CERISEAEurope advances large-scale production of the bio-based molecule 5-HMFThe CBE JU-funded CERISEA project is constructing a new 3,000-tonne-per-year facility in Roussillon, France. This first-of-a-kind plant will produce 5-HMF from renewable feedstocks for use in resins, coatings, plastics and crop-science materials. Read more
BBTWINS
How digital twins drive transformation in the agri-food sectorThe CBE JU-funded BBTWINS project has developed digital technologies that can significantly enhance operational efficiency across Europe’s agri-food sector. By integrating digital twins, AI-powered vision systems and real-time data tools, the project helps producers reduce waste, optimise processes and ensure consistent, high-quality food production. Read more
CIRCLEWorld's first PLA bioplastic made entirely from food wasteThe CBE JU-funded CIRCLE project successfully launched the world's first food waste-based PLA bioplastic. The new PLA can be used across a wide range of applications and offers a significantly lower environmental footprint. This innovation shows how circular processes can create high-value materials from resources that would otherwise be lost. Read more PURPLE4LIFEPurple bacteria show promise as sustainable source of bioactive nutrientsThe CBE JU-funded PURPLE4LIFE project is developing research on purple bacteria as a sustainable source of bioactive ingredients for food, feed and health applications. Six strains have been successfully grown, each producing up to 10 grams of biomass. Early analysis shows they naturally generate carotenoid pigments, Coenzyme Q10 and strong antioxidant activity. The next phase focuses on identifying the most promising strain for scale-up. Read more ReLEAF Turning food waste into biostimulantsThe CBE JU-funded ReLEAF project has kicked-off its first pilot-plant trials in Spain, using a new 22-litre reactor to convert mixed agri-food residues into potential biostimulants. The tests will explore how different waste streams and process conditions influence microbial activity and the development of properties relevant for agricultural use. Analysis of the first results will provide key data to optimise the process and shape the project’s next steps. Read more
UNLOCK
From feather waste to biodegradable plasticsThe CBE JU-funded UNLOCK project has successfully incorporated feather waste from the poultry sector into bioplastics. The high keratin content in feathers not only reduces reliance on petroleum-based materials, but improves biodegradability and enriches soil with nutrients at the end of a product’s life. Read more |