Haffner Energy's Biomass Hydrogen Production Plant in Marolles, France
Key Ideas
- Haffner Energy has launched a hydrogen production facility in Marolles, France, converting wood residues into mobility-grade hydrogen at an impressive rate.
- The biomass thermolysis process is deemed cost-competitive, potentially rivaling grey hydrogen at large installations and being cheaper than electrolysis.
- The company has signed a significant Memorandum of Understanding (MOU) to supply 90 tonnes of hydrogen per year to an unnamed customer for mobility applications.
- Haffner Energy's CEO, Philippe Haffner, expressed confidence that their solution will accelerate the adoption of renewable hydrogen and improve the sector's competitiveness.
Haffner Energy has achieved a milestone by successfully launching hydrogen production from biomass at its Marolles site in France. The facility utilizes a thermochemical process to convert wood residues into mobility-grade hydrogen, with an initial production rate of 11kg per hour. This output is set to increase to 15kg per hour with the installation of advanced purification equipment. Haffner Energy is gearing up for commercial distribution of hydrogen in the second half of 2025, targeting transportation and industrial markets. The company has secured an agreement to supply 90 tonnes of hydrogen annually to an undisclosed customer, emphasizing the growing market for hydrogen in mobility applications. The biomass thermolysis process is hailed as a game-changer due to its cost competitiveness, potentially rivalling grey hydrogen in large installations and proving more economical than electrolysis. Philippe Haffner, the CEO of Haffner Energy, envisions their solution as a catalyst for the adoption of renewable hydrogen, addressing the industry's challenges with excessive decarbonized hydrogen costs. This development showcases a significant step towards achieving continuous production of competitive green hydrogen, offering strategic advantages for the industry and investors. The project not only highlights technological innovation but also underscores the economic viability and commercialization potential of renewable hydrogen.