Europe's revised Emissions Trading System, adopted under the Fit for 55 package targeting at least a 55 per cent cut in net EU greenhouse gas emissions by 2030, is set to reprice secondary raw materials across the continent — and the recycling industry's margins with them.

The reforms accelerate the pace of emissions reductions, expand the ETS's scope and cut the availability of free allowances. Most attention has gone to steel, cement and aluminium smelters. But the implications for recyclers are just as material, according to an analysis by Glen Hodgson, founder and CEO of Free Trade Europa, published by AL Circle.

What does the revised ETS change for recyclers?

On the demand side, the arithmetic favours secondary materials. Recycled aluminium can require up to 95 per cent less energy than primary production, with similar advantages across steel, copper, paper and plastics. As carbon prices rise, manufacturers hunting for lower-emission inputs will pay more for recycled feedstock. Stricter sustainability reporting requirements reinforce the shift, pushing companies to prioritise recycled content in supply chains.

The mechanism, in effect, increases the value of every tonne of carbon avoided through substitution of primary material with recycled alternatives.

Where does the cost pressure land?

The demand story has a cost counterweight. Metal shredding, sorting, remelting, processing and advanced material recovery are themselves electricity-intensive. As carbon costs pass through the energy system, recyclers' operating expenses climb. For businesses already running on tight margins in globally contested markets, rising power prices could erode competitiveness.

Aluminium recyclers sit at the sharpest end of this squeeze. Europe has built a circular aluminium value chain serving transport, construction, packaging and renewable energy technologies — yet secondary aluminium production remains highly dependent on affordable, reliable energy. Hodgson's analysis warns that if energy costs keep rising faster than investment in low-carbon power generation, recycling facilities could face mounting financial pressure despite the environmental advantage their material delivers.

How does CBAM complicate the picture?

The Carbon Border Adjustment Mechanism adds a second layer. CBAM applies a carbon price to certain imports to prevent carbon leakage, and it will gradually reshape global material flows.

The two-sided effects for recyclers:

• Upside: CBAM raises the relative cost of carbon-intensive imports, strengthening European demand for locally produced recycled materials.
• Downside: many secondary raw material markets operate globally, and recyclers fear climate regulation could inadvertently push valuable recyclable streams toward jurisdictions with weaker environmental standards.

While CBAM primarily targets primary industrial products, its broader influence on demand patterns will reach into recycling markets.

Can recycling deliver resource security?

The revised ETS also intersects with the EU's strategic autonomy agenda. Pandemic disruption, geopolitical tension and supply chain shocks have exposed the risks of imported raw material dependence, positioning recycling as a core component of Europe's resource security strategy.

Aluminium is the test case. Demand is expected to rise significantly as Europe scales electric vehicles, renewable energy infrastructure and low-carbon construction. Meeting that demand sustainably requires both primary production and substantially higher recycling volumes. The revised ETS reinforces the shift by raising the economic value of low-carbon production pathways.

Higher carbon costs should also pull investment into advanced sorting technologies, digital tracking systems, artificial intelligence and energy-efficient processing — innovations that could lift recovery rates, cut operating costs and improve the quality of secondary outputs.

What are the conditions for success?

Hodgson's central argument: the transition will not happen automatically. Recycling infrastructure needs long-term investment certainty, which in turn requires:

• regulatory stability
• access to financing
• affordable renewable energy
• supportive industrial policy

Without these, Europe risks imposing the costs of the carbon transition on its recycling sector without capturing the benefit.

The sector has outgrown its waste-management identity. It now functions as a strategic enabler of the EU's climate, industrial and resource security objectives, and the revised ETS recognises that by placing greater economic value on carbon efficiency and circularity. The winners, the analysis concludes, will be companies that combine operational efficiency, technological innovation and sustainable production practices.

The decisive variable to watch is the gap between two curves: carbon prices lifting the value of secondary material, and energy pass-through costs raising the price of producing it. How EU policymakers close that gap — through industrial policy, energy market design or CBAM's final calibration — will determine whether Europe's recycling capacity grows with its climate targets or loses ground to lower-standard jurisdictions.