Precise gas compression for research and laboratory applications
In research and test facilities, gas mixtures such as synthesis gases are compressed in order to test theoretical processes and reactions on a small scale. However, pure gases such as hydrogen, nitrogen or carbon monoxide can also be reliably compressed with our compressors.
Thanks to the high flexibility of our technology, a wide range of operating parameters - including inlet pressure, outlet pressure and gas temperature - can often be covered with just one machine. Our smallest compressor series are used particularly in laboratory systems that work with very low gas volumes. Despite their compact design, they enable delivery pressures of up to 300 bar so that processes can be simulated under realistic industrial-scale conditions.
The compressors from sera HYDROGEN provide research facilities with a precise, reliable and scalable solution for their hydrogen and gas compression processes.
Advantages
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Precise gas compression
Enables precise control of the gas volume for optimum process conditions.
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reliability
Reliable performance for various research and industrial applications.
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Oil-free compression
Oil-free compression for maximum purity: No oil, no impurities - 100% clean processes!
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Flexibility
Suitable for different pressures and controlled gas volumes.
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Versatility
Compresses both gas mixtures (e.g. H₂, CO₂, CO) and pure gases (e.g. H₂, N₂).
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High pressure tolerance
Achieves delivery pressures of up to 300 bar, even on a laboratory scale.
