⚛ REEmET TECHNOLOGIES
Electrochemically ProducedRare Earth Metals - Filling The Missing Link in EU Sovereignty
REEmet is building an electrochemical rare earth metallization plant — making an NdPr alloy that powers wind turbines and electric vehicles.
The Challenge
Europe doesn't have a resilient supply
of rare earth metals.
Wind turbines, electric vehicles, and electronics all depend on rare earth metals — but 90% come from China, and zero come from the EU. As demand rises six-fold by 2030, this gap becomes an industrial crisis.
The Process
From magnet scrap and oxide to pure NdPr alloy — sustainably.
Molten salt electrolysis converts NdPr intermediate into high-purity NdPr metal alloy — the raw material for permanent magnets in EVs and wind turbines.
Feedstock
Magnet Scrap
End of Life magnets feedstock from friendly sources.
STEP 01
NdPr Intermediate
Fe and B are separated and NdPr intermediate is derived
STEP 02
Electrolysis
In a molten-salt bath at the intermediate is reduced into liquid metal — powered by green electricity.
Product
NdPr Metal Alloy
High-purity neodymium-praseodymium alloy — ready for permanent magnet manufacturing.
Value Proposition
Built for European resilience.
Resilient Supply
NdPr alloy delivered to magnet makers in Europe — secured against geopolitical disruption.
Local Metallization
Every step from feedstock to metal happens within the EU. No outsourcing of critical processing.
Friendly Feedstock
All feedstock sourced exclusively from politically aligned, transparent partners.
Green Electricity
100% renewable energy powering the electrolysis — the cleanest rare earth metal on the market.
Scale-Up Roadmap
From lab to 1,000 tonnes per year.
Research Partnerships
Backed by leading research institutions.
Joint research and feasibility studies with three Baltic universities.
Tallinn University of Technology
University of Tartu
University of Latvia