Improving Recyclability of Thermoset Composite Materials through a Greener Recycling Technology based on Reversible Biobased Bonding Materials. About Concept and objectives Consortium Partners Stakeholders Activities Resources Reports Publications Training material Promotional material Other links News & Events Project developments Dissemination and training events Newsletters Press Releases Contact us PRIVATE AREA Improving Recyclability of Thermoset Composite Materials through a Greener Recycling Technology based on the development of a new green technology, focused on the controlled separation and recovery of composite material components by means of developing customised biobased bonding materials (BBM). Consortium Partners Latest news VIBES Consortium Connects with Stakeholders in Zaragoza to Advance Sustainable Innovation The VIBES project marked an important moment as consortium partners engaged with external stakeholders during the second roundtable meeting, held […] 21.11.24 VIBES Vitrimers for Reformable Bio-Based Organo-sheets The inherent recyclability and reprocess-ability of the bio-based epoxy resins developed within the VIBES project have enabled Juno Composites to […] 7.11.24 Lignin for energy applications – state of the art, life cycle, technoeconomic analysis and future trends Explore our partner’s publication “Lignin for energy applications – state of the art, life cycle, technoeconomic analysis and future trends” […] 19.09.24 Juno Composites Achieves Milestone with New Carbon Fibre Panel Featuring Bisphenol-Free Epoxy Resin For almost four years, Juno Composites has been a key partner of VIBES , working alongside leading European institutions and […] 30.08.24 Vanillin-Based Epoxy Vitrimers: Looking at the Cystamine Hardenerfrom a Different Perspective Explore our partner’s, SPECIFIC POLYMERS, publication authored by Solène Guggari, Fiona Magliozzi, Samuel Malburet,  Alain Graillot, Mathias Destarac and  Marc Guerreby. Epoxy vitrimers […] 29.08.24 Decreasing the environmental impact of carbon fibre production via microwave carbonisation enabled by self-assembled nanostructured coatings Explore the publication relevant to the VIBES project titled “Decreasing the environmental impact of carbon fibre production via microwave carbonisation […] 4.07.24 Workshop on Composite Materials: State of Art and Future Prospects The VIBES and BIO-UPTAKE projects recently co-organized the workshop “Composite Materials: State of Art and Future Prospects,” hosted by the […] 31.05.24 AITIIP Hosts the 2nd IPPT International Conference We are excited to announce that on May 14 and 15, AITIIP hosted the 2nd IPPT International Conference titled “Challenges, […] 24.05.24 Introduction of the First Composite Panel We are thrilled to announce the unveiling of the first composite panel, generously prepared by ACCIONA in collaboration with Specific […] 22.05.24 VIBES celebrates its 36th month of progress in Belfast On May 7th, 2024, the VIBES consortium celebrated the project's progress and accomplishments during a meeting […] 16.05.24 Strategies towards Fully Recyclable Epoxy Resins: The latest publication of the VIBES project titled “Strategies towards Fully Recyclable Epoxy Resins” […] 12.04.24 AITIIP hosts the 2nd IPPT Conference on Composite Materials AITIIP, in collaboration with the Spanish Technology Platform for Sustainable Composite Materials, is hosting the 2nd IPPT Conference on Composite Materials, taking place in Zaragoza […] 10.04.24