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  • Pressure Swing Adsorption(PSA) Plants (PSA Technology)

    Pressure Swing Adsorption(PSA) Plants (PSA Technology)

    1. H2 Recycling from H2-rich gas mixture (PSA-H2)

    Purity: 98%~99.999%

     

    2. CO2 Separation and purification (PSA – CO2)

    Purity: 98~99.99%.

     

    3. CO Separation and Purification (PSA – CO)

    Purity: 80%~99.9%

     

    4. CO2 Removal (PSA – CO2 Removal)

    Purity: <0.2%

     

    5. PSA – C₂+ Removal

  • PSA Nitrogen Generator (PSA N2 Plant)

    PSA Nitrogen Generator (PSA N2 Plant)

    • Typical feed: Air
    • Capacity range: 5~3000Nm3/h
    • N2 purity: 95%~99.999% by vol.
    • N2 supply pressure: 0.1~0.8MPa(Adjustable)
    • Operation: Automatic, PLC controlled
    • Utilities: For the production of 1,000 Nm³/h N2, the following Utilities are required:
    • Air consumption: 63.8m3/min
    • Power of air compressor: 355kw
    •  Power of nitrogen generator purification system: 14.2kw
  • Hydrogen Generation by Steam Reforming

    Hydrogen Generation by Steam Reforming

    • Typical feed: Natural gas, LPG, naphtha
    • Capacity range: 10~50000Nm3/h
    • H2 purity: Typically 99.999% by vol. (optional 99.9999% by vol.)
    • H2 supply pressure: Typically 20 bar (g)
    • Operation: Automatic, PLC controlled
    • Utilities: For the production of 1,000 Nm³/h H2 from natural gas the following Utilities are required:
    • 380-420 Nm³/h natural gas
    • 900 kg/h boiler feed water
    • 28 kW electric power
    • 38 m³/h cooling water *
    • * can be substituted by air cooling
    • By-product: Export steam, if required
  • HYDROGEN BY METHANOL REFORMING

    HYDROGEN BY METHANOL REFORMING

    • Typical feed: Methanol
    • Capacity range: 10~50000Nm3/h
    • H2 purity: Typically 99.999% by vol. (optional 99.9999% by vol.)
    • H2 supply pressure: Typically 15 bar (g)
    • Operation: Automatic, PLC controlled
    • Utilities: For the production of 1,000 Nm³/h H2 from methanol, the following Utilities are required:
    • 500 kg/h methanol
    • 320 kg/h demineralised water
    • 110 kW electric power
    • 21T/h cooling water
  • VPSA Oxygen Plant (VPSA-O2 Plant)

    VPSA Oxygen Plant (VPSA-O2 Plant)

    • Typical feed: Air
    • Capacity range: 300~30000Nm3/h
    • O2 purity: up to 93% by vol.
    • O2 supply pressure: according to customer’s requirement
    • Operation: automatic, PLC controlled
    • Utilities: For the production of 1,000 Nm³/h O2 (purity 90%), the following Utilities are required:
    • Installed power of main engine: 500kw
    • Circulating cooling water: 20m3/h
    • Circulating sealing water: 2.4m3/h
    • Instrument air: 0.6MPa, 50Nm3/h

    * The VPSA oxygen production process implements “customized” design according to the user’s different altitude, meteorological conditions, device size, oxygen purity (70%~93%).

     

  • Hydrogen Generation by Methanol Reforming

    Hydrogen Generation by Methanol Reforming

    • Typical feed: Methanol
    • Capacity range: 10~50000Nm3/h
    • H2 purity: Typically 99.999% by vol. (optional 99.9999% by vol.)
    • H2 supply pressure: Typically 15 bar (g)
    • Operation: Automatic, PLC controlled
    • Utilities: For the production of 1,000 Nm³/h H2 from methanol, the following Utilities are required:
    • 500 kg/h methanol
    • 320 kg/h demineralised water
    • 110 kW electric power
    • 21T/h cooling water
  • PSA Hydrogen Plant

    PSA Hydrogen Plant

    • Typical feed: H2-rich Gas Mixture
    • Capacity range: 50~200000Nm³/h
    • H2 purity: Typically 99.999% by vol. (optional 99.9999% by vol.)& Meet hydrogen fuel cell standards
    • H2 supply pressure: according to customer’s requirement
    • Operation: Automatic, PLC controlled
    • Utilities: the following Utilities are required:
    • Instrument Air
    • Electrical
    • Nitrogen
    • Electric power