Hydrogen is gaining popularity as a clean energy source due to its environmental benefits. While hydrogen can be derived from biomass through synthesis gas, it is primarily produced by electrolysis. This process generates hydrogen at atmospheric pressure, often up to a maximum of around 435 psi.
To store or transport hydrogen efficiently, compressors increase this pressure to the desired level for applications such as injection into natural gas networks, refueling stations, or industrial use. This compressed hydrogen supports a range of sustainable energy applications, advancing efforts to reduce carbon emissions and promote cleaner energy solutions.
HAUG Hydrogen compressors offer:
- No gas contamination due to oil-free and dry-running compression
- Technically tight gas compressors during operation and at standstill
Examples of hydrogen compressor applications:
- As cutting gas and welding gas in metal working
- As a protective gas and coolant in the semiconductor industry and research
- In the food industry and metal production as a process gas in production
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HAUG Neptune
Final Pressure: max. 1450 psig
Suction Pressure: max. 188 psig
Volume Flow: 50 – 100 m³/h
Rated Power: 2.0 – 7.5 kW
Media: Any gas
HAUG Sirius
Final Pressure: max. 1450 psig
Suction Pressure: max. 435 psig
Volume Flow: 400 –1000 m³/h
Rated Power: 7.5 – 30 kW
Media: Any gas
HAUG Sirius NanoLoc
Final Pressure: max. 6526 psig
Suction Pressure: max. 435 psig
Volume Flow: 20 – 66 m³/h
Rated Power: max. 11 – 30 kW
Media: Any gas