Published by Todd Bush on February 10, 2025
A new research facility aiming to unlock the promise of zero carbon fuels has secured planning permission at the University of Nottingham.
The lab, on the Jubilee Campus in Wollaton, will enable research and safe high-power testing of propulsion systems for transport industries, officials said.
Plans feature cryogenic test capabilities, environmental chambers suitable for altitude testing, and equipment to enable testing of gaseous hydrogen, ammonia, and other green fuels.
In March 2024, the university unveiled £70 million of private, public, and grant funding to boost facilities for developing technology to decarbonise future transport.

The lab will be able to test different engines and fuels in a variety of extreme conditions
The lab will be connected to the megawatt-class testing facilities and researchers of the adjacent Power Electronics and Machines Centre (PEMC), the university said.
Officials added the research was aimed at supporting high-growth industries, including aerospace, automotive, marine, and power generation.
Areas of work are expected to include the testing of novel powertrains, including cryogenic electrical machines and power electronics, systems fuelled by liquid hydrogen and other green fuels.
It will operate alongside the university’s new Zero Carbon Innovation Centre, which has been backed by East Midlands Freeport and Loughborough University.
Chris Gerada, Professor of Electrical Machines and Lead for Strategic Research and Innovation Initiatives, said: "A new hydrogen lab for the East Midlands is a leap forward in establishing the region's leadership in zero carbon innovation on the world stage.
"It is this region that has the right place, the right people, and the right technologies that industries need to achieve their decarbonisation ambitions."
The hydrogen propulsion lab is expected to be operational by mid-2026.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue ⚡ HDF Energy Selects Topsoe for 250 MW Power Plant in Texas 🍁 Deep Conduit Signature Identified Near Lawson 4 Expands Commercial Potential of Canada’s First Subsurface Natural Hy...
Inside This Issue 🤝 Fortera and Meta Sign Multi-Year Environmental Attribute Certificate (EAC) Purchase Agreement for Low Carbon Cement ✈️ Massachusetts Marks 1st Barge Delivery of SAF to Boston L...
Inside This Issue 🏗️ Emvolon Raises $22 Million Funding Round to Launch Its Modular, Waste-to-fuel Chemical Plants 🔋 Terraton Turns Kenyan Nut Shells into Carbon Credits ⚡ Ballard Launches HPU Agi...
Companies to Evaluate Scalable, Clean and Firm Power Solutions to Advance 1 GW or More of Decarbonized Power in California LONG BEACH, Calif., Nov. 02, 2026 (GLOBE NEWSWIRE) -- California Resource...
DNV has issued a Statement of Feasibility for Aker BP's and Höegh Evi's concept to inject CO₂ directly from shuttle carriers into subsea wells for permanent storage at the Atlas project on the Norw...
Summary of Transaction: Minority shareholders of Tidewater Renewables will receive 0.88 common shares of Tidewater Midstream for each common share of Tidewater Renewables held Supported by holder...
HDF Energy Selects Topsoe for 250 MW Power Plant in Texas
HDF Energy's BaseBlue Power™ plant solution will use Topsoe's SynCOR™ technology to produce hydrogen from natural gas, capture CO ? and power fuel cells to deliver firm, low-carbon electricity to d...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.