Michelin plans to build an industrial demonstration unit for producing 5-HMF, a bio-sourced, non-toxic molecule. This molecule can replace fossil fuel-derived ingredients across various industries. The facility will be located on the Osiris platform in Péage en Roussillon, France. It will have an annual capacity of 3,000 metric tons, making it the largest production site globally for this molecule. The project involves a total investment of EUR 60 million, partly supported by ADEME and CBE JU at the European level.
5-HMF, or 5-Hydroxymethylfurfural, is a platform molecule with many derivatives. It is bio-sourced and non-toxic, allowing it to replace oil-based ingredients. Known as the “Sleeping Giant,” 5-HMF’s versatility enables substitution across multiple sectors. It is produced from fructose through green chemistry processes. This molecule is one of the few monomers that are bio-sourced, non-toxic, and available at large scale in Europe.
The CERISEA project supports the development of 5-HMF, involving industrial, academic, and institutional stakeholders. It is part of France’s 2030 plan, aiming to boost industrial innovation and ecological transition. The project also receives support from the CBE JU at the European level. Currently, the European market for 5-HMF remains small, as production is limited and costly outside Asia.
Michelin ResiCare already uses 5-HMF in non-toxic adhesive resins, reducing exposure to harmful products. The new demonstration unit will secure supply and reduce production costs. The project opens opportunities for new materials in sectors such as cosmetics, agriculture, construction, transport, aerospace, and electronics. Market estimates suggest demand could reach over 40,000 metric tons by 2030.
Plans include duplicating 20,000-metric ton units through licensing to expand production networks. This strategy supports industrial growth and wider adoption of bio-sourced molecules. The project exemplifies Michelin’s capacity to innovate in composite solutions with high growth potential. These advanced materials, developed at micro-scale, open new markets with significant opportunities.
