The European bioenergy sector wants Brussels to anchor biomass, biogas, biomethane, and biofuels more firmly in new energy policy. Trade association Bioenergy Europe believes that these forms of renewable energy are too often viewed as standalone climate measures, whereas, according to the sector, they can actually help to make better use of European raw materials and make the energy supply less vulnerable.
That message fits the moment. Europe is seeking an energy system that is cleaner, but also more stable. Dependence on fossil fuel imports has been under pressure for some time. At the same time, industry needs heat, gas, and fuels that are not always easy to replace with electricity.
More than electricity
In the energy debate, much attention is focused on wind, solar, batteries, and the congested power grid. Bioenergy is on a different track. It provides heat, gas, and liquid fuels. It is precisely these forms of energy that remain important in sectors where electrification is technically difficult, expensive, or still insufficiently available.
Biomethane can be fed into existing gas networks. Biofuels can play a role in heavy transport, shipping, and aviation. Woody residues can supply heat to industrial processes. Consequently, bioenergy is not simply an alternative to electricity, but a complement to parts of the energy system that are more difficult to make sustainable.
Bioenergy Europe wants Brussels to recognize that role more clearly in future policy. Not to displace other sustainable routes, but to give bioenergy a place alongside technologies primarily focused on electrification.
Residual streams acquire economic value
The bioeconomy is not just about energy. It often starts with the question of what is still possible with organic flows that are currently utilized to a limited extent. Manure, sludge, pruning waste, sawdust, food waste, and agricultural residues can be converted into gas, heat, fuels, or raw materials for industry.
This makes bioenergy part of a broader chain. A digester can produce green gas from residual streams. A biorefinery can extract multiple products from organic material, ranging from biofuels to chemical building blocks. In this approach, waste management, agriculture, energy, and industry increasingly cease to disappear into separate columns.
This is relevant for Europe. Those who extract more value from their own waste streams build shorter supply chains and a broader raw material base. That is precisely the direction in which the European bioeconomy aims to develop further in the coming years.
New policy round determines investments
Bioenergy Europe's call comes as Brussels is working on new renewable energy policy after 2030. That policy must guide investments and clarify which technologies can count on support and scope in the coming years.
For bioenergy, that makes a big difference. New installations for biomethane, sustainable heat, or advanced biofuels require lengthy preparation. Permits are needed, as well as agreements on raw material supply, connections to infrastructure, and customers willing to commit for the long term.
Without predictable rules, scaling up remains difficult. Companies are technically capable of a great deal, but investments only really get going when it is clear that policy does not change direction every few years. The sector therefore asks primarily for continuity and recognition rather than one-off support.
High-quality commitment remains the guiding principle
A greater role for bioenergy does not mean that every form of biomass automatically has the same value. In the bioeconomy in particular, the application is the determining factor. Clean wood or fiber-rich crops can be suitable for materials or building products. Wet, contaminated, or difficult-to-process residual streams are better suited for anaerobic digestion or energy applications.
Therefore, the cascade principle remains important. Biomass is preferably used where it has the most value. First as a material or raw material, and subsequently, where appropriate, as an energy source. In practice, this requires a tailored approach, as not every stream is suitable for high-value applications.
This approach also benefits the sector itself. Bioenergy is strongest when it is clear why a specific residual stream is used for energy and what alternatives do or do not exist. This makes the choices easier to explain and increases confidence in projects.
Recognition helps the market move forward
The financial rules are also important. Under certain conditions, bioenergy may remain part of the European Green Taxonomy. In doing so, Brussels acknowledges that certain applications of bioenergy fit within sustainable investment policy.
For companies, this can make a significant difference. Projects for green gas, sustainable heat, and biofuels are capital-intensive. Banks and investors are scrutinizing more closely whether such projects fit within European sustainability frameworks. A clear position within those frameworks helps to secure financing.
This recognition simultaneously calls for due diligence. Origin, climate benefits, and effects on nature and land use must be convincingly substantiated. This is not only a legal requirement but also necessary for the support base with which the sector wishes to continue growing.
Bioenergy seeks broader position
Bioenergy Europe's call shows that the sector is positioning itself more broadly than a few years ago. Bioenergy is not just about replacing fossil energy. It is also about making smarter use of residual streams, strengthening European supply chains, and supplying renewable molecules to sectors that will remain dependent on them for the foreseeable future.
This gives bioenergy a place in a broader conversation about industry, raw materials, and resilience. The sector wants to demonstrate that bio-based raw materials do not stand on the fringes of the energy system, but can add value to it in multiple places.
The upcoming policy round in Brussels will help determine how much room opens up for this. This is an important moment for the bioeconomy. Not because bioenergy solves everything, but because it can indeed make a difference in a number of crucial places.
Source: Bioenergyeurope.org
Photo: LianeM, Adobe Stock
