Scientists at the University of Warwick now have access to the UK’s most powerful nuclear magnetic resonance (NMR) instrument. Deeley Construction has successfully completed the construction of a specialized facility to house the 1.2GHz NMR spectrometer, which includes a magnet hall, control room, and plant room. The firm has a history of completing projects at the University of Warwick, including the installation of the university’s existing 1.0 GHz NMR spectrometer.
The new facility is designed to accommodate a 10-tonne magnet, one of fewer than 15 such magnets in the world. This advanced instrument, funded by UK Research and Innovation (UKRI) and provided by Bruker, is expected to support research across the UK. With additional MAS probes from Phoenix NMR, it will aid in various scientific studies, such as improving plant biofuels, batteries, and solar cells.
Deeley Construction carried out the work in a live university environment, ensuring minimal disruption to staff and students. The facility was built with non-magnetic materials to ensure the spectrometer’s performance remains unaffected.
Supporting Future Research
Martin Gallagher, Managing Director at Deeley Construction, commented, “This was a challenging project that highlights our ability to handle unique client needs. From using non-ferrous metals to enhancing thermal efficiency, our team collaborated closely with the university to create a facility that will support vital future research. We are proud to continue our partnership with the University of Warwick, a leader in global research.”
The project was part of the University of Warwick’s Capital Programme Framework, with Quantem providing quantity surveying, employer’s agent, and project management services.
Pushing Boundaries in Research
Professor Steven Brown, Director of the UK High-Field Solid-State NMR National Research Facility at the University of Warwick, expressed excitement about the new facility. “We are thrilled to have the largest NMR magnet in the UK at Warwick,” he said. “This 1.2GHz system, one of fewer than 15 in the world, ensures the UK remains at the forefront of research in energy, pharmaceuticals, and combating antimicrobial resistance.”
Professor Brown added, “With support from UK Research and Innovation, we are working with partners from universities and the private sector to ensure this investment drives meaningful scientific advancements with real-world benefits.”
