H2 Reference Projects

Full scale hydrogen test with Ovako	Arlanda Airport, Stockholm, Sweden
30+ years of cooperation Linde's Oxyfuel technology in 57 heating furnaces in Hofors Ambition to replace LPG with green hydrogen Demo in Linde Tech Center, followed by full-scale test at Ovako in Hofors Result: No negative effect on the steel! Read more	Sweden's first public H2 fueling station Capacities for up to 180 fuelings per day 70 MPa

Full scale hydrogen test with Ovako

Arlanda Airport, Stockholm, Sweden

BMW plant, Greer (SC), USA	Aberdeen, Scotland
14 H2 dispensers for hydrogen-fueled material handling vehicles Fueling of more than 380 material handling vehicles Fueling in only 3 minutes More than 3,000m of pipeline from the compressor to the dispensers 2.5 MPa (IC with additional capacity)	Largest hydrogen fueling station in the UKFueling of Europe's largest H₂ bus fleet Fueling of Europe's largest H₂ bus fleet More than 80t H₂/year Alkaline water electrolyzers, hydrogen generation based on green electricity 35 MPa (2 x IC 90)

BMW plant, Greer (SC), USA

Aberdeen, Scotland

Largest hydrogen fueling station in the UKFueling of Europe's largest H₂ bus fleet
Fueling of Europe's largest H₂ bus fleet
More than 80t H₂/year
Alkaline water electrolyzers, hydrogen generation based on green electricity
35 MPa (2 x IC 90)

Ramos Oil fueling station, Sacramento (CA), USA	Energiepark Mainz, Germany
Linde's first H₂ fueling station in the USA 11,000-litre LH₂ tank Ionic compressor IC 90 35/70 MPa	Power-to-gas plant Production of green H₂ for mobility applications by electrolysis with renewable energies Storage capacity: 1,000 kg Ionic compressor

Ramos Oil fueling station,
Sacramento (CA), USA

Energiepark Mainz, Germany

Power-to-gas plant
Production of green H₂ for mobility applications by electrolysis with renewable energies
Storage capacity: 1,000 kg
Ionic compressor

CEP/Vattenfall, Hamburg, Germany	CEP/Total, Munich, Germany
Capacities for a large fleet of up to 20 H₂ buses Integration of two electrolyzers for on-site H₂ production 35/70 MPa (2 x ionic compressor)	Public fueling station Cryo pump with a capacity of 100kg/h 70 MPa (30 MPa for cryo-compressed fueling (CCH₂))

CEP/Vattenfall, Hamburg, Germany

CEP/Total, Munich, Germany

CEP/Shell at Sachsendamm, Berlin, Germany	OMV, Vienna, Austria
One of the world's most powerful H₂ fueling stations with a capacity of up to 200 kg/h Below-ground installation of the storage tank and the compressor system (two cryo pumps) 50% green H₂ from Linde 35/70 MPa	Austria's first public H₂ fueling station Small footprint 70 MPa (piston compressor MF 90)

CEP/Shell at Sachsendamm,
Berlin, Germany

OMV, Vienna, Austria

One of the world's most powerful H₂ fueling stations with a capacity of up to 200 kg/h
Below-ground installation of the storage tank and the compressor system (two cryo pumps)
50% green H₂ from Linde
35/70 MPa

Tongji, Shanghai Anting, China	Iwatani, Amagasaki City, Japan
Shanghai's first H₂ fueling station Hydrogen supply from Linde's SMR plant in Shanghai 35 MPa for cars and buses (diaphragm compression)	Japan's first commercial H2 fueling station LH2 tank Ionic compressor IC 90 35/70 MPa

Tongji, Shanghai Anting, China

Iwatani, Amagasaki City, Japan