Project: Development of Advanced Composite Pressure Vessels for Hydrogen Storage
Acronym | ADHERE (Reference Number: 98343) |
Duration | 02/11/2020 - 01/11/2023 |
Project Topic | Efficient storage of hydrogen is crucial for the success of emerging hydrogen energy markets & is strongly connected to the performance & safety of the components of the supply chain. Currently, hydrogen is stored & transported in a compressed form to satisfy the safety & weight regulations for high pressure gases. Alternatively, composite storage vessels offering high strength & low weight addresses this largely unmet problem with a multi-disciplinary team that aims at developing cost-competitive lightweight composite cylinders with improved mechanical & barrier properties for hydrogen storage using the additive manufacturing technology. Such 3D printed liners with barrier coatings make them impermeable to gases. Further, novel chemo-chromic material-based sensors will be developed & integrated into these structures for real-time monitoring of the diffusion of gas. The 3D printed hydrogen storage vessels will then be incorporated into wind turbines to evaluate their performance. |
Network | EN SGplusRegSys |
Call | Joint Call 2019 on Energy Storage Solutions (MICall19) |
Project partner
Number | Name | Role | Country |
---|---|---|---|
1 | Jyothy Institute of Technology | Coordinator | India |
2 | Jyothy Institute of Technology | Observer | India |
3 | Jyothy Institute of Technology | Observer | India |
4 | CSIR-Advanced Materials and Processes Research Institute (AMPRI) | Partner | India |
5 | CSIR-Advanced Materials and Processes Research Institute (AMPRI) | Observer | India |
6 | Izmir Institute of Technology | Partner | Türkiye |
7 | Izmir Institute of Technology | Observer | Türkiye |
8 | Hebrew University of Jerusalem | Partner | Israel |
9 | ALMINICA AB | Partner | Sweden |
10 | The Council for Scientific and Industrial Research | Observer | South Africa |