-hosted rare earth deposits in Australia Go to Paper
• Electrolysis-based conversion for sustainable lithium refining Go to Paper
• From approval to operation – how reform can accelerate Australia’s critical minerals pipeline Go to Paper
• From batch to breakthrough – continuous magnesium metal production for a resilient critical minerals supply chain Go to Paper
• From discovery to development – a beneficiation-first approach for the Jupiter clay-hosted REE deposit Go to Paper
• From exploration to refining – is Australia innovating where value is created? Go to Paper
• From mineralogy to process insight – advanced XRD analytics for critical minerals Go to Paper
• From strategy to scale – why critical minerals innovation stalls between pilot and bankability Go to Paper
• Froth image-based monitoring of copper flotation circuits using localised principal component models Go to Paper
• Geochemical controls on rubidium enrichment and recovery in the Mount Edon pegmatite, Western Australia Go to Paper
• How government can support the acceleration of critical mineral project delivery, supported by policy, regulation and initiatives Go to Paper
• Hydrometallurgical processing of ferromanganese smelter wastes for high-purity manganese sulfate production Go to Paper
• Impact of high sodium on separation and extraction performance in lithium brine processing Go to Paper
• Impact of transition metal impurities (Co, Cu, Ni, Fe) on vanadium electrolyte performance – toward direct electrolyte production from leach liquors Go to Paper
• Licensing the social licence – identifying legitimacy-based SLO issues in Victoria’s critical minerals industry Go to Paper
• Meeting rising global sulfuric acid demand and constrained fossils supply – the role of copper derived output Go to Paper
• Midstream in Australia – ambition versus reality: confronting the structural constraints Go to Paper
• Mine operations management – digitally connect mine production Go to Paper
• Mine waste dumps critical minerals resource characterisation framework for Zimbabwe Go to Paper
• Modelling scenarios for future mineral supply considering uncertain exploration outcomes and ESG risks Go to Paper
• Nano-bubbles effect on critical minerals flotation performance Go to Paper
• Novel fluorescence for spodumene imaging Go to Paper
• OpenCu – an open source framework for evaluating renewables integration in the copper value chain Go to Paper
• Operational improvement in spodumene grinding circuits using Derrick fine screens Go to Paper
• Optical sorting for coarse REE pre-concentration by ink-coating and magnetic lifting Go to Paper
• Partnerships as enablers of integrated rare earth supply chains – lessons from emerging industry models Go to Paper
• Pilot scale critical mineral processing Go to Paper
• Recovery of manganese as a critical mineral from aqueous structures Go to Paper
• Redrawing the investment map – government intervention and the evolution of critical minerals transactions for ASX companies Go to Paper
• Revalorising historical tin mine wastes – a sustainable source of In, Sn, Sb, W and Bi Go to Paper
• Securing heavy rare earth supply beyond China – a comparative assessment of in situ recovery and heap leaching for ion-adsorption clay deposits Go to Paper
• Selective flocculation-flotation of fine spodumene – recovering lithium from particles currently lost to tailings Go to Paper
• Selective leaching of rare earth elements from NdFeB magnet waste using salt solution Go to Paper
• Simple yet accurate routine analysis of rare earth materials from ores through to concentrates using a single X-ray fluorescence application Go to Paper
• Social licence and critical minerals – comparative insights from Australian and Canadian public attitude surveys Go to Paper
• Strengthening Indo-Pacific critical mineral supply chains – opportunities for regional collaboration in the battery ecosystem Go to Paper
• Supporting Australia’s critical minerals strategy through applied processing research Go to Paper
• Sustainable and energy-efficient flow sheet optimisation for integrated recovery of niobium and tantalum oxide from carbonatite ores Go to Paper
• Systematic characterisation of Queensland’s mineral deposits and their alteration footprints – insights and tools for critical mineral exploration Go to Paper
• Technology risk addressal in valuing assets containing novel commodity processing technologies Go to Paper
• The evolving role of precompetitive geophysics in supporting exploration success in Queensland Go to Paper
• The impact of co-occurring ions (potassium, sodium and calcium) in the recovery of lithium hydroxide from lithium liquors using electrodialysis Go to Paper
• Thermodynamic re-optimisation of the Ni-Fe-Cu-S-As system – supporting the processing of complex Australian ores Go to Paper
• Towards sustainable cobalt extraction – carbothermic reduction assisted microwave leaching of heterogenite cobalt oxide ores Go to Paper
• Transparent market design for lithium – order books, price normalisation and quality adjusted auctions Go to Paper
• Turning pyrite to pyrrhotite for critical metal extractions – reactions during thermal decomposition Go to Paper
• Unlocking capacity – use of process control and monitoring to increase the barge loading capacity at Metro Mining Bauxite Hills Mine Go to Paper
• Unlocking secondary resources requires a new way of thinking Go to Paper
• Upgrading rare earth from clay deposits in Western Australia – mineralogical controls via physical and thermochemical treatments Go to Paper