Water Dissociator (Hydrogen and Oxygen Generator) - 4.2/P

  • Hydrogen and oxygen generation from water
  • Low-pressure gas production
  • Internal liquid/air heat exchanger cooling
  • Auxiliary preheating for cold environments
  • Electronic control with alphanumeric display and multilingual diagnostics
  • Network isolation transformer

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The Water Dissociator is a device designed to generate hydrogen and oxygen gases from water. It produces 2,800 liters per hour of hydrogen and 1,400 liters per hour of oxygen. The system operates within a pressure range of 1.8 to 8.0 bar. The device has an electrical consumption of 15.8 kWh and a water consumption of 2.24 liters per hour. The unit operates within an ambient temperature range of +5 to +35°C. The system is powered by a three-phase 400 V AC supply and operates at a frequency of 50/60 Hz. The hydrogen produced has a purity of over 99.5%, and the gas has a saturated dew point. The device features internal liquid/air heat exchanger cooling, auxiliary preheating for cold environments, a water reserve warning system, electronic control with an alphanumeric display and multilingual diagnostics, and a network isolation transformer.

Use Cases

  • Brazing
  • Medium-sized heat treatment furnaces
  • Glass and crystal processing Sintering furnaces
  • Cooling for medium-power alternators
  • Power supply for automated multi-station brazing systems

Capabilities

  • Generates hydrogen (2,800 l/h) and oxygen (1,400 l/h) from water
  • Operates within pressure range of 1.8–8.0 bar
  • Designed for three-phase 400 V AC industrial operation
  • Integrated liquid/air heat exchanger for cooling
  • Suitable for operation within +5 to +35°C ambient conditions
Idroenergy S.p.A. Idroenergy designs, manufactures, and installs systems for on-site production of high-purity hydrogen and nitrogen gases. The company provides engineering, installation, and after-sales services for industrial gas generation systems used in sectors such as metallurgy, renewable energy, and chemical processing.

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