The REESOURCE project is delivering advancements across multiple dimensions of mining and processing, offering a more sustainable, socially responsible, and efficient approach than current global practices.
In underground mining, the project is advancing raise mining as a low-impact method that minimizes surface disruption. Design optimization using numerical modeling has demonstrated the technical feasibility of this approach in challenging geological environments. This method aligns with environmental and social expectations, particularly in regions where traditional surface mining may face resistance.
Backfilling research is exploring the use of low-carbon binder alternatives to reduce emissions associated with underground operations. The work focuses on balancing material performance with sustainability, offering new pathways for environmentally improved mine design.
In mineral processing, the project is developing cleaner beneficiation techniques. These include optimized reagent use and process adjustments that aim to improve the recovery of REEs while reducing the generation of secondary waste.
The environmental and societal dimensions of the project are being addressed through structured assessment methods. A Life Cycle Assessment has been launched to benchmark the project’s innovations against established REE production routes. In parallel, a Social Impact Assessment scoping study has been conducted in collaboration with regional stakeholders, identifying a range of community concerns related to land use, environmental safety, and local development.
Collectively, these results show that REESOURCE is contributing to a step-change in how critical raw materials can be extracted and processed in Europe. The integration of environmental, technological, and social innovations positions the project at the forefront of responsible mining practices.
