Project PT2.1: Solid-state hydrogen storage materials for aerospace applications
This five-year core research project which started on 1 June 2023 at the University of Bath involves the discovery, identification / selection, design, modelling and characterisation of novel nanoporous materials and composites as hydrogen storage media in future aircraft. The project lead is Prof Tim Mays, and the lead researcher is Dr Raj Jagpal, both in the Department of Chemical Engineering. PT2.1 is supported by GKN Aerospace, Global Technology Centre, Bristol with close collaboration at IAAPS, also in Bristol.
RELATED
You May Also Like
27/06/2025
UK HyRES at IHTEC-2025: advancing hydrogen technologies on the global stage
UK HyRES was proud to be represented at the 9th International Hydrogen Technologies Congress (IHTEC-2025), held in Izmir, Turkey, where…
03/06/2025
UK-HyRES welcomes Wera Hobhouse MP to Bath Hydrogen Hub
We were delighted to showcase the work of the UK-HyRES and GW-SHIFT during Wera Hobhouse MP’s recent visit to the…
03/04/2025
UK HyRES Stakeholder Engagement Showcase 2025: Bridging Academia, Industry, and Innovation in Hydrogen and Alternative Fuels
The UK HyRES Stakeholder Engagement Showcase 2025 brought together key stakeholders from academia, industry…
03/04/2025
UK HyRES Stakeholder Engagement Showcase 2025: Bridging Academia, Industry, and Innovation in Hydrogen and Alternative Fuels
The UK HyRES Stakeholder Engagement Showcase 2025 brought together key stakeholders from academia, industry, and policy to address the challenges…