Tofani, GiorgioGiorgioTofaniBlanco, AlbertoAlbertoBlancoMatesanz, LauraLauraMatesanzFurgol, SimonaSimonaFurgolBiernat, NataliaNataliaBiernatKiełkiewicz, DamianDamianKiełkiewiczTavakoli Ghazal, GhazalGhazalTavakoli GhazalPiffet, CarolineCarolinePiffetMahendran, Arunjunai RajArunjunai RajMahendranRamirez, M. DoloresM. DoloresRamirezOrriach, F.J.F.J.OrriachRodriguez-Perez, SantiagoSantiagoRodriguez-PerezBaena, Eva M.Eva M.BaenaTrambitas, DanielaDanielaTrambitasSchonherr, Maria F.P.Maria F.P.SchonherrPullmann, LiliyaLiliyaPullmannBarquero, MarciaMarciaBarqueroBarreiro, CarlosCarlosBarreiroHeggeset, Tonje M.B.Tonje M.B.HeggesetVicente, Filipa A.Filipa A.VicenteLikozar, BlažBlažLikozar2025-03-102025-03-102025https://publica.fraunhofer.de/handle/publica/48538310.17374/CI.2025.107.1.52The ESTELLA project aims to develop and produce sustainable thermoset epoxy composites, impacting the entire materials value chain, in particular by introducing covalent adaptable networks (CAN) in fossil- and bio-based matrices and fibres following the Safe-and-Sustainable-by-Design (SSbD) approach. This approach will enable the recycling of epoxy composites and redefine all manufacturing and recycling processes.enjournal article