REEPRODUCE: Dismantling and recycling rare earth elements from end-of-life products

Description

The REEPRODUCE project (Dismantling and recycling Rare Earth Elements from End-of-life products for the European Green Transition) aimed to establish a sustainable and complete European industrial-scale value chain for recycling the rare earth elements (REEs) in permanent magnets. 

It capitalised on the knowledge generated by previous R&D projects (REE4EU) and tackled all the remaining technical challenges along the value chain. This innovative technique aimed to produce new permanent magnets using environmentally-friendly technologies at a competitive cost and using end-of-life (EoL) products as a resource.

This EU-funded project contributed to Europe's industrial leadership and increased autonomy in key strategic value chains by ensuring security of supply for raw materials. 

Objectives:

  1. Optimisation of innovative technologies for recycling REEs from EoL products at a competitive cost;
  2. Engineering, construction, operation and validation of the REEPRODUCE process in different industrial environments across Europe;
  3. Demonstration of the environmental, social and economic sustainability of the REEPRODUCE process in the recycling of REEs;
  4. Communication of activities and dissemination of the project’s results towards society and the scientific and industry communities; and
  5. Maximisation of market uptake of these technologies in Europe.
Main results

Policy recommendations for a rare earth permanent magnet recycling value chain in Europe identifies persistent barriers preventing large-scale recycling of rare earth permanent magnets in Europe and sets 5 policy recommendations:

  1. Ensure labelling and DPP requirements deliver actionable data across the full rare earth recycling value chain.
  2. Introduce short-term identification measures for EoL products in the waste stream to complement the long-term labelling requirements.
  3. Establish operational requirements for the identification, separation, extraction and physical recovery of permanent magnets from EoL products.
  4. Support the scale-up of European REE-recycling from pilot to industrial capacity.
  5. Ensure coherent definitions, reporting requirements and recovery obligations across policy instruments.