Clyde Hydrogen Programs, a spin-out from the College of Glasgow, has launched a €6 million seed funding spherical to propel the commercialisation of its hydrogen manufacturing know-how.
This funding will enable the corporate to refine its decoupled electrolysis course of, develop a production-ready system by 2026, and broaden its group to fulfill the rising demand for environment friendly and scalable hydrogen options.
The funding spherical builds on pre-seed investments from Zinc and the College of Glasgow, together with grants from the Scottish Authorities’s Hydrogen Innovation Scheme and the Internet Zero Expertise Centre.
With these assets, Clyde Hydrogen goals to rework its breakthrough analysis into market-ready know-how, solidifying its place on the forefront of renewable hydrogen manufacturing.
James Peck, CEO of Clyde Hydrogen, emphasised the significance of the funding spherical: “This technical milestone validates years of devoted analysis and improvement. It demonstrates our potential to scale lab-based improvements into commercially viable know-how. With this funding spherical, we purpose to propel Clyde Hydrogen in the direction of delivering a production-ready system and enjoying a key function within the UK’s renewable power future.”
Developed on the College of Glasgow’s College of Chemistry, Clyde Hydrogen’s decoupled electrolysis course of includes an electrochemical reductor that creates a lowered mediator resolution and a catalytic hydrogen generator that produces high-pressure hydrogen gasoline.
Clyde Hydrogen’s know-how, which is designed to transform low-quality, intermittent renewable energy into clear hydrogen, presents improved effectivity and security over standard techniques, making it a significant device for enabling the worldwide transition to net-zero power techniques.
The corporate’s proprietary know-how achieved a significant milestone with the profitable manufacturing of hydrogen at pressures exceeding 100 bar, utilizing its scaled-up catalytic hydrogen generator. This high-pressure manufacturing is a crucial technical validation, showcasing Clyde Hydrogen’s potential to handle one of the crucial urgent challenges in renewable power: matching intermittent energy sources with environment friendly hydrogen manufacturing.
With plans to ship a completely built-in pilot system by late 2025 and a business demonstrator by 2027, Clyde Hydrogen’s €6 million funding spherical represents opens the door to scale up its operations.
