Hydraulic hydrogen compressor is a popular choice in hydrogen applications due to its significant displacement advantage over diaphragm compressors. It features a modular design, relatively small size, simple maintenance, and a high lifespan for seals. Additionally, its booster is designed to resist hydrogen embrittlement, wear, pressure, and temperature variations with strong sealing capabilities. Additionally, it features technological advancements such as efficient temperature control of varying fluids, utilization of new materials, and high-quality manufacturing processes. It is specifically designed for frequent starts and stops, providing extended quality assurance for hydraulic-driven compressors.

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• Discharge pressure

  10-100MPa

• Power

  2-40kW

The hydraulic hydrogen compressor is widely used across various fields including oil, natural gas, chemical, and pharmaceutical industries to enhance production efficiency, lower operational costs, and adhere to environmental regulations. In the petroleum industry, it serves crucial roles in water injection for oil recovery, oil extraction, and transportation. In the chemical industry, it is vital for compressing and transporting gases, while in the pharmaceutical industry, it supports drug manufacturing and gas storage processes. This diversity in applications underscores its critical role in enhancing industry efficiency and sustainability.

• Full-stroke fixed block: Isolates the hydraulic drive from the cylinder.
• Wide inlet pressure range: Eliminates the need for an inlet pressure regulator.
• Simple Structure: Ideal for high-pressure applications.
• High volumetric efficiency of cylinder
• Water-cooled Cylinder: Reduces operating temperatures and extends the life of the packing.
• Simple Design: Easy to maintain and service.

• Broad range of discharge pressure and displacement:
  Multiple pressure levels such as 90 MPa, 70 MPa, 45 MPa, and 20 MPa, with a maximum discharge of up to 2000 kg.
• Hydraulic hydrogen booster:
  Advanced materials resistant to hydrogen embrittlement, wear, pressure, and temperature changes; designed for frequent starting and stopping.
• Smart capabilities:
  Features include APP, 5G, Wi-Fi, and Ethernet connectivity for plug-and-play operation and real-time monitoring.
• Specially Designed Liquid Cooling System:
  Multi-circuit and multi-directional coolant flow with numerous sensors for timely and efficient intelligent temperature control, also enhancing energy efficiency.
• Comprehensive Safety Assurance:
  Adheres to CT4 standards with safe electrical configurations, switches, wiring, and leak detection. Minimal joints in pipes and valves drastically reduce potential leak points, with numerous detectors capable of capturing even minute hydrogen leaks.