APGREEN’s New Clean Hydrogen Production Solution
    • Hydrocarbon (LNG, Landfill gas, Biomethane,
      Syngas, etc)
    • Partical Oxidation of Methane Reforming Using Low Temperature Plasma Catalyst
      ->Hydrogen       (CO: Carbon)
    • Conversion Treatment System Using Low Temperature Plasma
      -> Solidified Carbon Compounds
    • Most Efficient
      Methane Reforming
    • Low Temperature Plasma
      with Little Energy Input
      High Value-added
      Carbon Solid Compounds
    • Technology that Compensates
      the Limitation of Existing
      Clean Hydrogen Production Technology

Clean Hydrogen & Solid Carbon Compounds

  • Partial oxidation of methane and use of
    low temperature plasma catalyst
  • Efficient & Economical reforming process
  • Non-thermal plasma assisted carbon capture system
  • Low temperature plasma with little energy input
    High value-added carbon solid compounds
  • Various applications for hydrocarbon gas, landfill gas, biomethane, and gases generated during plastics thermal decomposition gas, which can be regarded as green hydrogen

Our special characteristics

  • Hydro gas on-demand

    Reduction of 25% to 30% in transportation costs to
    off-site hydrogen charging stations in Korea
    (8,000 to 9,000 won)

    Onsite

  • Anywhere with a variety of hydrocarbons/feeds

    Various applications for hydrocarbon gas, including landfill gas,
    biomethane and plastic thermal decomposition gas, which can be regarded as green hydrogen

    Onsite
    Multi-use

  • Little input, More output

    Low energy used for reforming and hydrocarbon conversion Low input energy allows intermittent operation Low device size (low footprint) Low maintenance and operating costs (low operating temperature and atmospheric pressure)

    Efficient

  • Solution for Conversion/Utilization

    Production of new solid carbon compounds as well as carbon black Applicable to existing carbon emission devices Convergence of technologies

    Unique

  • Modularity

  • High Efficiency

  • Dynamic
    Operations

  • Small
    Footprint

  • Sustainable
    Process

  • Versatility

Business Model

Technology that compensates the limitation
of existing clean hydrogen production technology