The European Commission is proposing a stronger link between industrial carbon allowance support and emissions-reduction project delivery, with potential changes to how energy-intensive manufacturers qualify for free allocation from 2031. The conditions are included in the Commission’s July 2026 revision of the EU Emissions Trading System (ETS). Companies would be required to show investment commitments and measurable progress towards industrial decarbonisation.
The proposal would adjust the function of free allowances, shifting them from a role focused on limiting carbon leakage towards an instrument requiring evidence of industrial modernisation. Steel, cement and other energy-intensive producers would face additional requirements for continued allocation, including verified investment plans and proof that qualifying projects have been implemented. The Commission’s draft rules are not yet applicable across industry and remain part of a legislative proposal.
Investment-plan conditionality for five-year free allocation
Under the Commission’s proposal, 80% of relevant five-year free allocation would be conditional on companies submitting an investment and emissions-reduction plan. The plan would require verification by ETS verifiers and approval from the competent authority. The remaining 20% would depend on confirmation that qualifying decarbonisation investments were completed and that significant emissions reductions were achieved.
The draft also includes a potential recovery mechanism for companies transferring relevant industrial activities outside the EU. Such companies could be required to return allowances received under the conditional allocation arrangements. The framework responds to concerns that free allocation can protect installations against carbon leakage without ensuring manufacturers undertake technology changes needed to reduce emissions.
The Commission’s approach is designed to address cases where a steelworks could continue receiving allowances intended to preserve competitiveness while delaying investments in lower-emission production technologies. Linking future allocations to investment commitments would introduce financial incentives tied to defined capital expenditure, production assumptions and emissions-monitoring arrangements. The effectiveness of the system would depend partly on supporting infrastructure and financing.
Supporting infrastructure referenced in the proposal includes electricity grid connections, hydrogen supplies, carbon dioxide transport and storage infrastructure, and project financing. These elements are described as factors that could affect whether qualifying projects can move from planning to implementation. The proposal therefore places additional emphasis on delivery conditions beyond allowance eligibility.
Other ETS free-allocation changes follow separate legislative tracks
The investment conditions are presented alongside other changes to the EU’s free allocation framework. In June 2026, the European Commission adopted revised emissions benchmarks and national allocation measures covering the 2026–2030 period. These June measures are described as separate from the conditionality requirements proposed for the July ETS revision.
A separate legislative file addresses changes to heat and fuel benchmark rules. On 22 October, the European Parliament voted to amend these provisions, potentially allowing additional allowances for qualifying industrial sectors. The file was returned for further negotiations, leaving the quantity of any additional allowances and their distribution among eligible industries not finalised.
The adopted June measures, the Parliament’s October position, and the Commission’s proposed investment conditions are treated as separate regulatory developments rather than a single completed reform package. This means different parts of the ETS free-allocation framework are progressing through distinct steps in the legislative process.
Steel and cement plans require detailed documentation before verification
The proposed framework would increase the importance of technical and financial credibility for industrial decarbonisation plans. For steel manufacturers, an investment plan would need to cover grid connection availability, equipment suppliers, construction schedules, commercial offtake arrangements, and methods for measuring future emissions reductions. Cement producers would need comparable readiness details covering kiln operations, clinker substitution, fuel flexibility and carbon capture investments.
The requirements would place greater emphasis on whether projects can progress from investment planning into actual industrial implementation. A technically credible project would need to demonstrate feasibility before a verifier assesses resulting emissions performance. Companies would therefore need clear engineering assumptions, investment requirements and monitoring procedures within their plans.
Financing access is identified as another factor influencing allocation decisions. Manufacturers with stronger balance sheets may be better positioned to finance qualifying projects linked to conditional free allocation benefits. Financially weaker installations could face difficulties obtaining support even where potential emissions reductions are substantial.
Competitive effects for EU buyers and non-EU producers under CBAM
The proposed changes raise questions about competitive positioning for manufacturers exporting into the European market. EU industrial installations may benefit from combinations of free ETS allowances, grants financed through ETS revenues, and national industrial support schemes. Producers outside the bloc supplying similar customers generally need domestic banks, export-credit agencies or international investors to finance decarbonisation.
CBAM is described as intended to improve relative competitiveness of products with lower embedded emissions by accounting for carbon content. However, CBAM does not provide overseas manufacturers with capital required to modernise production facilities. This creates different financing conditions for European and non-European suppliers competing in the same industrial markets.
For EU industrial buyers, assessing suppliers’ investment pipelines could become increasingly important alongside comparisons of current emissions intensity and purchase prices. A manufacturer with a credible modernisation programme, transparent emissions measurements and a financing plan may offer greater supply-chain reliability over a ten-year procurement horizon than a lower-cost supplier without capacity to implement emissions-reduction projects.
Lenders assessing industrial investments would also need to consider regulatory transition exposure alongside engineering execution risks. Those risks include project schedules, infrastructure availability and delivery of expected emissions savings. The Commission’s approach would make continued industrial protection increasingly dependent on investments in technologies that reduce reliance on that protection.
Implementation would depend on whether additional administrative requirements can be reconciled with financing needs, electricity costs and construction schedules affecting industrial decarbonisation projects.