Large data-card visual about European biomass potential and bankable supply chains. — Europe has biomass potential, but bankable supply chains remain scarce. Credit: Bioenergy Crops; data: European Commission

Europe Has Enough Sustainable Biomass. The Missing Infrastructure Is Bankability

A new European Commission workshop report concludes that the EU has sufficient sustainable biomass and technology options to expand advanced fuels. The central gap lies in mobilisation, contracting, finance and industrial execution.

A new European benchmark

The European Commission published in June 2026 the proceedings of its Brussels workshop on Advanced Biofuels and Renewable Fuels of Non-Biological Origin. Around 150 participants from EU institutions, Member States, industry, finance and research examined how Europe can convert technology and resource potential into operating industrial capacity.

The report is significant because it connects feedstocks, conversion routes, national policy, financing and end-use markets within one current deployment assessment.

Demand is moving toward a different scale

EU transport biofuel demand could rise from approximately 16.5 Mtoe per year in 2021 to more than 40 Mtoe per year in 2030. Industry consultation indicates around 27-28 Mtoe per year of advanced biofuel and biomethane capacity by 2030 under the study assumptions.

Europe Has Enough Sustainable Biomass. The Missing Infrastructure Is Bankability chart — Bioenergy Crops editorial chart.

This is an industrial build-out measured in multiple large plants, regional feedstock networks and billions of euros of annual support.

The report does not identify biomass scarcity as the primary constraint

The Commission studies estimate 310-836 million dry tonnes of sustainable biomass available to energy markets in 2030, corresponding to roughly 20-55% of technical potential. Under the 2023 market and regulatory framework, domestic biomass could support more than 57 Mtoe per year.

These figures describe potential. They become useful supply only after farmers, forest owners, contractors, aggregators, storage sites and certification systems are organised.

No pathway can carry the market alone

The report concludes that no single industrial value chain can provide more than half of required sustainable fuel demand. Europe needs a complementary portfolio of HEFA, biomethane, lignocellulosic ethanol, Alcohol-to-Jet, gasification, Fischer-Tropsch, methanol and RFNBO pathways.

This conclusion has direct feedstock implications. Waste oils, residues, biogas streams, intermediate crops and dedicated perennial systems must be allocated across technologies according to quality, carbon intensity, logistics and value.

Agriculture returns to the centre of the advanced-fuels strategy

Toward 2050, the report expects dedicated lignocellulosic and oil crops on unused degraded land, cover crops and intermediate crops to supplement residues while remaining integrated with food production.

The workshop also identifies intermediate oil crops and cultivation on marginal or degraded land as strategic responses to the limited European lipid pool for HVO and HEFA.

The financing requirement is explicit

The analysis estimates that annual support of around EUR 4.5-8.75 billion may be required by 2030 to mobilise feedstock and build capacity covering approximately 60% of projected demand.

The proposed toolkit includes feedstock premiums, production premiums, Contracts for Difference, first-loss guarantees, EIB and InvestEU blended finance, CAPEX grants, group certification, harmonised monitoring and book-and-claim.

Bankability must cover the full value chain

A production subsidy applied only at the refinery cannot resolve fragmented feedstock procurement. A farmer premium alone cannot finance a first-of-a-kind conversion plant. The report therefore recommends treating feedstock, aggregation, conversion, logistics, infrastructure and offtake as one industrial system.

This is one of its strongest conclusions. Advanced-fuel projects often fail at the interfaces between otherwise viable components.

What the technology sessions reveal

The HEFA discussion confirms that technology maturity is advancing faster than European lipid availability. Biomethane is presented as mature, with regulatory classification and consistency becoming central barriers. Gasification-to-methanol faces a timing and bankability gap. Lignocellulosic ethanol, ATJ and Fischer-Tropsch require stronger revenue certainty, longer offtake and reduced execution risk.

Europe therefore has several technology-specific problems inside one shared development problem: turning policy-driven demand into dependable cash flow.

BEC perspective

The European advanced-fuel gap is best understood as an infrastructure gap. Europe needs feedstock mobilisation infrastructure, contracting infrastructure, certification infrastructure and financing infrastructure alongside conversion plants.

The report gives developers a useful test. A credible project should demonstrate where each dry tonne originates, how farmers or suppliers are paid, how revenue floors protect debt service, how certification remains consistent and how the complete chain reaches stable operation.

Sources and further reading

European Commission, Workshop on Advanced Biofuels and RFNBOs – The Way Forward, June 2026, DOI 10.2777/7851099.
European Commission, Development of outlook for the necessary means to build industrial capacity for drop-in advanced biofuels, 2024, DOI 10.2777/679307.
European Commission, Mobilization of industrial capacity building for advanced biofuels, 2026, DOI 10.2777/2375274.