As part of their comprehensive programme, the ENGINE2025 school cohort of early-career researchers and industry professionals visited the ILL experimental halls, where they had the opportunity to explore how neutron techniques contribute to the advancement of energy-related materials.
Through guided tours, attendees gained insight into the unique capabilities of neutron scattering in probing the atomic and molecular structures of energy storage and conversion materials. Beamline scientists provided in-depth explanations of various neutron techniques, showcasing their applications in studying hydrogen storage materials, membrane fuel cells, and battery electrolytes.
These investigations are essential to improving efficiency, durability, and safety in next-generation energy solutions.
Beyond technical discussions, the visit also emphasized the importance of interdisciplinary collaboration. The attendees engaged with ILL researchers, exchanging ideas on how neutron experiments complement other advanced characterization techniques, such as synchrotron X-ray methods at the neighbouring ESRF facility.
ENGINE2025 was sponsored by the EU-funded SEATBELT project, which focuses on sustainable and efficient energy storage solutions through advanced battery technologies.
As one of the partners of the SEATBELT project, the ILL looks forward to welcoming future users eager to harness the power of neutrons to develop next-generation battery materials and systems with enhanced performance, safety, and recyclability.
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