Innovation rarely happens in isolation; it thrives where academic curiosity meets industrial expertise. In a moving step forward for the UK's green technology sector, Coventry University and Oxford nanoSystems (OnS) have officially entered into a strategic loan agreement.
This partnership brings a state-of-the-art electrochemical test stand directly into the hands of university researchers, marking the beginning of a powerful collaborative journey.
The arrival of this advanced instrumentation opens a dynamic new chapter for both institutions. By deploying Oxford nanoSystems' advanced electrolyzer test stand into Coventry University’s world-class research infrastructure at its Centre for Advanced Low-Carbon Propulsion Systems (C-ALPS),the partnership aims to accelerate the development of next-generation hydrogen energy solutions. The test stand will serve as the focal point of this work, allowing researchers to push the boundaries of electrochemical testing and material science under real-world conditions.
Beyond immediate testing, the heart of this agreement lies in a shared commitment to instrumentation development. Together, scientists and engineers from both organizations will co-design and refine the very tools used to measure tomorrow's technological breakthroughs.
David Hodgson, Executive Chairman of Oxford nanoSystems, highlighted the long-term impact of this collaborative approach: "This arrangement is much more than a simple equipment loan; it represents a vital building block in our mission to develop superior test hardware. By combining our commercial engineering insights with Coventry University's academic expertise, we are establishing the foundation needed to design vastly improved testing instrumentation. Ultimately, this will accelerate the development and validation of tomorrow's critical electrochemical technologies."
Professor Oliver Curnick, of Coventry University’s Research Centre for e-Mobility and Clean Growth, said: “We welcome this strategic partnership with OnS on electrolyzer testing and characterization. The partnership extends our existing electrolyzer test capability, supporting our research into novel electrolyzer materials, PFAS emissions, cell designs and diagnostic techniques and accelerating the development of low-cost, sustainable hydrogen production technologies. By combining research expertise with industrial experience, we can better understand the challenges involved and help develop solutions that have real-world impact."
This hands-on collaboration ensures that academic insights directly inform commercial engineering, creating a faster pipeline from laboratory discovery to market-ready industrial application. As the global demand for efficient, clean energy technology intensifies, this alliance showcases the power of regional collaboration.
By bridging the gap between cutting-edge academic theory and practical commercial deployment, Coventry University and Oxford nanoSystems are not just testing the technology of today – they are building the scientific instruments of tomorrow.