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By developing novel electrochemical-based techniques for the extraction and recovery of precious and critical metals from low-grade materials and waste streams, we seek to transform how the resources industry and society manage our finite resources for the benefit of all.

Geomechanics research studies the mechanics of rocks and materials with application in the mineral resources industry. The facility provides laboratory equipment required to advance the technologies for a sustainable and safe mining practice that is essential to meet future mineral needs.

The Mine Ventilation Laboratory aims to provide teaching and research capacities to study the fundamentals of air movement and underground working environment for the mining industry. Ventilation provides a comfortable working environment for underground workforces, which is the ‘blood circulation system’ for mines.

Mineral processing is concerned with the extraction of valuable minerals and metals from orebodies. Our facilities are equipped to conduct research to better understand how mineral particles can be recovered efficiently, which is crucial in our needs of critical minerals and the electrification of our society.

MIoT & IPIN Lab is Australia's premier academic group focus on Mine Internet of Things and Indoor Positioning Indoor Navigation research applications.

Multiphysics geomechanics research seeks to understand and analyse the processes affecting rock deformation such as mechanical, thermal, hydraulic, and chemical loading and characterise such deformations using techniques such as optical, thermal, and acoustic tracking.

Work performed in the NMR laboratory relate to our Geoenergy and transformative technology flagships. The laboratory works in sync with the Petrophysics laboratory and micro-CT laboratory and is well suited to quantify physical properties in the context of geochemical or geomechanical change as occurs in geostorage and geoenergy applications.

Petrophysics research is related to the study of flow and transport in rocks and their physical and chemical properties. Our facilities drive research related to the development of subsurface engineering technologies that are critical for the energy transition and future demands for energy and minerals.