The Vision

BOREAS aims to establish Malmbjerg as a global reference site for responsible resource development—where advanced robotics, AI, and environmental stewardship converge to secure Europe’s strategic autonomy while protecting fragile Arctic ecosystems.

BOREAS is a pioneering European initiative transforming how Critical Raw Materials (CRMs) are explored and extracted in some of the world’s most challenging environments. Focused on the Malmbjerg molybdenum and magnesium deposit in eastern Greenland, the project brings together leading universities, industry partners, and technology innovators to create a new benchmark for sustainable Arctic mining.

At the heart of BOREAS is a breakthrough approach: autonomous aerial and ground robotic systems combined with real‑time sensing and an AI‑driven digital twin. These technologies work together to detect, map, and remove contaminant layers, such as iron oxides and sulphide oxidation products that degrade ore quality, reduce CRM recovery, and increase environmental risks. As the proposal states, contaminants can form “a progressively thicker oxidized layer, several centimetres deep,” which traditional mining cannot detect or manage effectively.

By addressing these challenges early and precisely, BOREAS protects the quality of molybdenum and magnesium, strategic materials essential for Europe’s green transition, defence, and high‑tech industries.

A New Standard for Responsible Arctic Mining

BOREAS introduces a fully integrated mining intelligence ecosystem:

• Autonomous exploration platforms map contaminants with high‑resolution hyperspectral, electromagnetic, and GPR sensing.

• Robotic removal systems selectively clean ore surfaces, ensuring only high‑quality material enters the processing stream.

• A predictive digital twin continuously updates geological and environmental models, forecasting oxidation, acid rock drainage (ARD), and operational risks.

• Real‑time ESG and Life Cycle Assessment monitoring ensures transparency, traceability, and compliance with EU and Greenlandic regulations.

This “Living Geological Intelligence” approach enables mining operations that are cleaner, safer, and more efficient—reducing waste, lowering energy and water consumption, and minimizing environmental impact.