Liquid hydrogen range
Liquid hydrogen range
OUR RANGE OF LIQUEFIERS LIQHYD:
OUR RANGE OF LIQUEFIERS LIQHYD:
-
LIQHYD50
from 11 to 48KG/day -
Ideal for prototype testing and small-scale installations.
Description
- Maximum space requirement of 15 m².
- lug&Play system: ease of use, electrical and application connections.
- Integrated expansion panel.
- Liquefaction cryostat with liquid nitrogen pre-cooling.
- Remote control.
- Electrical backup for safety requirements.
- Vacuum pumping unit.
Options
- LH2 storage tank.
- Transfer line between the microliquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
- Possible in a container (transportable, compact, outdoor, etc.).
-
LIQHYD100
100KG/day -
Ideal for transport platforms and demonstrators, and adapts to logistical constraints.
Description
- Maximum space requirement of 20 m².
- Removable skid.
- Plug&Play system: ease of use, electrical and application connections.
- Pre-cooling by LN2.
- Production between 30 % and 100 %.
- Reverse Turbo Brayton cycle with turbomachinery developed by Absolut System.
Options
- LH2 storage tank.
- Transfer line between the liquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
-
LIQHYD1000
1t/day -
Decentralised access to energy for on-site storage and production: energy on demand.
Description
- A local liquefier solution suitable for airfields, logistics hubs and captive fleets.
- Suitable for 2.5 to 5 MW electrolyzer.
- Production between 30 % and 100 %.
- Specific electrical consumption (SEC) between 8-12 kWh/kg.
Ideal for prototype testing and small-scale installations.
Description
- Maximum space requirement of 15 m².
- lug&Play system: ease of use, electrical and application connections.
- Integrated expansion panel.
- Liquefaction cryostat with liquid nitrogen pre-cooling.
- Remote control.
- Electrical backup for safety requirements.
- Vacuum pumping unit.
Options
- LH2 storage tank.
- Transfer line between the microliquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
- Possible in a container (transportable, compact, outdoor, etc.).
Ideal for transport platforms and demonstrators, and adapts to logistical constraints.
Description
- Maximum space requirement of 20 m².
- Removable skid.
- Plug&Play system: ease of use, electrical and application connections.
- Pre-cooling by LN2.
- Production between 30 % and 100 %.
- Reverse Turbo Brayton cycle with turbomachinery developed by Absolut System.
Options
- LH2 storage tank.
- Transfer line between the liquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
Decentralised access to energy for on-site storage and production: energy on demand.
Description
- A local liquefier solution suitable for airfields, logistics hubs and captive fleets.
- Suitable for 2.5 to 5 MW electrolyzer.
- Production between 30 % and 100 %.
- Specific electrical consumption (SEC) between 8-12 kWh/kg.
-
LIQHYD50
from 11 to 48KG/day -
Ideal for prototype testing and small-scale installations.
Description
- Maximum space requirement of 15 m².
- lug&Play system: ease of use, electrical and application connections.
- Integrated expansion panel.
- Liquefaction cryostat with liquid nitrogen pre-cooling.
- Remote control.
- Electrical backup for safety requirements.
- Vacuum pumping unit.
Options
- LH2 storage tank.
- Transfer line between the microliquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
- Possible in a container (transportable, compact, outdoor, etc.).
-
LIQHYD100
100KG/day -
Ideal for transport platforms and demonstrators, and adapts to logistical constraints.
Description
- Maximum space requirement of 20 m².
- Removable skid.
- Plug&Play system: ease of use, electrical and application connections.
- Pre-cooling by LN2.
- Production between 30 % and 100 %.
- Reverse Turbo Brayton cycle with turbomachinery developed by Absolut System.
Options
- LH2 storage tank.
- Transfer line between the liquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
-
LIQHYD1000
1T/day -
Decentralised access to energy for on-site storage and production: energy on demand.
Description
- A local liquefier solution suitable for airfields, logistics hubs and captive fleets.
- Suitable for 2.5 to 5 MW electrolyzer.
- Production between 30 % and 100 %.
- Specific electrical consumption (SEC) between 8-12 kWh/kg.
Ideal for prototype testing and small-scale installations.
Description
- Maximum space requirement of 15 m².
- lug&Play system: ease of use, electrical and application connections.
- Integrated expansion panel.
- Liquefaction cryostat with liquid nitrogen pre-cooling.
- Remote control.
- Electrical backup for safety requirements.
- Vacuum pumping unit.
Options
- LH2 storage tank.
- Transfer line between the microliquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
- Possible in a container (transportable, compact, outdoor, etc.).
Ideal for transport platforms and demonstrators, and adapts to logistical constraints.
Description
- Maximum space requirement of 20 m².
- Removable skid.
- Plug&Play system: ease of use, electrical and application connections.
- Pre-cooling by LN2.
- Production between 30 % and 100 %.
- Reverse Turbo Brayton cycle with turbomachinery developed by Absolut System.
Options
- LH2 storage tank.
- Transfer line between the liquefier and the storage tank.
- LH2 purity analyser at the liquefier outlet.
- Equipment maintenance.
Decentralised access to energy for on-site storage and production: energy on demand.
Description
- A local liquefier solution suitable for airfields, logistics hubs and captive fleets.
- Suitable for 2.5 to 5 MW electrolyzer.
- Production between 30 % and 100 %.
- Specific electrical consumption (SEC) between 8-12 kWh/kg.
Absolut System develops a range of technological solutions to suit your needs: liquefaction, storage, energy transport, reliquefaction…
Liquid hydrogen will enable us to move towards more sustainable energy transport and an emission-free mobility sector.
Access to liquid hydrogen:
- Offers greater autonomy
- Improves storage density for infrastructures
- Facilitates hydrogen transport
- Liquid hydrogen enables storage facilities to be filled rapidly