Hydrogen Fixed Station
Hydrogen Fixed Refueling Station
Hydratech is one of the great alternatives in terms of sustainable mobility, and for this hydrogen stations, or hydrogen pumps, which function as a refueling station for this fuel, are necessary.
Hydrogen gas compression plays a critical role in a hydrogen refuelling station, enabling the system to achieve the high-pressure refuelling required for 700 and 350bar applications. As experts in high-pressure gas compression and transfer, we are ideally placed to support hydrogen refueling requirements globally.
How Does a Hydrogen Station Work
The process of refuelling at a hydrogen station is not very different from that of a conventional petrol station, although there are some details that make the experience a little different. This is because hydrogen is supplied at high pressure and, as it is an extremely volatile gas, the connection between the vehicle’s receptacle or connection point and the pump must be watertight.
The hydrogen is pumped into the vehicle’s fuel tank, which powers the fuel cell that generates the electricity needed to drive the vehicle. The only waste product produced is water vapour, which is expelled through the exhaust pipe.
Project Cases
Hydrogen Fixed Station
Hydrogen Fixed Refueling Station
Hydratech is one of the great alternatives in terms of sustainable mobility, and for this hydrogen stations, or hydrogen pumps, which function as a refueling station for this fuel, are necessary.
Hydrogen gas compression plays a critical role in a hydrogen refuelling station, enabling the system to achieve the high-pressure refuelling required for 700 and 350bar applications. As experts in high-pressure gas compression and transfer, we are ideally placed to support hydrogen refueling requirements globally.
How Does a Hydrogen Station Work
The process of refuelling at a hydrogen station is not very different from that of a conventional petrol station, although there are some details that make the experience a little different. This is because hydrogen is supplied at high pressure and, as it is an extremely volatile gas, the connection between the vehicle’s receptacle or connection point and the pump must be watertight.
The hydrogen is pumped into the vehicle’s fuel tank, which powers the fuel cell that generates the electricity needed to drive the vehicle. The only waste product produced is water vapour, which is expelled through the exhaust pipe.
Project Cases
