Multifunctional, High Performance, Recyclable Composite Materials


18 Sept.			11:30 - 13:00

ROOM 8

ADVANCED MATERIALS
TT.VI - Technical Parallel Track Sessions
Multifunctional, High Performance, Recyclable Composite Materials
Co-organized with ENEA \| AIRI \| Repoxyble Project Chairs: Andrea PORCARI, AIRI \| Giovanni DI GIROLAMO & Giuseppe BARBIERI, ENEA
Composite materials display enhanced physical and chemical properties, allowing for lightweight tailored physical-chemical properties, thus multi-functional and high performant even in extreme applications. The versatility of these advanced materials finds applications in various sectors. Introducing biobased components, developing more efficient processes, exploring reuse and recycling technologies are some of the most innovative routes explored in the field. Starting from the experience of the Horizon Europe Repoxyble Project (www.repoxyble.eu) the session will highlight case studies, as well as will discuss the importance of managing IPR issues to facilitate public-private cooperation in the field.
The symposium is part of WS.VIII
TT.VI.F.1 WS.VIII.1.1	Claudio VOTO - CV DAC - Distretto Aerospaziale della Campania The application of composites in Urban Air Mobility platforms
TT.VI.F.2 WS.VIII.1.2	Elvira VILLARO ÁBALOS - CV Avanzare Innovación Tecnológica S.L., Spain Safe and Sustainable by Design additives for multifunctional composites
TT.VI.F.3 WS.VIII.1.3	Ainhoa TOLENTINO CHIVITE - CV Onyriq, Spain Chemically recyclable thermosets based on cleavable hardeners
TT.VI.F.4 WS.VIII.1.4	Paul SPENCER - CV Gurit, United Kingdom Upscaling and adoption of bio-based closed-loop chemically recyclable epoxy composites
TT.VI.F.5 WS.VIII.1.5	Christian BILOTTA - CV Bugnion S.p.A. From research, to engineering and commercialization: IPR issues in collaborative research projects