Shell signs e-SAF tech license deal with Engie

Shell Catalysts & Technologies has signed a technology license agreement with energy provider ENGIE for the France KerEAUzen project, which aims to produce synthetic aviation fuel (e-SAF) from captured biogenic CO₂ and green hydrogen.

Shell Catalysts & Technologies will license its Shell XTL process technology in its power-to-liquids archetype, enabling ENGIE to convert CO₂ into synthetic kerosene.

This integrated process includes the Shell Reverse Water‑Gas Shift (RWGS) Process, which converts CO₂ and hydrogen into synthesis gas, followed by the Shell Fischer–Tropsch Process and the Shell Wax Hydroconversion Process to produce drop‑in aviation fuel meeting ReFuelEU Aviation requirements.

The France KerEAUzen project, located in Le Havre, Normandy, was selected under the ADEME Carb Aero initiative and represents a key step in developing a European e-SAF value chain in France and Europe. It is targeting production of 70,000 metric tonnes annually from 2031.

It will supply Paris’ Roissy Charles de Gaulle and Orly airport hubs via pipelines, as well as other major European airports and logistics hubs, working with Air France-KLM.

Elise H. Nowee, President, Shell Catalysts & Technologies, said, “France KerEAUzen shows how the aviation energy transition is moving from ambition to reality with scalable, drop-in fuels produced at industrial scale.”

Pierre Chambon, Managing Director, Renewable Gases, ENGIE, added the conversion of CO₂ into aviation fuel requires the integration of complex and reliable technologies.

“Shell’s XTL Process, combined with its operational experience and proven technology, gives us confidence as we progress the France KerEAUzen project towards industrial deployment,” he said.

Topsoe-Sasol e-SAF joint venture with German energy firm MB Energy to explore hydrogen supply, logistics, and fuel distribution infrastructure for future production in Europe.

US carbon transformation company of e-SAF at its AirPlant One facility in Moses Lake, Washington, with an initial production capacity of around 50,000 gallons per year.