Small-scale On-Site Hydrogen Generator(HyGeia)

Simple Description

The HyGeia Series hydrogen generator is targeted at semiconductor, optical fiber, quartz glass, fats and oils production as well as metal heat treatment industries with an hourly consumption of between 50 and 200 Nm3. Installed on-site it can supply high-purity hydrogen (upwards of 99.999 vol%) using City Gas and LPG as a feedstock.

In recent years, many commercial hydrogen refueling stations are being built for the popularity of fuel cell vehicles.


  • 1. Because it is on-site, high-purity hydrogen can be produced and supplied on-site.
  • 2. Eliminates frequent acceptance of hydrogen trailers and makes operation easier.
  • 3. The original small-scale modification method and hydrogen PSA and PSA exhaust gas fuel recovery system can achieve complete energy saving and reduce hydrogen production costs.
  • 4. The amount of hydrogen generated can be adjusted according to the amount of hydrogen used (with load fluctuation function).
  • 5. Does not apply to the High Pressure Gas Safety Act.
  • 6. It has a remote monitoring function that can perform remote monitoring.


Semiconductor, optical fiber, quartz glass, fats and oils production processes, metal heat treatment processes, etc.
Hydrogen stations for fuel cell-powered vehicles


Process Flow

Performance of Small Hydrogen Generator

Performance: 78 sets
For Hydrogen Station: 27 sets

Specification of Small Hydrogen Generator

Note:1) Only 45MJ/Nm3 of natural gas can be used for hydrogen production;

         2) It is desigend as JIS standard.

Design & Manufacture of Small Hydrogen Generator

  • ・ High efficiency and miniaturization models of the latest version
  • ・ Generating Capacity

Small unit series

  • HyGeia 50/100/200 Nm³/h
  • HyGeia-A 300 Nm³/h

Features of HyGeia Series

  • Strive for Miniaturization

    Considering of saving space when arrange Hydrogen Station etc., the installation footprint of the series equipment is only half of TM Type’s.

  • Strive for High Efficiency

    Cut back on feedstock for saving energy, cutting down the cost of generating hydrogen, then achieve the aim of high efficiency.

  • Strive for Easy Operation

    Highly automatic system is adopted for convenient operating.