PROPLAST
Country not verified
Horizon Europe
EOLIAN
Bio-based, repairable and recyclable vitrimer composites and advanced sensors for highly reliable and sustainable wind blades
Project overview
Infinitely recyclable sensorised vitrimer wind-turbine blades
Consortium
Collaborating organisations
Publicly available roster. Each verified country is shown with its flag.
AEP POLYMERS
Country not verified
BRUNEL UNIVERSITY LONDON / BRUNEL COMPOSITES CENTRE
Country not verified
ENTELEA
Country not verified
EUROPEAN COMPOSITES INDUSTRY ASSOCIATION (EuCIA)
Country not verified
IRES
Country not verified
NORVENTO
Country not verified
POLITECNICO DI MILANO
Italy
TEKNIKER
Country not verified
ZORLU ENERJI
Country not verified
Composite-material relevance
Core
Objectives and expected results
Develop and validate a smart, repairable and circular wind blade using vitrimer chemistry and embedded recyclable electronics.
Technology, materials and applications
Technology tags
Embedded recyclable sensors and actuators for structural health monitoring
Material families
Bio-based repairable and recyclable vitrimer composites reinforced with basalt fibre
Manufacturing processes
Vacuum infusion, hand lay-up, sensor integration, blade manufacturing
Application sectors
Wind energy
Fibre and matrix systems
Basalt fibre / Bio-based vitrimer matrix
TRL
Not specified to Not specified
Funding and verification
Funding authority
European Commission
Funding call
Not specified
Total project budget
EUR 3653176.25