What the Commission’s Free Allocation Shift Would Change in the EU ETS
The Commission’s free allocation shift matters because it changes how much real carbon cost industry actually faces in the EU ETS. From 2026, the system enters the second half of Phase 4 with tighter industrial benchmarks, a minimum annual reduction rate rising from 0.2% to 0.3% and a maximum rising from 1.6% to 2.5%. That moves the system away from broad protection and toward stronger decarbonization pressure.
Free allocation still matters most for sectors exposed to carbon leakage. But it is now more tightly linked to actual production, updated benchmarks, and reported output changes at installations. For buyers and industrial operators, that affects cash flow models, marginal abatement cost assumptions, and allowance procurement planning.
The Commission has already shown that allocation can fall sharply when output drops. By mid-2025, there were 16 adjustment decisions with a net reduction of 173.7 million allowances. That is a strong signal for anyone planning ETS exposure over multiple years.
The CBAM makes this even more important. The policy direction is clear: avoid a permanent double shield while the border adjustment mechanism moves into its final phase from 2026, and while free allocation for CBAM goods phases out toward 2034. For B2B stakeholders, the key question is no longer only how many free allowances are received. It is how quickly the gap closes between ETS protection and full carbon pricing.
Why Overallocated Permits Matter for Steel, Cement, and Other Hard-to-Abate Sectors
Steel, cement, basic chemicals, fertilizers, and other hard-to-abate sectors are the most sensitive cases. They combine high emissions intensity, strong trade exposure, and capital-intensive assets with long investment cycles. In those sectors, even small benchmark changes can affect EBITDA and capacity planning.
Overallocated permits become a problem when free allocation exceeds the marginal coverage needed in practice. In plain terms, some installations can receive enough protection to soften the carbon price signal and reduce the urgency to invest in electrification, hydrogen, CCS, or process innovation. That follows directly from how benchmarks and production adjustments work.
The scale of the issue is not small. In 2024, Germany was among the largest recipients of industrial free allocation, with 122.34 million allowances in the Commission’s status table. Italy, France, Spain, and the Netherlands also had large volumes. This is a system-wide issue, not a niche one.
For industrial buyers and downstream manufacturers, the risk is not just excess subsidy. It is competitive asymmetry. A supply chain with more generous allocation may offer lower prices in the short term, but it can also delay the CAPEX needed for low-carbon production. That creates stranded-asset risk and a higher chance of future regulatory correction.
The real question is simple. Is carbon leakage protection still defending competitiveness, or is it now muting the market signal in the very sectors that should lead the transition?
The Decarbonization Trade-Off: When Protection from Carbon Leakage Weakens the Incentive to Cut Emissions
Carbon leakage theory justifies free allocation as a temporary measure. The Commission itself says the goal is still to preserve incentives to cut emissions. The trade-off appears when protection becomes too broad or too slow to decline.
The system is trying to avoid a reward-twice outcome. That means initial protection against relocation risk, while still keeping enough economic pressure to change fuels, processes, and assets. With the planned phase-out and tighter benchmarks from 2026, that balance becomes harder to maintain.
For a B2B buyer, the trade-off shows up as hidden price risk. If a supplier does not fully internalize carbon cost, its offer may look competitive today. But that price can become fragile once free allocation tightens and ETS costs move more directly upstream.
Hard-to-abate sectors need long-term signals to justify investment in electric furnaces, scrap substitution, clinker reduction, alternative fuels, and hydrogen-ready assets. Persistent free allocation can delay those CAPEX decisions, especially when the economic return is softened by ongoing free permits.
So the issue is not whether to protect industry. It is how to do it without diluting the carbon price signal. That is why earlier cases of excess allocation still matter.
How This Debate Connects to Earlier Cases of Excess Free Allocation and Policy Backsliding
The critique of excess free allocation is not new. The Commission has said the benchmarks were updated because the older ones reflected 2007/2008 technology, while the 2021-2025 baseline uses 2016/2017 data to track industrial progress.
The current cycle also shows the same tension. The 2023 revision strengthened the overall cap and the linear reduction factor, but the political debate around free allocation still reflects a recurring conflict between climate goals and industrial competitiveness. If benchmark reductions are not fast enough, that starts to look like policy backsliding.
Output-based adjustments matter because they stop shrinking plants from receiving a structural advantage. The fact that the Commission has already adopted 16 decisions with a net reduction of 173.7 million allowances shows this is not theoretical. It is an administrative reality.
For market analysts and investors, the useful precedent is clear. When the system protects a sector for too long, a gap opens between the ETS price and the real cost of decarbonization. That weakens market allocation and complicates low-carbon project valuation.
That history makes the next question more credible. If the goal is to support industry without distorting the ETS signal, is there a better alternative than free allowances?
Could Carbon Removal Credits Offer a Better Way to Support Industry Without Diluting the ETS
Carbon removal credits are now entering the European regulatory radar. The Commission has introduced the voluntary CRCF framework to certify carbon removals, carbon farming, and carbon storage in products, with rules and transparency standards being rolled out in 2025-2026.
For hard-to-abate companies, the idea is to shift part of the support away from passive price protection and toward credits based on verified removals. That can help cover residual emissions without weakening the carbon price on avoided emissions.
For B2B buyers, this could open new purchasing structures. Long-term offtake agreements for carbon removals, pre-financing contracts with DAC, biochar, or storage providers, and integration into compliance planning or net-zero strategies all become more relevant, especially for buyers with Scope 3 ambitions.
Quality is the key issue. Permanent removals, carbon farming, and storage in products are not the same thing. Additionality, durability, MRV, and reversal risk all matter. Without those safeguards, the market risks shifting the problem rather than solving it.
The real policy question is whether carbon removal credits can absorb part of the support role now played by free allocation, but with stronger environmental integrity and less damage to the ETS signal.
What International Buyers, Policymakers, and Market Analysts Should Watch Next
The next drivers to watch are the final CBAM rules, the full free-allocation phase-out calendar to 2034, and the evolution of the 2026-2030 benchmarks. Together, they will determine how quickly carbon cost enters industrial prices.
International buyers should track two variables. The first is carbon price pass-through along the supply chain. The second is whether European suppliers still use free allocation as a temporary competitive buffer. That affects sourcing strategy, contract escalation clauses, and comparisons with non-EU suppliers.
Policymakers will need to balance climate credibility and industrial policy. The risk runs both ways. Protect too much, and decarbonization slows. Reduce support too quickly, and real or perceived leakage can rise.
Market analysts should watch emissions benchmarks, output-adjustment decisions, and investment signals in CCS, electrification, and circular feedstocks. Those are the best leading indicators of whether the market is rewarding transition or simply postponing cost.
In the end, the question is not only whether Brussels is rewarding industry twice. It is whether the new balance between ETS, CBAM, and carbon removals can protect competitiveness without damaging the credibility of Europe’s carbon market.
