Powering Tomorrow: A UK–South Africa Alliance for Green Hydrogen Innovation

Stellenbosch University in South Africa and the University of Warwick in the UK have partnered to address one of the world’s biggest challenges: finding cleaner, more sustainable energy sources. Their collaboration is focused on green hydrogen, produced from renewable resources like solar and wind power. Green hydrogen has enormous potential to reduce carbon emissions, especially in industries where switching to electricity isn’t currently practical. Each university brings distinct expertise to the table. Stellenbosch is well known for its work in hydrogen production, usage, and energy system modelling. Meanwhile, Warwick adds its strengths in developing advanced materials and cutting-edge hydrogen production methods, including solar-powered technologies and innovative processes like microbial electrolysis and ammonia cracking. Together, the two research teams aim to tackle critical issues across the green hydrogen supply chain by combining their specialized knowledge. From August 2025 to July 2026, researchers from Stellenbosch University and the University of Warwick will come together for a series of workshops, lab tours, and strategic planning sessions designed to lay the foundation for long-term cooperation. The collaboration aims to spark new joint research initiatives, secure major international funding, and build exciting opportunities for students and researchers to work across South Africa and the UK, creating a vibrant exchange of talent, knowledge, and innovation. This partnership comes at a critical time. As the world seeks ways to cut carbon emissions, , green hydrogen offers a possible path forward. South Africa’s impressive renewable energy potential, particularly in solar and wind, makes it an ideal location for producing green hydrogen. The country has a unique opportunity to become a global exporter in this field, boosting its economy and creating new jobs. In parallel, the UK’s commitment to reaching net-zero emissions by 2050 underscores its interest in advancing clean energy technologies and enhancing energy security. This project isn’t just about creating clean energy, it’s part of a bigger global movement. It aligns with major international efforts, like those outlined in Sustainable Development Goals (specifically to SDG 7), by advancing access to affordable, sustainable energy, driving climate action, and building strong international partnerships. Through their collaboration, Stellenbosch University and the University of Warwick are making a meaningful contribution to a cleaner, more connected future, powered by innovation and a shared commitment to tackling climate change.