Elyse Energy is a France-based developer of low‑carbon molecules and e‑fuels for the energy and transport sectors. The company focuses on producing sustainable aviation fuel (SAF), e‑methanol, and related intermediates by combining biogenic feedstocks with renewable hydrogen.
Its projects integrate established process technologies such as biomass gasification, Fischer–Tropsch synthesis, and fuel upgrading through partnerships with industrial and technology providers, including Axens, thyssenkrupp Uhde, IFPEN, and Lhyfe. Feedstocks typically include end‑of‑life wood and forestry residues, with captured CO₂ and green hydrogen used to synthesize drop‑in fuels and chemicals. Elyse Energy’s initiatives are designed to align with European decarbonization frameworks (e.g., RED and ReFuelEU) and to support regional industrial ecosystems in France by developing supply chains for advanced biofuels and renewable fuels of non‑biological origin.
chemXplore tracks 1 project involving Elyse Energy, of which one is active.
Elyse Energy's role on them: Owner.
1 new construction.
Contractors are recorded on this project For subscribers
Targeting: Carbon dioxide (1), Hydrogen (1), Methanol (1)
Selected under France’s national support scheme for low‑carbon hydrogen production, a development framed as a milestone toward delivery.
The project will produce sustainable aviation fuel from biomass and green hydrogen, using advanced gasification technology, to meet EU SAF quotas and support the green transition.
The Green Coast project aims to decarbonize maritime transport using e-methanol, supported by local and regional initiatives for a low-carbon industrial transition.
The project aims to decarbonize maritime transport using e-methanol from green hydrogen. A feasibility study is underway, with a project presentation set for September 2024.
The eM-Rhône project aims to produce e-methanol for decarbonization. The response addresses public feedback, water usage concerns, and outlines future consultation steps and commitments.
The €700M project will produce 150,000 tonnes of renewable methanol annually, cutting 207,000 tonnes of CO2 emissions. Construction starts in 2025, with commissioning in 2028.
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