Central theme across AgroCycle (agricultural waste), BioReg (wood waste), and VALUEWASTE (urban biowaste), covering multiple feedstocks and conversion pathways.
EUROPEAN BIOMASS INDUSTRY ASSOCIATION
Brussels-based biomass industry association bridging EU research projects with commercial biomass, bioenergy, and bio-based materials markets across Europe.
Their core work
EUBIA is a Brussels-based industry association representing the European biomass sector, working to advance the commercial use of biomass for energy, materials, and bio-based products. They contribute sector-wide knowledge on biomass value chains — from agricultural waste valorization and biorefinery processes to biomass gasification and bio-based nanomaterials. In H2020 projects, they typically handle dissemination, standardization, stakeholder coordination, and market analysis, bridging the gap between research consortia and the broader biomass industry. Their role is to ensure project outputs reach industry and inform policy, rather than conducting laboratory research themselves.
What they specialise in
BLAZE focused on integrated gasifier-fuel cell CHP systems from residual biomass; AgroCycle also addressed bioenergy from agricultural residues.
VALUEWASTE explored new business models for urban biowaste and circular economy; BioReg worked on industrial bio-based ecosystems for wood waste.
BIOMAC (2021-2025) focuses on sustainable bio-based nanomaterials, standardization, and open collaboration — a new direction for EUBIA.
SALTGAE demonstrated algae cultivation on saline wastewater, combining water treatment with biomass production.
BIOMAC explicitly targets standardization and open collaboration; their association role across all projects supports dissemination and sector coordination.
How they've shifted over time
In the early period (2016–2019), EUBIA focused squarely on agricultural and wood waste streams — turning farm residues into bioenergy, biofertilisers, and biocompounds, and demonstrating algae-based wastewater treatment. From 2018 onward, the emphasis shifted toward circular economy thinking, citizen engagement, and higher-value bio-based products including nanomaterials and biopolymers. The trajectory is clear: from traditional biomass-to-energy toward advanced bio-based materials and community-driven standardization efforts.
EUBIA is moving upstream from biomass combustion toward high-value bio-based materials and standardization, positioning itself as a connector for the emerging European bioeconomy community.
How they like to work
EUBIA participates exclusively as a partner, never as coordinator — consistent with their role as an industry association that adds sector expertise and dissemination capacity rather than leading technical research. They work in large consortia (124 unique partners across 6 projects), indicating they are comfortable in big multi-partner Innovation Actions and Research & Innovation Actions. Their broad partner network and consistent funding (~EUR 150K–178K per project) suggest they are a reliable, low-risk consortium member valued for their industry reach and communication channels.
EUBIA has collaborated with 124 unique partners across 23 countries, giving them one of the broader networks you'd expect from a Brussels-based industry association. Their partnerships span nearly all of the EU and associated countries, with no single geographic concentration.
What sets them apart
As a biomass industry association based in Brussels, EUBIA offers something most research partners cannot: direct access to the European biomass industry and its commercial actors. They are not a research lab — their value lies in disseminating project results to industry, facilitating standardization, and connecting technical consortia with the market. For any project that needs to demonstrate real-world industry uptake of biomass-related innovations, EUBIA is a natural fit.
Highlights from their portfolio
- VALUEWASTELargest funding (EUR 178K) and broadest scope — combined circular economy, social innovation, and citizen engagement around urban biowaste, marking EUBIA's shift toward bioeconomy.
- BLAZETechnically ambitious gasifier-fuel cell integration for small-to-medium CHP, representing EUBIA's deepest involvement in advanced bioenergy conversion technology.
- BIOMACMost recent project (2021-2025) and a clear pivot toward bio-based nanomaterials, standardization, and open community building — signals EUBIA's future direction.