MINEX Forum

Tag: European circular economy

  • Europe Could Meet More Than Half Its Critical Minerals Demand Through Recycling by 2050, Major EU Study Finds

    Europe Could Meet More Than Half Its Critical Minerals Demand Through Recycling by 2050, Major EU Study Finds

    Recovering critical minerals from used batteries, end-of-life vehicles and electronic waste could supply more than half of Europe’s critical minerals demand by 2050, according to a major new report — offering the continent a substantial route to reducing its dependence on Chinese-dominated supply chains without relying solely on new mining.

    The findings come from the FutuRaM project, a European Union-funded research initiative that analysed Europe’s recycling potential across three scenarios. In 2022, approximately 2 million metric tonnes of critical minerals were contained in waste generated across the 27 EU member states plus Switzerland, Norway, the UK and Iceland. That figure is projected to grow to up to 6 million tonnes by 2050 as the stock of clean energy technologies — from EV batteries to wind turbines — reaches end of life. If the secondary raw materials already being collected were fully and functionally recycled, they could supply up to 56% of Europe’s critical minerals demand by 2050.

    The study identifies end-of-life electric vehicles as the single largest contributor to this recycling potential, containing a variety of rare earth elements with high recoverability. However, despite relatively high vehicle collection rates in the EU, most of the minerals contained in them are not currently being processed. Lithium, cobalt and rare earth elements are among the materials most commonly lost during collection or waste processing today.

    Kees Baldé, a senior researcher at the UN Institute for Training and Research and one of the report’s authors, described harnessing Europe’s waste streams as essential for strengthening supply security and supporting the clean energy transition. The report calls for a structural shift in European waste management, noting that countries currently track these materials differently and lack a unified regional market. It also recommends increased investment in recycling infrastructure, skills development and awareness.

    The urgency is amplified by China’s position. China holds a firm grip on the production and refining of 19 out of 20 critical minerals identified by the IEA and accounts for approximately 80% of the world’s mineral recovery capacity. In the past year, Beijing has enacted export controls on rare earths, rare earth magnet components and lithium battery components, raising costs and supply security concerns across European industry. The IEA estimates that scaling up recycling globally could reduce the need for new mining by 25 to 40% by 2050 under climate-aligned scenarios.

    Pascal Leroy of the WEEE Forum said the findings demanded a fundamental mindset shift: “Our mindset needs to shift to think of secondary sources of CRMs as the new primary source.”

  • EU Research Project Maps Europe’s “Urban Mine” as 6 Million Tonnes of Critical Minerals Could Be Recovered Annually by 2050

    EU Research Project Maps Europe’s “Urban Mine” as 6 Million Tonnes of Critical Minerals Could Be Recovered Annually by 2050

    A major EU-funded research initiative has produced the first comprehensive map of Europe’s secondary critical raw materials potential, revealing that advanced recycling systems could recover between 4.5 and 6.2 million tonnes of critical raw materials annually by 2050 — enough, under a full circular economy scenario, to substitute up to 56% of Europe’s primary resource needs.

    The FutuRaM project mapped 42 critical raw materials across 31 European countries, tracking materials buried in discarded electronics, end-of-life vehicle batteries, demolished buildings and decommissioned wind turbines. Results are now accessible through a publicly available digital tool called the Urban Mine Platform.

    The findings expose a severe structural gap in Europe’s current industrial strategy. In 2022 alone, 5.2 million tonnes of critical raw materials were embedded in products entering the European market, yet only 1.4 million tonnes were recovered. The remainder was lost to illegal waste flows, misaligned recycling systems or exported abroad as second-hand goods — a leakage that researchers describe as a significant economic vulnerability at a time when Europe is almost entirely dependent on foreign suppliers for the building blocks of its clean energy and digital economies.

    The recovery potential by 2050 is substantial across specific materials. Annual lithium recovery could grow from less than 1,000 tonnes today to over 50,000 tonnes. Cobalt recycling could expand forty-fold. Nickel recovery could exceed 171,000 tonnes annually. The climate dividend is equally striking: replacing mining with recycling at scale could prevent up to 273 million tonnes of CO2 emissions per year by mid-century — roughly equivalent to eliminating Spain’s entire annual carbon footprint.

    Realising this potential requires addressing structural weaknesses in collection infrastructure, tracking systems and domestic refining capacity. Europe currently exports partially processed materials such as battery black mass, losing both the resource value and the processing jobs that come with it. The FutuRaM project has also developed a decision-making tool called SARA4UNFC, adapted from the UN Framework Classification for mining, to provide standardised evaluation of waste streams across technical, economic, social and environmental criteria — bringing the rigour of mining project assessment to recycling.