Europe’s waste streams could supply more than half of its critical raw material demand by 2050, according to a new EU-funded assessment mapping the region’s urban mine for the first time.

The FutuRaM project, presented in Brussels, provides the most comprehensive analysis to date of critical raw materials embedded in Europe’s waste streams, including electronics, batteries, vehicles, construction waste and industrial residues.

Researchers estimate that improved recovery systems could enable Europe to extract up to 5.7 million tonnes of critical raw materials annually by 2050, significantly reducing reliance on imports from global suppliers.

Key findings include:

🔹 up to 56% substitution potential under circular economy scenarios

🔹 4.7–5.7 million tonnes of annual recovery potential by 2050

🔹 major losses still occurring in WEEE, batteries and end-of-life vehicles

🔹 only 1.4 million tonnes currently recovered vs. 5.2 million tonnes embedded in waste (2022 data)

The analysis shows strong variation in recovery rates: while platinum group metals exceed 80% recovery, most rare earth elements remain largely unrecovered within EU systems.

Beyond supply security, the report estimates that improved recycling systems could deliver net climate benefits of up to 273 million tonnes of CO₂-equivalent avoided emissions annually by 2050.

The FutuRaM platform also introduces a new decision-making framework (SARA4UNFC) designed to assess which recycling projects are technically and economically viable, accelerating investment in Europe’s secondary raw material infrastructure.

Experts behind the project argue that Europe’s waste is increasingly a strategic resource base — but warn that unlocking this urban mine will depend on faster investment in sorting, recycling technologies and data systems.

Data source: EU-funded FutuRaM project (Urban Mine Platform), Horizon Europe consortium incl. WEEE Forum, United Nations Institute for Training and Research (UNITAR)–SCYCLE and European research partners.