Hydrogen Generation Plant Electrolysis
This technique utilizes Electrolysis (bipolar variety) in conjunction with gas boosters and de-oxo units to produce hydrogen. Electrolysis separates the components of water (oxygen and hydrogen) by passing an electrical current through it.
The hydrogen is then collected in a hydrogen gas holder and utilized for further processing. While the hydrogen obtained through electrolysis is already 99.8% pure, the use of de-oxo units ensures even greater purification (up to 99.999%).
In an electrolyzer, a symmetrical conductive structure is employed, with the anode in the center and the cathode at the ends, preventing voltage shortage. Despite the fact that the hydrogen obtained through electrolysis is already 99.8% pure, the inclusion of de-oxo units aids in its further purification (up to 99.999%). The purified gas obtained from this process is utilized in heat treatment furnaces such as annealing, sintering, and as a reducing atmosphere in furnaces.
Product | Hydrogen Generation PlanT-Electrolysis |
Technique | Electrolytic Processes |
Automation Grade | Semi- Automatic |
Power Source | Electric |
Dew Point | ≤ -70℃ |
Application | Power Industry Generate Electricity |
Usage | Hydrogen Generation |
Features | High Efficiency Durability |
Temperature | 75°C To 85°C |
Purity | 98% |
Quality | Good Quality |
Manufacture By | PSG Engineering Co |