Dutch Hydrogen Truck Breaks Distance Record with 2,906 km on One Tank

Dutch Hydrogen Truck Breaks Distance Record with 2,906 km on One Tank

2025-01-04 green

Netherlands, Saturday, 4 January 2025.
A Dutch hydrogen truck has set a new world record by traveling 2,906 kilometers on a single tank, highlighting hydrogen’s potential as a sustainable alternative in transportation.

Record-Breaking Achievement

The H2Rescue truck has shattered existing distance records by covering 2,906 kilometers on a single tank containing 175 kilograms of hydrogen [1]. This remarkable feat, officially recognized by Guinness World Records, significantly surpasses previous hydrogen vehicle achievements, including Toyota Mirai’s 845-mile journey in 2021 [1]. The truck’s advanced technology includes a 250 kW traction motor and a state-of-the-art fuel cell engine, consuming 168 kg of hydrogen during its record-setting journey while producing zero carbon emissions [1].

Technical Innovation and Environmental Impact

What makes the H2Rescue particularly innovative is its dual-purpose capability. Beyond its impressive range, the vehicle can supply up to 25 kW of power from its fuel cells for 72 hours, making it an invaluable asset for disaster response scenarios [1]. The environmental impact is significant - where a conventional vehicle would have emitted approximately 301 kg of CO2 over the same distance, the H2Rescue maintained zero emissions throughout its journey [1].

Dutch Leadership in Hydrogen Transportation

This achievement aligns with the Netherlands’ broader commitment to sustainable transportation. The Dutch government’s Strategic Sustainable Mobility (SWiM) program has allocated substantial funding for hydrogen transport development, with €29 million for 2024 and €40 million for 2025 [3]. Each H2Rescue truck has the potential to save approximately 7,000 liters of gasoline and reduce CO2 emissions by an estimated 2.5 metric tons annually [1].

Future Implications

The success of the H2Rescue demonstrates the viability of hydrogen technology in heavy-duty transportation [1]. This development is particularly significant as the Netherlands continues to expand its hydrogen infrastructure. The country is developing a national hydrogen backbone, primarily utilizing existing high-pressure pipelines, with the first connections planned for Rotterdam by 2026 [2]. This record-breaking achievement positions Dutch innovation at the forefront of sustainable transportation solutions, offering a practical pathway to reduce emissions in the heavy transport sector.

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sustainability hydrogen