Network Rail Conducts First Hydrogen Rail Delivery in Britain: Decarbonising Freight
Network Rail achieves Britain’s first hydrogen delivery by rail. This significant milestone showcases the potential of rail for sustainable freight and clean fuel distribution.

Network Rail has successfully conducted the inaugural hydrogen delivery by rail in Britain, marking a significant milestone for the decarbonisation of freight and energy distribution. This historic trial demonstrates the rail network’s capability to safely transport hydrogen using existing infrastructure, opening new avenues for clean fuel logistics and accelerating the UK’s journey towards net zero emissions.
| Key Entity | Critical Detail |
|---|---|
| Lead Organization | Network Rail |
| Core Action | First hydrogen delivery by rail in Britain |
| Date of Delivery | Wednesday 3 December |
| Delivery Route | Doncaster to High Marnham, delivered to Network Rail’s Test Tracks site in Tuxford, Nottinghamshire |
| Hydrogen Supplier | HyMarnham Power (operated by GeoPura and JG Pears) |
The groundbreaking operation saw containers of hydrogen transported from Doncaster to High Marnham, culminating in a delivery at Network Rail’s Test Tracks site in Tuxford, Nottinghamshire. This successful demonstration validates the railway’s capacity to safely handle hydrogen, a fuel hitherto predominantly moved by road. Industry experts foresee this capability as a catalyst for rail to evolve into a national clean-fuel distribution network, efficiently supplying industrial hubs and urban centres across the country.
Strategic Impact: Decarbonising Rail and Beyond
This achievement underscores rail’s inherent advantage in handling specialist and hazardous cargoes securely, while simultaneously reinforcing its substantial carbon efficiency compared to long-distance road haulage. The initiative is part of a broader commitment to hydrogen innovation within the rail sector, including the showcasing of a re-engineered hydrogen-powered shunting locomotive, hydrogen-powered generators, lighting towers, and support vehicles. These advancements highlight the potential for hydrogen to power diverse day-to-day rail operations, from track maintenance and construction to off-grid infrastructure projects.
Levan Finney, Network Rail’s Engineering Services Director, emphasised the strategic importance of this development. “Rail is the greenest form of long-distance transport, and we, as an industry, are working hard to decarbonise transport and achieve net zero,” he stated. “For 200 years, the railway has connected communities and major industry across Britain. Today, the railway has the potential to be a strategic hydrogen distribution network in the future, as it has been for energy for many years.”
Andrew Cunningham, CEO of GeoPura, added to the significance, noting that hydrogen plays a crucial role in eliminating diesel from Britain’s rail network, providing zero-emission power for areas where electrification is not feasible. “Excitingly, we’re also showing that the rail network is a great way of transporting clean fuel to connected customers who can’t get the power they need from the traditional distribution grid,” Cunningham remarked. He concluded that the trial conclusively proves that “clean fuel, proven technology, and existing rail infrastructure work together right now to cut carbon and improve air quality across the network.”




