The European Commission’s post 2030 renewable energy framework is scheduled for adoption by the end of 2026, and a leaked impact assessment suggests the next phase could change how Europe creates demand for renewable fuels.
The draft points toward less prescriptive hydrogen targets for individual member states and greater flexibility for biofuels, reflecting a policy mix that places more weight on cost, energy security and domestic supply chains.
The document is not yet Commission policy. It is a working document, and its options can still change before a formal legislative proposal is presented. But the direction matters because RED III has been one of the strongest regulatory mechanisms for creating renewable hydrogen demand in Europe. Under the current framework, member states must ensure that RFNBOs account for at least 42% of hydrogen used in industry by 2030 and 60% by 2035. Transport also carries a 1% minimum RFNBO requirement by 2030 within the broader renewable transport framework.
The reported preferred RED IV package would replace those national obligations with an indicative EU wide renewable hydrogen consumption target of 8 million metric tons for industry and refineries. The working assessment reportedly describes that figure as the average optimal level over the policy period, while industry analysis has interpreted it as an annual level toward 2040. The distinction is important because an indicative EU target would create a fundamentally different demand signal from binding national obligations.
That change could address one problem created by the existing framework. National targets provide strong demand certainty, but they can also force hydrogen deployment in markets where renewable electricity, infrastructure or imported hydrogen is relatively expensive. The Commission itself says the post 2030 framework is intended to secure reliable and affordable energy while supporting competitiveness and energy security.
The potential downside is investment certainty. Hydrogen projects typically require long development periods and substantial upfront capital, making future demand commitments particularly important for final investment decisions. Rystad Energy has warned that if binding national obligations are replaced without equally effective EU wide demand mechanisms, production could develop in separate national pockets rather than as an integrated European market.
The proposed architecture would reportedly rely partly on hydrogen credits and incentives for downstream demand. Those instruments would require implementation through other legislation, meaning that the headline 8 million metric ton figure alone would not determine how much renewable hydrogen is actually consumed.
The draft appears more supportive of conventional and advanced biofuels. It reportedly considers a common EU ceiling of 7% for crop based biofuels, which could increase eligible volumes by approximately 30% compared with the 2020 reference basis used in the assessment. Advanced biofuels using European feedstocks could also receive preferential treatment through multipliers.
The proposed shift comes as Europe is trying to reduce exposure to imported renewable fuels and feedstocks. The EU has already introduced sustainability and traceability requirements for renewable fuels, while the Commission has emphasized energy security and homegrown renewable energy as objectives of the post 2030 framework.
The aviation market illustrates why the distinction between hydrogen based fuels and biofuels is becoming increasingly important. ReFuelEU Aviation requires a 2% SAF share at EU airports from 2025, rising to 6% in 2030. Within that framework, synthetic aviation fuel has its own sub mandate of 1.2% from 2030, increasing to 35% by 2050.
Yet actual SAF supply remains concentrated in biofuels. According to the European Commission’s latest assessment, EU aviation fuel suppliers delivered 1.1 million metric tons of SAF in 2025, equivalent to 2.8% of total aviation fuel supplied at EU airports. Eighty four percent of that SAF was produced inside the EU, while synthetic aviation fuel remained at an early stage, with around 50 projects still awaiting final investment decisions.
This creates a policy tension for RED IV. Europe needs to expand domestic renewable fuel production while avoiding a framework that directs scarce feedstocks toward applications where electrification or other technologies could provide greater emissions reductions. Increasing room for crop based fuels could improve short term supply flexibility, but it also raises questions about land use, feedstock availability and the long term sustainability of conventional biofuels.
The reported treatment of advanced biofuels introduces another complication. If the existing combined transport minimum for advanced biofuels and RFNBOs expires after 2030, demand for advanced fuels could become more dependent on national policies and market incentives. That would potentially weaken a common EU demand signal even as the draft gives European feedstocks preferential treatment.
Certification could become an equally important market lever. Stricter requirements for imported fuels and feedstocks could favor European producers without formally imposing an import restriction. Such measures would also align with the Commission’s broader objective of increasing the share of reliable, affordable and homegrown energy in the European system.
For renewable hydrogen developers, the central issue is therefore not simply whether RED IV raises or lowers targets. It is whether the replacement mechanisms provide enough predictable demand to support investment. For biofuel producers, the reported draft could offer greater access to the European market, particularly where production is based on European feedstocks.
The timing is critical. Europe’s renewable energy share reached 26.2% of energy consumption in 2025, while the binding 2030 target remains at least 42.5%, with an ambition to reach 45%. The Commission’s post 2030 framework must therefore expand renewable energy deployment while addressing competitiveness, energy security and the cost of compliance.
The leaked RED IV assessment suggests that Brussels may be moving toward a less technology specific approach after 2030. For hydrogen, that could mean trading some national mandate certainty for greater flexibility at the EU level. For biofuels, it could mean a stronger role for European feedstocks and domestic production. The decisive question will be whether the final framework can maintain sufficient demand certainty to unlock capital intensive renewable fuel projects while giving member states greater room to pursue the lowest cost pathways to decarbonization.
