• Topic: Development of Next-Generation Synthetic Renewable Fuel Technologies (HORIZON-CL5-2024-D3-02-02)

Project Concept for Horizon Call: Development of Next-Generation Synthetic Renewable Fuel Technologies

This project focuses on advancing biogenic hydrocarbon gasification using steam plasma, with the integration of CO2 to enhance syngas production for renewable synthetic fuel applications. The main objective is to overcome the limitations of existing gasification technologies by utilizing steam plasma, which is more efficient in breaking down complex organic molecules and generating hydrogen-rich syngas ideal for methanol synthesis and subsequent use in fuel cells for electricity production.

The project will address critical challenges such as improving the efficiency of steam plasma gasification, eliminating the need for argon as a plasma gas, and optimizing energy use and reactor efficiency. A key innovation involves combining direct current (DC) steam plasma torch technology with electrodeless microwave (MW) induction heating, enabling significant improvements in both industrial viability and cost-effectiveness. By advancing solid-state generator technology, the project aims to reduce operational costs and mitigate issues like electrode erosion that commonly affect conventional DC plasma torches.

The project will also perform a comprehensive life cycle assessment (LCA) and techno-economic analysis to ensure the sustainability and feasibility of the proposed solution. Additionally, syngas will undergo deep cleaning to meet the stringent standards required for fuel synthesis.

With a multidisciplinary team from multiple EU countries, the project is positioned to deliver a cutting-edge solution that aligns with Horizon’s goals for next-generation synthetic renewable fuel technologies, achieving TRL 3-4 and paving the way for future industrial applications.