A Safe, Sustainable
and Performant Design
towards the future lightweight materials
REPOXYBLE is a EU funded project which applies a holistic approach to develop cost and energy effective, recyclable and sustainable biobased epoxy composites, while maintaining their high performance and functional properties during their use phase, by following a multidisciplinary innovative development at every stage of the composites life-cycle: from raw materials, manufacturing and use phase to end of life. It will contribute to the development of a new generation of multifunctional, safe and sustainable-by-design plastics.
TECNOLOGY CORNER
NEWS & EVENTS
REPOXYBLE white papers available!
EU projects’ white paper series: enabling transition to sustainable and recyclable composites We are pleased to present the white papers series on Transition to sustainable composites: use, recycling, upscale & remanufacturing. These documents build on the knowledge and results generated throughout REPOXYBLE, enriched by feedback from project partners, experts, and other
Presenting our SSbD approach in the “From design to impact” webinar
REPOXIBLE will present its SSbD approach during the webinar From design to impact: Implementing Safe and Sustainable by Design (SSbD) framework in European R&D projects Our Coordinator Elvira Villaro will participate to the webinar organised by the SENTIATECH Platform on 2 June 2026, from 10:00 to 11:50, online. The event
Meet the EcoComposites Cluster at JEC World 2026
YOUR GUIDED TOUR ON SUSTAINABLE COMPOSITES Discover our solutions, meet with our tech developers and end-users The EcoComposites Cluster, a joint initiative of the European projects SUSPENS, REPOXYBLE, r-LightBioCom, FOREST, and FURHY, organises a guided tour, cocktail, and 1-to-1 meetings, to discover our demonstrators and results on sustainable, bio-based
Fibres & hardener recovery: consolidating our results during 36M Consortium Meeting
REPOXYBLE just had its 36th month Consortium Meeting, hosted by our partner BOKU in the facilities of Institute of Waste Management and Circularity, in Wien. We successfully achieved two more milestones: one is the recovery of the reinforcement fibres, the other is the recovery of the hardener component forming our
Waste management & new chemistry for sustainable plastics and composites
Findings from the workshop Circular plastics and advanced composites: collaboration, regulation and new business models are crucial Plastics and composite materials pervade every aspect of our daily life, and there is an increasing push towards circularity to enhance their recyclability and reduce reliance on primary and fossil-based materials, while maintaining
Experts consultation on composite recycling & circularity
Share your experience on recycling technologies and circular business models for composite materials REPOXYBLE launched a survey on circularity and sustainability aspects of resin-based composites. This survey will help to develop practical advice for research, industry, and policy makers in developing new materials, technologies and processes, and in
