
POLYMERS-5B is a collaborative project focused on developing novel bio-based polymers synthesized from renewable monomers derived from agri-food waste and biomass. Utilizing Biocatalysis and Green Chemistry processes, the project aims to create sustainable alternatives to fossil-based plastics, targeting applications in textiles, automotive, furniture, and polymeric resins. Key project goals include improving biodegradability, reducing carbon footprint, and promoting circular economy principles through Machine Learning and Safe and Sustainable by Design approaches. The initiative brings together experts from academia and industry across Europe to transform the industrial plastics sector towards greater sustainability, safety, and circularity.

POLYMERS-5B is a collaborative project focused on developing novel bio-based polymers synthesized from renewable monomers derived from agri-food waste and biomass. Utilizing Biocatalysis and Green Chemistry processes, the project aims to create sustainable alternatives to fossil-based plastics, targeting applications in textiles, automotive, furniture, and polymeric resins. Key project goals include improving biodegradability, reducing carbon footprint, and promoting circular economy principles through Machine Learning and Safe and Sustainable by Design approaches. The initiative brings together experts from academia and industry across Europe to transform the industrial plastics sector towards greater sustainability, safety, and circularity.