About the workshop
This 1-day joint training course will focus on characterisation techniques to detect and localise hydrogen in materials as well as to understand hydrogen behaviour, including techniques such as permeation and desorption to characterise trapping. This session will focus on how micro-macro scale characterisation techniques can be used to detect hydrogen, or the effect of hydrogen including;
- Cathodic charging
- Permeation techniques
- Thermal desorption spectroscopy (TDS)
- X-ray computed tomography (XCT)
- Neutron diffraction
- Scanning Kelvin probe microscopy
- Transmission electron microscopy (TEM)
- Nanoscale secondary ion mass spectrometry (NanoSIMS)
- Atom probe tomography (APT)
Attendees of the session can expect to gain an improved understanding of the options available to them, including the advantages and limitations of the techniques. The workshop will end with a panel discussion of academic experts to explore questions submitted by attendees, and workflows associated with realistic scenarios and how different techniques can be used in conjunction with each other to give a full understanding of a given material.
This training course will be chaired by the Imaging and Characterisation Research Area Lead Dr Katie Moore and the Material Systems for Demanding Environments Professor Fabio Scenini and Dr Francesco Fanicchia.
Audience
This workshop is open to all researchers in academia and industry actively researching (or planning to research) materials exposed to hydrogen during manufacture or in service and aspiring to increase their awareness in suitable characterisation techniques. If you are working within the Hydrogen sector and looking to expand your knowledge on characterisation techniques that are available for you, please respond by completing the expression of interest form.
About MS4DE:
The Material Systems for Demanding Environments (MS4DE) Research Area explores the interaction between the environment and structural component &/or coating integrity. Investigating degradation mechanisms, materials performance and technology, and cryogenic conditions. The objective being to design and test innovative material solutions that deliver advanced performance and reduce environmental degradation in demanding environments. This innovation is underpinned by mechanistic understanding to support the transition to a net-zero and green economy.
About I&C:
The Imaging and Characterisation (I&C) research area provides access to state-of-the-art techniques for characterising the structure, chemistry, and properties of a range of advanced materials. Supporting all Royce Research Areas, I&C enables high-impact research and innovation through a national network of facilities and technical expertise. I&C are committed to developing skills, fostering collaboration, and supporting access to advanced characterisation techniques, helping to accelerate materials discovery and translation into real-world applications.
Location
Henry Royce Institute, University of Manchester, M13 9PL
Timescales for the EOI:
The deadline for expression of interest is the 24/07/2026. Spaces are limited, so book early!
To submit your EOI please follow the link: H2 Characterisation techniques training course – EOI – Fill in form
Contact:
- Mr Michail Dellepiane, Research and Business Engagement Officer for MS4DE: michail.dellepiane@manchester.ac.uk
- Dr Alexander Massey, Research and Business Engagement Officer for I&C: alexander.massey@manchester.ac.uk
September 3 2026
