Institut Mines-Télécom
Country not verified
Horizon Europe / Clean Hydrogen
ECOHYDRO
Economic manufacturing process of recyclable composite materials for durable hydrogen storage
Project overview
Cost-effective process for recyclable composite hydrogen tanks
Consortium
Collaborating organisations
Publicly available roster. Each verified country is shown with its flag.
Composite-material relevance
Core
Objectives and expected results
Demonstrate a low-energy winding process for durable, recyclable and monitored hydrogen tanks, with complete fibre and resin recovery and both ground and aviation applications.
Technology, materials and applications
Technology tags
Included
Material families
Thermoplastic acrylic resin, hybrid tows, flame-retardant composites
Manufacturing processes
Filament winding UV in-situ, fibre/resin recovery, embedded sensors, AI
Application sectors
Hydrogen, Automotive, Heavy-duty vehicles, Aerospace, Stationary applications
Fibre and matrix systems
Not specified / Thermoplastic matrix, Acrylic thermoplastic
TRL
Not specified to Not specified
Funding and verification
Funding authority
European Commission; Clean Hydrogen JU
Funding call
HORIZON-JTI-CLEANH2-2023-07-01
Total project budget
EUR 9617290.00