Copper sits at the heart of almost every system on which Europe’s economic transition depends. Power grids need it. Electric vehicles need it. So do renewable energy installations, data centres and the growing number of electronic products used in homes and businesses.
The International Energy Agency expects copper to record the largest absolute increase in demand among the main energy-related minerals, with consumption growing by around seven million tonnes by 2040. Even when new mining projects and additional recycling are taken into account, the IEA still anticipates a significant supply gap by 2035
Recycling cannot replace mining, but secondary copper can provide something that imported primary material cannot always guarantee: a domestic source of supply that is less exposed to geopolitical disruption.
The copper Europe will need in the future is, to a large extent, already present in the European economy. It is in electrical equipment, old cables, industrial machinery and products that will eventually reach the end of their useful lives. The real question is whether Europe can recover that copper efficiently and keep it in productive use.
The gap between recyclable and recycled
Copper can be recycled repeatedly without losing the properties that make it valuable. Secondary production can also use substantially less energy than production from mined ore.
That does not mean every piece of copper will automatically find its way back into a new product. Clean manufacturing scrap is relatively easy to process. The situation becomes more complicated when copper is embedded inside a refrigerator, an electric motor or a printed circuit board. It may be present in small quantities, mixed with other metals or surrounded by materials that need to be removed safely.
Recovering it often requires careful dismantling and sophisticated treatment. Sometimes the value of the material covers that cost. Sometimes it does not.
This distinction is important because policy discussions often begin with the theoretical quantity of metal contained in a waste stream. That figure may suggest an enormous recycling opportunity. In practice, however, only part of that metal may be recoverable under existing economic and technical conditions.
A component can contain copper and still be too expensive to remove. A treatment process can be technically possible and still fail to attract investment. A recycling target can look ambitious on paper without creating the market conditions needed to achieve it.
Where policymakers want recovery to go beyond what the material value alone can finance, the additional cost has to be addressed openly. It cannot simply be passed down to recycling operators. This is an area in which extended producer responsibility could play a more meaningful role, by helping to finance the investments required to improve recovery. It should also incentivise manufacturers to consider what happens to their products once they become waste.
WEEE is where policy meets reality
Waste electrical and electronic equipment offers one of the clearest examples of Europe’s untapped copper potential.
Electronic products contain copper in many different forms, some of it is relatively accessible but much of it is hidden inside motors, wiring and other components. The amount in a single appliance may appear modest, but the volumes become significant when millions of products reach the end of their lives.
The problem is that too much electronic waste still fails to enter recognised collection and treatment systems. The European Commission’s evaluation of the WEEE Directive concluded that nearly half of generated WEEE is not collected. Most Member States are missing the collection target
Some appliances remain stored in households, others enter informal channels, are treated without adequate controls or leave Europe under questionable classifications. When that happens, Europe loses more than waste: it loses access to valuable secondary raw materials.
Even when WEEE reaches a recycling facility, weight-based targets do not always tell the full story. A treatment system can recover large quantities of steel, glass or plastic and appear successful by weight, while small but valuable metal-rich components remain unrecovered. Indeed, the current WEEE framework has encouraged the treatment of bulk materials, but it has not necessarily created strong incentives for the recycling of harder-to-recover critical materials.
The future WEEE framework should close that gap. Equipment must reach authorised facilities, producers should contribute to the real cost of proper treatment, including the investment required to improve the recovery of valuable materials.
Product design also matters, and end-of-life treatment should no longer be treated as an afterthought. Recyclers cannot efficiently recover what they cannot locate or access. Better information on material composition would make treatment safer and more effective. Products that can be opened without excessive time or specialised tools are also more likely to yield usable secondary materials.
From waste policy to industrial policy
The EU Critical Raw Materials Act reflects a broader change in how Europe views recycling. Copper is included among the EU’s strategic raw materials, and the legislation establishes a benchmark under which European recycling capacity should be able to produce at least 25% of annual EU consumption of strategic raw materials by 2030. Recycling is no longer only about reducing landfill or improving environmental performance. It has become part of Europe’s industrial strategy.
But Europe’s recycling network is highly specialised and material collected in one country may need to move to another for advanced treatment. This is why the Single Market matters. Europe cannot claim that secondary raw materials are strategically important while making legitimate movements between European facilities slower and more expensive. Proportionate intra-EU shipment rules should help material reach the facility where it can be recovered most effectively.
The debate over restricting scrap exports requires the same balance. In order to flourish, the European waste management industry requires strong and stable domestic demand of recycled materials. Without such demand, the consequence of restricting exports of scraps will be limiting market outlets, loosing competitiveness and investment and innovation capacity. Europe risks holding on to scrap without creating the conditions to transform it into new industrial supply.
The next phase of copper recycling will be defined by whether Europe can collect enough material, recover it to a high standard and create a competitive market for its use, under a regulatory framework that understands how recycling markets work. If Europe gets those conditions right, copper recycling can become much more than an environmental success. It can become a source of industrial supply and a practical contribution to Europe’s economic resilience.
