This summary report captures the common themes across three research areas of thermofluids, materials and health and safety consolidating the key findings for fundamental research in the UK.
Authored by the University of Sheffield with support from Oxford Research and Development Limited this report analyses global research in low TRL cryogenic hydrogen materials.
Authored by the University of Nottingham this report reviews ongoing and seminal works in 12 areas of fundamental thermofluids research across the globe to develop maps of gaps and opportunities.
Authored by the University of Nottingham with support from the Health and Safety Executive this report explores global health and safety research in low TRL liquid hydrogen.
This report summarises the cryogenic and hydrogen materials testing capabilities across UK-based commercial and research organisations.
The ATI’s Hydrogen Capability Network (HCN) joined forces with the National Physical Laboratory (NPL) to explore leading capabilities in cryogenic and hydrogen testing in Europe and the USA.
Summaries from three workshops on key elements of enabling liquid hydrogen (LH2)-powered flight are now available to download.
The first report from the ATI’s Hydrogen Capability Network identifies three immediate priorities for action in order to accelerate the development of liquid hydrogen aircraft technologies securing market share and reducing aviation’s carbon emissions.
Following engagement with industry and academia, the ATI’s Hydrogen Capability Network has identified recommendations designed to tackle this shortage for post graduates within the next 1-5 years to support other initiatives such as the Hydrogen Skills Alliance which will deliver long term benefits.
The HCN has identified a need to bolster research in the UK to support fuel system technology development, with a particular focus on fundamental and pre-normative research to ensure the knowledge can be leveraged throughout the UK aerospace supply chain.