Critical Minerals Advanced Processing (CMAP) Facility in WA
The feasibility study will be led by MRIWA and is jointly funded under the $10.2 million Critical Minerals National Productivity Initiative.
The feasibility study will be led by MRIWA and is jointly funded under the $10.2 million Critical Minerals National Productivity Initiative.
The Mental Awareness, Respect and Safety (MARS) Program continues to bolster mental well-being.
CIGP offers two funding streams to facilitate technology development
Building on previous MRIWA-supported research that identified valuable REE, gallium, and niobium within clay-hosted mineral deposits, this new study will focus on deposits in the mineral-rich Yilgarn region.
At MRIWA, we are proud to align with this bold vision by fostering collaborative research that addresses the challenges and opportunities facing WA’s mining sector.
Discover how cutting-edge tools and techniques are being adapted and applied across seemingly unrelated fields to break new ground and solve complex challenges.
The Cook Government has unveiled an ambitious 10-Year Science and Technology Plan designed to leverage Western Australia’s rapidly expanding capabilities in science and technology.
Mineral carbonation is a naturally occurring process where CO₂ reacts with minerals to form stable, solid carbonates.
UltraFine+® Next Gen Analytics offers purpose built data integration tools delivering new insights for precious, base and critical metals exploration.
The Carbon Innovation Grants Program focuses on fostering innovation in heavy industry by funding the development and deployment of technologies designed to reduce greenhouse gas emissions
By adding the key of time constraint to understanding evolving geological boundaries, this research helps guide future mineral exploration in the Yilgarn.
For industry leaders and stakeholders, this event is a unique opportunity to gain valuable insights into the future of WA’s manufacturing landscape and the critical role industrial land plays in supporting it.