18/6/2026

Urban mining: how Europe's waste could supply over half of its critical raw materials

Europe imports most of the critical raw materials that power its energy transition. Yet a significant share is already within its borders, locked in discarded electronics, batteries and vehicles.

According to the final FutuRaM report published on 27 May 2026, waste could meet between 33% and 56% of Europe's critical raw material demand by 2050.

The most detailed map of Europe's urban mine

FutuRaM is a four-year, EU-funded Horizon Europe project. It quantified 42 critical raw materials across seven waste streams: WEEE, waste batteries, end-of-life vehicles, construction and demolition waste, slags and ashes, mining waste and dismantled wind turbines. The analysis covers the EU27 plus the UK, Switzerland, Iceland and Norway.

Key figures: recovery potential by 2050

The report estimates that Europe could recover 4.1 to 5.7 million tonnes of critical raw materials per year from waste. The biggest jumps are in battery metals:

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Source: FutuRaM final report (UNITAR, 27 May 2026). Data for the EU27 plus the UK, Switzerland, Iceland and Norway.
Material Recovered today Potential by 2050
Lithium well below 1,000 t 30,000 to 52,000 t per year
Cobalt approx. 1,000 t 25,000 to 40,000 t per year
Nickel approx. 4,000 t 103,000 to 171,000 t per year
Copper 0.3 million t 0.8 to 1.4 million t per year
Aluminium approx. 0.9 million t 2.7 to 3.5 million t per year

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Replacing primary extraction with secondary materials could also avoid 81 to 273 million tonnes of CO2 equivalent per year.

Why the range is so wide

The final figure depends on which path Europe takes:

  • Business as usual: up to 33% of demand,
  • Improved recovery systems: up to 47%,
  • Circular economy: up to 56%, assuming secondary materials match primary quality.

The gap between 33% and 56% is not a technology gap alone. It comes down to collection rates, treatment capacity and whether end-of-life products reach licensed recyclers at all.

From research to supply security

The EU Critical Raw Materials Act sets a benchmark for recycling to cover at least 25% of the EU's annual consumption of strategic raw materials by 2030. FutuRaM shows that the urban mine is large enough to make this realistic, provided spent batteries and electronics are collected and processed through controlled channels rather than lost to mixed waste or informal markets.

Wastes Service Group supports this shift through the collection, transport and recycling of batteries and WEEE in Poland and across the EU. Get in touch to find out how we can help your business turn end-of-life products into secondary raw materials.

FAQ

What is urban mining?

Urban mining is the recovery of raw materials from products and waste, such as electronics, batteries and vehicles, instead of extracting them from natural deposits.

How much of Europe's critical raw material demand could waste cover?

Between 33% and 56% by 2050, depending on the scenario, according to the FutuRaM final report.

How much lithium could Europe recover from waste?

30,000 to 52,000 tonnes per year by 2050, up from well below 1,000 tonnes today.

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