This method uses a bipolar type of electrolysis, gas boosters, and de-oxo units to generate hydrogen. By charging water with an electrical current, the process of electrolysis dissociates the elements of water (oxygen and hydrogen). These plants consume 4.5 KW of power per cubic meter of hydrogen.  

 

The hydrogen collected in a hydrogen gas holder can be further used for processing. Although the hydrogen obtained through electrolysis is already 99.8% pure, de-oxo units assist in purifying it even further (up to 99.999%).

 

In an electrolyzer, the symmetrical conductive structure is provided with an anode in the middle and cathode at the ends, which avoids any voltage shortage. The purified gas obtained after the process can be used in heat treatment furnaces like annealing, sintering and as a reducing furnace atmosphere.

 

Technical Specifications;

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