Rare earth elements (REEs) are critical for modern technologies and the global energy transition, but their supply is threatened by geopolitical risks and environmentally harmful mining practices. Consequently, the development of sustainable and eco-friendly REEs extraction methods is crucial.
This project aims to optimize REEs bioleaching through in-depth multi-omics characterisation of a
monazite bioleaching system composed of a complex and dynamic microbial community. This includes the native consortia associated with the mineral and exogenous phosphate-solubilizing microorganisms with strong potential for phosphate mineral dissolution. Preliminary findings suggest syntrophic interactions among community members, leading to promising REEs dissolution yields.
This interdisciplinary research integrates experimental microbiology, multi-omics analysis, and data science to address real-world challenges in sustainable mining and resource recovery. The outcomes are expected to deepen the understanding of microbial REEs mobilization and contribute to the development of environmentally friendly extraction technologies.
Julian Dietrich
PhD Student
Conservation and Biodiversity Research Centre
School of Science
Email: j.dietrich@ecu.edu.au