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A new collaboration agreement will continue to strengthen links between the UK’s national synchrotron (Diamond) and industry, building technical capability to support sustainable technology development.
Diamond and Johnson Matthey, a global leader in sustainable technologies, have today announced a new five-year agreement to continue their collaboration in world-class microscopy at the UK's pioneering electron Physical Science Imaging Centre (ePSIC), in Harwell, Oxfordshire. ePSIC is the national facility for aberration corrected electron microscopy, providing access to state-of-the-art transmission electron microscopes with expert support from Diamond’s electron microscopy scientists.
Johnson Matthey will upgrade its aberration corrected (JEOL) electron microscope with a cutting-edge electron energy loss spectrometer (EELS) from Gatan-Ametek. Supported by a direct detection camera, the new spectrometer will provide enhanced localised compositional and speciation information when analysing materials at the atomic scale, especially for platinum group metals (PGMs).
Enhanced characterisation of PGM catalyst materials is critical to the research and development of sustainable technologies that are driving the net zero energy transition, such as hydrogen fuel cells and the production of sustainable aviation fuel.
This latest investment complements the advanced technologies available to researchers at ePSIC, in addition to the synchrotron and beamline capabilities at Diamond, offering scientists unrivalled research facilities.
Dr Elizabeth Shotton, Head of Industrial Liaison at Diamond Light Source commented:
This facility helps to enable some of the most important physical sciences research for the UK. We face unprecedented challenges in developing cleaner and more efficient energy sources for a brighter world, improving our existing manufacturing processes, and more, and Diamond is perfectly poised to help solve these problems, by providing great science infrastructure and expertise to our users.
Dr Elizabeth Rowsell, OBE, Chief Technology Officer at Johnson Matthey, said:
Our long-standing collaboration with Diamond Light Source has already helped us to develop our sustainable technologies which are catalysing the net zero transition. This next stage of investment takes our advanced characterisation capabilities a step further. The upgraded microscope will open up new insights into our catalysts and materials and help us to find new and improved solutions to driving down automotive emissions, transforming our energy systems, and decarbonising chemicals production.
Prof. Gianluigi Botton, CEO of Diamond Light Source concludes:
When Diamond began this collaboration in 2014, we committed to developing the best scientific tools and facilities for users and businesses solving the UK’s biggest challenges. We are proud to support Johnson Matthey and British business as a whole. Now operating with 33 beamlines, electron microscopes, and world-class labs – and about to begin our transformative Diamond-II upgrade programme – we are very excited to see the transformative science that will be delivered in the years to come.
To find out more about how Industry can help with your project, contact the Industrial Liaison Office.
Diamond Light Source is the UK's national synchrotron science facility, located at the Harwell Science and Innovation Campus in Oxfordshire.
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