Turning trash into clean energy – UK’s first waste-hydrogen facility moves a step closer
A major step forward in clean energy innovation is underway as Hydrogen TE Ltd (HTE) prepares to submit a planning application for the UK’s first waste-to-hydrogen facility, proposed for a site in Kent.
This landmark £120 million project is not only set to deliver lasting economic, community and environmental benefits to the local area, but will form a blueprint for scalable, sustainable waste-to-hydrogen operations across the UK – fuelling a greener future for us all.
HTE’s facility will transform household and commercial non-recyclable waste into hydrogen fuel, reusable CO₂ for industry and a safe waste product for construction. Delivering exceptionally low emissions and operating with high-energy efficiency, the plant is virtually self-sustaining.
It will use Plagazi’s patented waste-to-hydrogen process, which is powered by InEnTec’s ®Plasma Enhanced Melter (PEM) gasification technology – a proven approach already producing high-purity syngas at the Columbia Ridge (ICR) facility in Oregon, USA.
Image ©HTE
“The UK is generating more waste than ever, and our reliance on incineration is exacerbating the problem,” said Michael Engsted, Managing Director of HTE. “It’s time to rethink how we manage waste and prioritise sustainable, circular solutions. The continued success of the Columbia Ridge facility validates the technology and gives us confidence as we move forward with our plans in Kent.
“We are initially working with commercial heavy vehicle fleets and local authority waste operations to offer a viable, low-emission alternative to fossil fuels, while supporting the UK’s net zero goals. With faster refuelling times and lower production costs than electrolysis, HTE’s hydrogen will boast commercial advantages and is set to play a vital role in the UK’s energy transition.”
Soran Shwan, CEO from Plagazi, added; “We are delighted to be collaborating with HTE on this exciting project – leading the way with the first waste-to-hydrogen facility in the UK and helping to make circular hydrogen a commercial reality.”
HTE’s proposed 13-acre site in Kent has been thoughtfully designed to enhance local biodiversity, while collaboration with the Health and Safety Executive will ensure the facility exceeds all safety standards, underscoring its commitment to responsible development.
The project is expected to create more than 130 jobs, including more than 100 operational roles and 30 positions at a dedicated training and education centre, which will also serve as a national hub for hydrogen innovation, championing sustainable energy practices.
A planning application is scheduled for submission early next year, accompanied by a series of local public consultation events. Meanwhile, a second site is already underway near Newport, Wales, as part of HTE’s broader nationwide rollout.
For more information, visit www.hydrogen-te.com.