Open Skies Network and Logan Partner on Hydrogen Aviation Infrastructure
Open Skies Network and hydrogen energy systems specialist Logan have signed a memorandum of understanding to develop infrastructure for hydrogen-powered aviation across the UK’s regional airports and aerodromes.
The partnership will combine Open Skies Network’s experience in Future Flight infrastructure and aviation partnerships with Logan’s expertise in hydrogen production, storage, refuelling and integrated energy systems. The companies will initially focus on commercial opportunities at Open Skies Network’s early adopter locations in the UK.
A key focus will be gaseous hydrogen infrastructure for regional airports, private aerodromes and General Aviation. The approach differs from many larger hydrogen aviation projects that are centred on major airports and liquid hydrogen systems.
The partners said they will investigate infrastructure that can support early hydrogen-powered aircraft, including systems for producing hydrogen on site through renewable-powered electrolysis. They will also explore integrated hydrogen microgrids that could provide fuel for aircraft while supporting electric aircraft charging and other local energy requirements.
The companies will work with airports, aircraft manufacturers, regulators and other aviation stakeholders to identify potential projects. They also plan to pursue public and private investment, research programmes and funding opportunities related to hydrogen aviation infrastructure.
For regional aviation, the availability of suitable refuelling infrastructure is expected to be an important factor in the adoption of hydrogen aircraft. Smaller aerodromes may face different constraints from major airports, including limited space, lower traffic volumes and the need to justify investment against future demand.
Open Skies Network said the initial work could support applications ranging from uncrewed aircraft and Advanced Air Mobility to regional passenger services. The companies also intend to develop approaches that could eventually be replicated at other sites in the UK and internationally.

