Clyde Hydrogen Systems reports a significant advancement in hydrogen production at high pressures, coupled with a new funding initiative.
- The Scottish company developed a catalytic hydrogen generator that achieved production pressures exceeding 100 bar.
- This technical feat could revolutionise how intermittent renewable energy is transformed into hydrogen.
- The £5m funding round is integral to advancing this technology towards commercialisation by 2027.
- CEO James Peck affirms the milestone signifies years of intensive research, promising a robust transition to net-zero sustainability.
Clyde Hydrogen Systems, a promising Scottish startup, recently showcased a major technical breakthrough in hydrogen energy technology at its headquarters in Glasgow. This achievement aligns with the launch of a significant £5 million funding round aimed at fast-tracking the commercialisation of its cutting-edge technology.
The company’s latest innovation involves the successful production of hydrogen at pressures surpassing 100 bar through its newly developed catalytic hydrogen generator. This marks a critical step forward in tackling one of the sector’s biggest challenges—effectively pairing intermittent renewable energy sources with stable hydrogen production.
With their proprietary technology, Clyde Hydrogen aims to facilitate more efficient and high-pressure hydrogen manufacturing, paving the way for a broader adoption of renewable hydrogen both in the United Kingdom and internationally.
Emerging from the University of Glasgow’s School of Chemistry, a leader in electrochemistry research, Clyde Hydrogen employs a novel decoupled electrolysis process. This innovative approach features an electrochemical reductor and a catalytic generator, creating a reduced mediator solution that produces high-pressure hydrogen gas.
The accomplishment of generating hydrogen at over 100 bar serves as a robust validation of Clyde Hydrogen’s ability to convert low-quality, fluctuating renewable power into clean hydrogen energy. This underlines the company’s potential in delivering scalable, efficient solutions essential for the global movement towards net-zero objectives.
Clyde Hydrogen is actively working towards establishing a fully integrated pilot system by late 2025, with ambitions to advance to a commercial demonstrator, and project its first market-ready product release by 2027.
The start-up, bolstered by initial support from entities like Zinc, the University of Glasgow, and grants from the Scottish Government and the Net Zero Technology Centre, is poised for continued growth.
CEO James Peck stated, “This technical milestone validates years of dedicated research and development. It demonstrates our ability to scale lab-based innovations into commercially viable technology.”
In its efforts to escalate its commercial journey, Clyde Hydrogen is engaging new investments through its latest £5 million funding round. These funds are set to refine the company’s production processes, aiming for a production-ready system by 2026, while also expanding its team to cater to the increasing demand for hydrogen solutions.
Clyde Hydrogen Systems’ strides in hydrogen production and commercial readiness mark a pivotal step towards a sustainable hydrogen future.
