Objectives
Our goal is to showcase a fully integrated process for creating innovative polymeric materials—vitrimers—and using them for fiber-reinforced polymer composite development. Recyclable thermoset polymers will be derived from sustainable sources, such as biogenic waste streams and renewable resources, thus replacing fossil plastics, cutting landfill, and providing sustainable, circular solutions for high-performance industries.
Implementation
To accomplish the goal, the path to our target is structured around these subtasks:
Recyclable, bio-based vitrimer resins from bio-based feedstock and biogenic waste streams
Bio-based flame retardant systems
Bio-based vitrimer resin composites reinforced with bio-based fibers
Recycling processes for composites with vitrimer matrix
A prototype for a backrest of a seat shell structure
Environmental assessment to identify the hotsp phaseots in early design
BioCAN’s expected impacts
Waste into Value
Turning used cooking oil and plant-based resources into advanced, eco-friendly materials.
Safer, Greener Transport
Lightweight fiber-reinforced polymer composites cut fuel use, CO₂ emissions, and improve safety.
Fire Safety Innovation
Developing sustainable flame-retardant systems for transportation and automotive industry
Climate Neutral Future
Supporting EU goals for a circular economy and climate neutrality by 2050.
Breakthrough Knowledge
Pioneering research on bio-based vitrimers with self-healing and recyclability.
Tailored Performance
Designing resins with properties optimized for specific applications.
Closing the Loop
Demonstrating recyclable thermoset composites – a global first for sustainable materials.
Circular Growth
Cutting waste costs and adding value to Europe’s growing composites industry.
Industry Impact
Opening doors to large-scale use through partnerships with leading companies.