Sunmade biofuels
The Circular Fuels project is pioneering sustainable aviation fuel production processes that use solar energy and waste-based raw materials, thus aligning with and advancing the sustainability standards set by the EU and UN.
About The Circular Fuels project
The Circular Fuels project aims to produce sustainable aviation fuels through advancements in renewable energy and technological innovation. By enhancing the speed of transfer from fossil fuels to renewable energy, Circular Fuels will address the environmental externalities associated with unsustainable aviation fuels. Circular Fuels will analyse the sustainability aspects of the technology, and it will give policy recommendations for successful implementation by introducing commercially viable and cost-effective solutions.
The Circular Fuels project is fostering positive impacts for stakeholders in the energy industry, biomass producers, solar and aviation companies, circular economists, EU Green New Deal policymakers, farmers and municipalities, and aviation passengers.
CORDIS: Production of sustainable aviation fuels from waste biomass by coupling of fast pyrolysis with solar energy | Circular Fuels | Project | Fact sheet | HORIZON | CORDIS | European Commission (europa.eu)
About the projectUpcoming Events
Sustainable Aviation Futures congress
May 6, 2025
Sustainable Aviation Futures Congress is where the global SAF, aviation and energy community meets, with over 1,000 participants from 60… Continue reading Sustainable Aviation Futures congress
Aviation Energy Forum
May 13, 2025
The IATA Aviation Energy Forum (AEF) is a merger of the Fuel Forum and the Sustainable Aviation Fuel (SAF) Symposium. … Continue reading Aviation Energy Forum
News
Assessing the Performance of a Proton Exchange Membrane Green Hydrogen Generation System through Stack and Balance of Plant Modeling
29 October 2024
Abstract The integration of hydrogen generation systems based on Proton Exchange Membrane (PEM) electrolyzers holds immense potential for sustainable energy… Continue reading Assessing the Performance of a Proton Exchange Membrane Green Hydrogen Generation System through Stack and Balance of Plant Modeling
