International Landscape on Cryogenic and Hydrogen Materials TestingÂ
The key takeaways of the fact-finding mission to the European and American laboratories are summarized in this report. It is vital that the UK develops measurement infrastructure to underpin hydrogen technology development by UK-based organisations and support
innovative technology supply chains.
The infrastructure should be inclusive of cryogenic and in-situ liquid hydrogen testing as well as in-situ gaseous hydrogen testing. More
specifically:
• For cryogenic testing, there is an immediate need for both capability and capacity
to cover the increasing demand for evaluation of mechanical and thermal
properties of materials at 20 K.
• For in-situ liquid hydrogen testing, there is an immediate need for research-based
testing facilities i.e., utilising small-scale hydrogen liquification including in-situ, to
boost materials research and innovation, followed by investment in large-scale
facilities like those at NASA Marshall Space Flight Center (MSFC).
• For in-situ gaseous hydrogen testing, the coordination of existing facilities must
be prioritised together with an increase of current capability to higher pressures
and temperatures similar to those at Sandia Laboratories.
Hydrogen Aviation
Â
.jpg)
Â
