Creating a skilled workforce is key to the hydrogen economy which is set to play a major role in the global shift to sustainable energy.
Green hydrogen, produced through electrolysis using renewable energy, offers a clean alternative to fossil fuels. But to make hydrogen technologies work, we need people with the right skills and knowledge to manage hydrogen production, storage, and use.
EnerHy CDT – the UK Research and Innovation Centre for Doctoral Training in Engineering Hydrogen Net Zero – is stepping up to meet this challenge. Led by Loughborough University, in partnership with Cranfield University and the University of Strathclyde, EnerHy CDT is part of the UK’s biggest investment in engineering and physical sciences training. It collaborates with over 60 industry and civic partners to advance green hydrogen technology and wind energy – and develop a skilled workforce for a sustainable, net-zero future.
EnerHy Director Dani Strickland (Loughborough University Professor of Electrical Power Engineering) says: “Our goal is to develop future leaders to enable rapid growth in green hydrogen-related technology. We welcome researchers from various backgrounds, including STEM, business and social sciences. This approach ensures that the workforce is both technically skilled and ready to tackle broader challenges like social acceptance and policy development.”
Partnerships are crucial for achieving EnerHy’s goals and these include major organisations such as BOC, Cadent, Caterpillar, ESB and SSE as well as regional developers and local councils.
“Working with such a diverse range of partners allows us to tackle the complex challenges of the hydrogen economy from multiple angles,” says Professor Strickland. “This teamwork is vital for the region’s economic growth and the UK’s net-zero targets.”
For instance, EnerHy is teaming up with Cadent on a project to improve and adopt new materials and processes for hydrogen pipelines. This includes developing new solutions for hydrogen blending and transportation which are essential for cutting carbon emissions and boosting energy security.
EnerHy is also working with Caterpillar on hydrogen-fuelled engines and power systems. These projects aim to advance the use of hydrogen in heavy machinery and industrial applications, leading to cleaner and more efficient energy solutions.
EnerHy offers fully funded studentships, giving aspiring hydrogen innovators, researchers and specialists the chance to gain hands-on experience and contribute to important research and innovation.
“We are committed to driving skills, innovation, and productivity to create a hydrogen superpower in the East Midlands,” says Professor Strickland, adding: “We invite more industry partners to join us in this transformative journey and encourage talented individuals to apply for our studentships. Together, we can build a sustainable hydrogen economy that benefits everyone.”
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