RENEWABLE METHANOL-BASED SYNTHETIC MULTIFUEL PRODUCTION

The METHCESFUEL project pioneers next-generation synthetic renewable fuel technologies, contributing to Europe’s climate neutrality, energy security, and industrial resilience. By integrating carbon capture, green hydrogen, and thermochemical energy storage (TCES), the project enables the cost-effective production of drop-in fuels, including renewable methanol, synthetic methane, and dimethyl ether (DME). The project contributes to replace fossil fuels in transport, power generation, and industrial applications, utilizing existing infrastructure and ensuring energy system stability. The project directly addresses the REPowerEU strategy by reducing dependency on Russian fossil fuels, diversifying Europe’s gas supply, and enhancing energy storage solutions. By leveraging renewable energy inputs such as solar, wind, and biomass-derived hydrogen, METHCESFUEL ensures carbon-neutral fuel production, effectively mitigating greenhouse gas (GHG) emissions. The project also strengthens Europe’s open strategic autonomy by driving cutting-edge digital process optimization, multi-scale system modelling, and advanced catalysis, increasing conversion efficiencies and economic viability. The innovation builds on a three-step conversion system: (1) Green methanol production from CO2 and hydrogen, (2) Methanol-to-syngas conversion, and (3) Syngas transformation into methane and DME, integrating high-temperature heat recovery to improve overall system efficiency. This TRL4 laboratory-scale demonstrator will validate feasibility, scalability, and sustainability, laying the foundation for industrial-scale deployment. By integrating renewable fuels with smart grids, carbon markets, and flexible energy systems, METHCESFUEL accelerates the EU’s green and digital transition. It reinforces Europe’s leadership in sustainable fuel technologies, ensuring a resilient, decarbonized energy future while enabling economic growth and sectoral transformation.