Brunel University Launches Innovative Hydrogen Fuel Pilot
Brunel University in London is making strides in sustainable maritime technology by partnering with startup Genuine H2 to pilot a groundbreaking system that converts seawater into hydrogen directly onboard ships. This cutting-edge project aims to harness electrolyzers to extract pure hydrogen, which will then be stored and used as a clean-burning fuel during voyages. Furthermore, the process promises to be circular, generating not only clean fuel but also pure water that can be reused or safely returned to the ocean.
Advancing Hydrogen Technology for Maritime Use
Brunel University is at the forefront of hydrogen engine research and development, spearheading a multimillion-pound initiative to create net-zero hydrogen engines for various modes of transportation, including ships, aircraft, and trucks. The current pilot project aims to demonstrate the feasibility of hydrogen production from seawater, with the goal of running the system continuously throughout a ship’s journey. This innovative approach not only addresses the need for cleaner fuel alternatives but also aligns with global efforts to reduce greenhouse gas emissions in the maritime sector.
Despite the promising outlook, the project faces significant challenges. Key technical hurdles include achieving energy efficiency, ensuring system reliability, preventing corrosion, and maintaining safety in hydrogen storage. Additionally, the project must navigate the complexities of regulatory approvals. Testing for the pilot has recently commenced on land, with a schedule set for the demonstrator to run until March 2026. As the project progresses, it has the potential to revolutionize how ships power themselves, ultimately contributing to a more sustainable future for maritime travel.
