Europe’s critical-minerals recycling industry is moving towards large-scale investment as established metals producers and specialist developers advance facilities to recover strategic materials from waste. The European Commission’s latest selection under the Critical Raw Materials Act (CRMA) highlights the sector’s growing role, with recycling accounting for the largest share of projects selected.
Of 46 projects selected in October 2026, 19 focus on recycling. The designation comes alongside investment in facilities for processing metals, lithium, solar panels and other industrial waste streams.
Germany’s Aurubis has commissioned a €190 million complex-recycling facility in Hamburg. KGHM says its Legnica recycling transformation and Retków-Grodziszcze mining development together represent investment exceeding PLN 9.5 billion.
New facilities target lithium, solar panels and industrial waste
AMG is developing additional lithium recycling capacity at Bitterfeld, including a planned 5,000-tonne conversion unit with estimated capital requirements of approximately $50 million. Specialist developer CRITICAL. estimates investment of around €25 million for a planned German solar-panel urban-mining facility designed to process up to one million end-of-life panels annually.
Mitsubishi Materials is assessing the commercialisation of its 3ECYCLE technology in the Netherlands. Other developers supported by the CRMA are developing businesses focused on batteries, printed circuit boards, rare-earth magnets and complex industrial residues. The projects require more than processing equipment. Modern recycling facilities can involve specialised furnaces, chemical-processing circuits, filtration, wastewater treatment, emissions controls, digital traceability systems and extensive material-handling infrastructure.
Feedstock supply and commodity prices shape project economics
Commercial viability depends on securing sufficient feedstock at predictable prices and selling recovered metals that meet market quality requirements.
Unlike conventional mining projects, which are assessed heavily on geology, ore grades, reserves and mine plans, recycling operations face risks linked to waste availability and competition for scrap. A technically successful plant can still underperform if competing facilities offer more attractive prices for feedstock or collection volumes fall short of expectations.
Commodity-price movements create additional uncertainty. Higher metal prices can increase the value of recovered products while also raising the cost of scrap. Energy prices, treatment charges, recovery rates and waste-disposal liabilities can further affect operating margins. CRMA strategic status does not guarantee commercial success. Although designation can support permitting and access to financing, investors must still assess whether a project can sustain viable operating economics.
Integrated metals producers have established industrial advantages
Companies with existing processing infrastructure may be positioned to incorporate recycled materials into established operations.
Aurubis can route materials through its existing smelting system, while KGHM can combine primary and secondary copper production. Mitsubishi Materials brings established non-ferrous metallurgical expertise, and AMG can integrate recycled lithium with its existing lithium-hydroxide platform.
These industrial connections can reduce reliance on a single product or feedstock. Specialist recyclers, meanwhile, may compete through proprietary technologies, higher recovery rates or access to complex waste streams that conventional smelters cannot process efficiently. Europe’s recycling sector is consequently developing across several business models, including integrated metals producers, battery specialists, urban-mining operators, chemical processors and technology-led recyclers.
Industrial waste emerges as a secondary raw-material source
The investment drive centres on recovering materials already embedded in Europe’s cars, power systems, electronics, buildings and industrial machinery. Rather than relying exclusively on imported primary raw materials, the new facilities are designed to recover metals and other strategic materials from products reaching the end of their useful lives.
The commercial performance of these plants will determine how effectively Europe can turn its accumulated stock of materials into a dependable secondary resource base.
