We specialize in high-pressure hydrogen technology and have extensive experience designing reliable products using materials suited for hydrogen applications. We use hydrogen-resistant alloys and seals to address embrittlement issues in high-pressure hydrogen environments. The compressor compresses hydrogen gas from 30 bars inlet pressure to 150 bars outlet pressure using a hydraulic drive system powered at 500-750W, with safety features to prevent over-pressurization.
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Hydrogen gas boosting station ppt
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3. We specialize in high-pressure technology and offer an
extensive background of knowledge and experience with
Hydrogen applications, backed with a solid reputation for
providing a superior product, known for quality and reliability.
We use specific materials designed for Hydrogen use based on
pressure and flow requirements to address embrittlement
issues metals face when exposed to a hydrogen environment.
4. Brass surfaces in contact with GAS.
Special HYDROGEN GAS SEALS- NBR/Nitrile
Rubber.
Glycol can not pass in to GAS (In between
open space is provided).
Cooling Circuit to cool the CYLINDER & HP
Line.
Safety Features:
Relief Valve on Glycol Circuit – Can not
allow pressure to build beyond 150 Bars.