PRHYDE developed heavy-duty refuelling protocols at 35-70 MPa, MultHyFuel studied multi-fuel hydrogen refuelling stations, and HyResponder addressed emergency response at hydrogen facilities.
L AIR LIQUIDE SA
Global industrial gas leader contributing hydrogen storage, refuelling infrastructure, cryogenics, and safety expertise to European research consortia.
Their core work
Air Liquide is a global industrial gas company headquartered in Paris, and one of the world's largest suppliers of hydrogen, oxygen, and other industrial gases. In H2020, they contribute deep expertise in hydrogen production, storage, distribution, and safety — spanning cryogenic liquid hydrogen, high-pressure composite tanks, refuelling infrastructure, and electrolysis technologies. Their role across projects reflects their position as a major industrial player bringing real-world hydrogen infrastructure knowledge to research consortia, from warehouse-scale cryogenic energy storage to heavy-duty vehicle refuelling protocols.
What they specialise in
THOR focused on thermoplastic high-pressure hydrogen storage for transport, while PRESLHY addressed safe use of liquid hydrogen.
CryoHub developed cryogenic energy storage at refrigerated warehouses, HEAVEN applied liquid hydrogen cryogenics to aviation fuel cells, and PRESLHY researched liquid hydrogen safety.
HyResponder built a European train-the-trainer programme for hydrogen responders, PRESLHY conducted pre-normative safety research, and MultHyFuel included risk assessment of hydrogen releases.
NEWELY developed next-generation alkaline membrane water electrolysers with improved materials.
HEAVEN explored liquid hydrogen fuel cells for passenger aircraft, and OLGA addressed sustainable aviation fuels at airports.
How they've shifted over time
Air Liquide's early H2020 work (2016–2018) centred on foundational hydrogen technologies: cryogenic energy storage, liquid hydrogen safety research, and computational design for energy conversion. From 2019 onward, their focus shifted decisively toward hydrogen deployment infrastructure — refuelling protocols for heavy-duty vehicles, multi-fuel stations, emergency responder training, and electrolyser development. This evolution mirrors the broader European hydrogen economy moving from laboratory research to real-world rollout and standardisation.
Air Liquide is moving from hydrogen R&D toward operational deployment — expect future work on refuelling networks, safety standards, and green hydrogen production at scale.
How they like to work
Air Liquide never coordinates H2020 projects — they participate as an industrial partner or third party, contributing real-world infrastructure expertise and testing capabilities to research-led consortia. With 96 unique partners across 19 countries, they operate as a widely-connected hub rather than a loyal repeat-partner organisation. This pattern is typical of a large industrial company that selectively joins projects where its hydrogen infrastructure knowledge adds direct practical value.
Extensive European network of 96 unique consortium partners across 19 countries, reflecting Air Liquide's global operations and the pan-European nature of hydrogen infrastructure development. Their partnerships span universities, research institutes, and other industrial players across the hydrogen value chain.
What sets them apart
Air Liquide brings something most research partners cannot: operational experience running hydrogen infrastructure at industrial scale. While universities and SMEs contribute scientific advances, Air Liquide validates these against the realities of large-scale gas production, distribution, and safety. For any consortium working on hydrogen deployment, storage, or refuelling, they offer an irreplaceable bridge between laboratory results and commercial-scale implementation.
Highlights from their portfolio
- CryoHubLargest single EC contribution (EUR 591K) — an innovative concept combining cryogenic energy storage with cold logistics at refrigerated warehouses.
- MultHyFuelMulti-fuel hydrogen refuelling station study combining risk assessment, cross-country regulatory analysis, and practical experimentation — directly addresses market deployment barriers.
- HEAVENApplied liquid hydrogen and fuel cell technology to aviation — a high-ambition project positioning hydrogen beyond road transport into passenger aircraft.