Imagine trying to find a needle in a haystack, but the needle is covered in mud and the haystack is in the freezing Arctic. This project uses a team of flying and ground-based robots to find and clean these valuable minerals before they are dug up. It also creates a digital map that acts like a GPS for the mine to keep things efficient and clean.
Europe relies heavily on imports of magnesium and molybdenum, creating supply vulnerabilities. Mining these in the Arctic is hindered by extreme weather and ore contamination that lowers recovery rates.
A fleet of autonomous aerial and ground robots with sensors and a real-time digital twin for mine mapping and contaminant removal.
If you are a mining company dealing with ore contamination from iron oxides and sulfides — this project developed autonomous robot fleets that selectively remove contaminant layers to increase recovery rates.
If you are an EV maker dealing with supply risks for magnesium and molybdenum — this project developed a sustainable extraction model in Greenland to secure a reliable European supply of these materials.
If you are a remediation firm dealing with acid rock drainage — this project developed a real-time digital twin and monitoring system that ensures environmental compliance and minimizes ecosystem impact.
Based on available project data, the specific commercial implementation cost is not provided, though the EU is contributing EUR 7,104,660 to develop the system.
Yes, the project aims to demonstrate a model for responsible resource extraction that can be replicated worldwide beyond the Malmbjerg site.
Based on available project data, specific IP and licensing agreements are not detailed in the project summary.
The project uses real-time environmental monitoring and life cycle assessments to minimize impact and ensure compliance in fragile ecosystems.
The project period runs from 2026-05-01 to 2030-04-30, suggesting commercial readiness targets around 2030.
The consortium is heavily weighted toward commercial application, with an industry ratio of 62% comprising 8 industrial partners. With 13 partners across 9 countries, including a mix of SMEs and universities, the project is structured to move research quickly into industrial deployment, specifically targeting the Greenlandic mining sector.
Contact Luleå Tekniska Universitet in Sweden
Contact us to connect with the BOREAS consortium for early adoption of Arctic mining robotics.
