Article adapted from the original source: Demonstrating and Connecting Production Innovations in the BIOMETHAne uniVERSE (BIOMETHAVERSE) — CORDIS project factsheet (factsheet updated on June 24, 2025; project funded under Horizon Europe, grant agreement No. 101084200, October 2022 – March 2027)
Authors/organizations: ISINNOVA – Istituto di Studi per l’Integrazione dei Sistemi, Rome, project coordinator; Stefano Proietti (ISINNOVA), project coordinator and spokesperson; European Biogas Association – technical supervisor of the consortium; CORDIS – the European Commission’s research and development information service, publisher of the project factsheet; biomethaverse.eu – official project website.
Rights: © European Union / ISINNOVA. CORDIS editorial content is subject to the European Commission’s reuse policy (CC BY 4.0), but no license mention is included on the project factsheet itself; reproduction for information and monitoring purposes with citation of the source.
Visual credit: illustrative image generated by artificial intelligence by WasteOlas. It does not come from the BIOMETHAVERSE consortium and does not represent any of its demonstration sites.
Introduction
The BIOMETHAVERSE project, supported by the European Commission under the Horizon program, aims to transform biomethane production in Europe. Faced with the need to accelerate the energy transition, this project stands as a strategic lever to diversify technologies and strengthen the competitiveness of biomethane.
Diversification and technological demonstration
BIOMETHAVERSE stands out by demonstrating five innovative biomethane production pathways, located in France, Greece, Italy, Sweden, and Ukraine. These approaches cover thermochemical, biochemical, electrochemical, and biological processes, integrating anaerobic digestion and conventional gasification. The goal is to optimize efficiency, increase overall yield, and reduce production costs through the use of hydrogen or renewable electricity.
Techno-economic analysis and sustainability
The project places a central focus on the techno-economic assessment and the environmental and social sustainability of the tested solutions. Expected results include model replicability, market penetration, and policy recommendations to facilitate large-scale adoption.
Decision support and European impact
By promoting the dissemination of results and supporting decision-makers, BIOMETHAVERSE aims to support other investors and project developers. This strategic positioning aims to accelerate the transition to a sustainable, secure, and competitive energy supply at the European level.
Funding and coordination
Coordinated by the ISTITUTO DI STUDI PER L’INTEGRAZIONE DEI SISTEMI (Italy), the project benefits from total funding of over €11.4 million, with nearly €10 million provided by the European Union. It runs from October 2022 to March 2027, with a target technology readiness level (TRL) of 6 to 7.
Conclusion: outlook for WasteOlas
For WasteOlas, BIOMETHAVERSE represents a source of inspiration and validation of biomethane trends. The tested innovations pave the way for new partnership opportunities, technological integration, and positioning within the European green energy market.
“BIOMETHAVERSE aims to diversify the technology base for biomethane production in Europe, improve its economic efficiency, and contribute to the uptake of biomethane technologies.”