HySPRINT PROJECT
Developing innovative, sustainable Solid Oxide Electrolyze Cells (SOECs) components, this project combines advanced manufacturing techniques, AI-driven automation, and circular design to reduce waste, improve efficiency, and support the clean energy transition.
Goals
01.
Three Advanced manufacturing technologies
To produce SOELs components with reduced environmental impact
02.
Development of an AI based Quality Control Tool
The Advanced Electrode Manufacturing Supervisor (AEMS) to reduce wastes during production
03.
Eco-Design and Design for recycling Guidelines
Production of strategies to reduce Critical Raw Materials (CRMs) presence in the SOECs
What is HySPRINT about
Building sustainable, cost-effective, recyclable Solid Oxide Electrolyze Cells (SOECs) components for a cleaner energy future.
HySPRINT develops innovative, sustainable Solid Oxide Electrolyze Cells (SOECs) components. By combining advanced manufacturing techniques, AI-driven automation, and circular design principles, it aims to reduce waste, improve efficiency, and accelerate the clean energy transition.
The project is funded by the European Union under the HORIZON-JU-CLEANH2- 2025 call and supported by the Clean Hydrogen Partnership and its members.