Sustainable Aviation Fuels (SAF) vs Synthetic Blended Components (SBC)
ALFAFUELS is a pioneering European project aiming to revolutionize the aviation industry through the production of Sustainable Aviation Fuels (SAF). Over the course of 48 months, this project implements a variety of innovative approaches, from Microbial Production to Solar-Powered Photochemistry, with the aim of efficiently converting carbon dioxide into SAF precursors. These methods not only maximize resource efficiency but also minimize waste, addressing key challenges hindering the technological maturity and commercialization of SAF.
In addition to its technological efforts, ALFAFUELS examines systemic barriers and opportunities for SAF implementation in Europe, collaborating closely with industrial end-users and adhering to quality standards established by ASTM. This holistic approach not only ensures the viability of SAF across the entire value chain but also accelerates its adoption and scalability in the aviation market.
It is crucial to distinguish between SAF and Synthetic Blended Components (SBC). While SAF typically refers to blends of bio-based or synthetic components with conventional Jet A-1 fuel, SBC consists of 100% non-fossil components, including biofuels and e-fuels. This distinction is essential for understanding the nature and potential of each in the transition towards a more sustainable aviation industry.
Comments (2)
You write: “While SAF encompasses a variety of sustainable aviation fuels, such as advanced biofuels and recycled carbon fuels, SBC specifically refers to blends of conventional fuels with sustainable blending agents”. It is just the opposite, so SAF is the blend of bio and conventional Jet and SBC is 100% non-fossil components (both bio based and e-fuels)
Thank you for your comment! You are absolutely right—SAF typically refers to blends of bio-based or synthetic components with conventional Jet A-1, whereas SBC consists of 100% non-fossil components (including biofuels and e-fuels). We appreciate your insight and will ensure this distinction is accurately reflected.