Too much incineration capacity slows down the circular economy
Today, Europe's waste-to-energy plants have considerable capacity reserves, which continue to grow as recycling rates increase.

Today, Europe's waste-to-energy plants have considerable capacity reserves, which continue to grow as recycling rates increase.

Cities and local governments lead global climate ambition. According to GCoM, 58% of signatories set tougher targets than their national governments.

The circular economy is coming into focus in the automotive industry and industrial manufac-turing.

The recycling of decommissioned ships still takes place largely outside the EU. The reason for this is often a lack of capacity. However, this does not correspond to reality.

Political uncertainty, high energy costs and increasing cost pressure do not seem to be leading to a broad withdrawal from decarbonisation.

The supply of gallium is becoming a strategic factor for the energy and semiconductor industries.

The production of high-quality plastic recyclates is time-consuming. This carries the risk of false infor-mation on the quality and proportion of recyclates. Test mechanisms are therefore necessary.

Critical minerals are indispensable for many strategically important applications. Therefore, companies need to make their supply chains more resilient and diverse.

Weak demand, high costs and uncertain EU regulations are putting pressure on plastic recycling. The BIR calls for fair competition and reliable rules.

The EU aims to secure access to strategically important secondary raw materials. Thereby, it strengthens its industrial competitiveness through export restrictions.

According to FEAD, battery fires caused an estimated €2.66 billion in damage in the EU waste sector in 2025, and incidents are rising.

Indian recyclers have urged the EU to reconsider its Waste Shipment Regulation, which excludes India from a provisional list of approved importers.

Trade barriers are increasingly driven by supply chain security concerns rather than economic or environmental reasons, according to BIR.

Demand for recovered raw materials from electronics is rising. However, inconsistent waste classifications continue to complicate international trade in recycled materials.

With the EU ETS2, the European Union is extending emissions trading to fuels for buildings and road transport for the first time.

Engineering plastics such as polyamides and polyurethanes pose special challenges for the circular econ-omy because complex material flows meet high quality requirements of downstream applications.

Despite their low market share to date, bio-based plastics are facing a strategic upgrade in the European packaging market.

Speira has commissioned a further new aluminium recycling furnace in Töging, completing four furnace projects at two sites on schedule.

ETH Zurich researchers have developed a patented plastic waste upcycling process that turns polyolefins into a high-performance adhesive.

Matiq has equipped its Sheffield materials recovery facility with 14 Tomra Autosort units and PolyPerception analysers for real-time visibility.

The public sector steers huge financial flows with its budgets, but environmental and resource effects have so far played only a minor role.