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Working principle of pem electrolyzer :
Deionized water is supplied to the membrane electrode assembly, and oxygen, hydrogen ions and electrons are precipitated on the anode side. Electrons are transferred to the cathode through the circuit, and hydrogen ions in the form of hydration (h+·xh20) pass through the ion exchange membrane to the cathode; At the cathode, hydrogen ions recombine with electrons to form hydrogen, and some of the water is carried to the cathode.
Working principle of alkaline water hydrogen electrolyzer :
When the electrolyzer is running, the electrolyte enters the electrolyzer from the inlet on the lower side, and the water is electrolyzed into hydrogen and oxygen in each electrolytic cell. The mixture of hydrogen and electrolyte flows out from the outlet on the hydrogen side, and the mixture of oxygen and electrolyte flows out from the outlet on the oxygen side.
Working principle of alkaline water hydrogen production electrolyzer
Appearance structure diagram of alkaline water hydrogen production electrolyzer
1--End pressure plate 2--Insulation sleeve 3--Left plate 4--Sealing gasket 5--Middle plate
6--right plate 7--disc spring assembly 8--Big bolt 9--Big nut 10- Hydrogen side outlet
11--Oxygen side outlet 12--Electrolyte inlet 13--Terminal board
| Product name | Electrolyzer Hydrogen Generator |
| Hydrogen production(m3/h) | 1-1000 |
| Hydrogen purity | 99.999% |
| Water requirements | Purified water,Deionized water |
| Pure water consumption | 1-1000 |
| Electrolysis temperature | ≤85 |
| Products can be also custom-made according to special requirements. | |
Hydrogen cell is a new energy technology with wide application. It is used to manufacture and store hydrogen as energy source. It can combine hydrogen, gas or liquid into hydrogen Gas, hydrogen/gas mixture, or liquid hydrogen are converted into usable energy.
The effective operation of hydrogen electrolyzer is realized by the physicochemical principle of reaction, that is, the electrolysis of hydrogen converts hydrogen molecules into hydrogen atoms, which combine with each other to form H2 molecules, and finally H2 can be used as a renewable energy source.
There are different types of hydrogen electrolytic cells, which can be divided into metal electrolytic cells and ceramic electrolytic cells according to the materials. In general, metal electrolytic cells are commonly used to make liquid hydrogen and other gas mixtures, while ceramic electrolytic cells are commonly used to make hydrogen. In addition, hydrogen electrolytic cells can be divided into copper electrolytic cells and titanium electrolytic cells. Depending on the temperature of the operating environment, higher hydrogen energy efficiency can be achieved by using titanium electrolytic cells.
1). A solid electrolyte acts as an electrolyte for electrolyzing water without lye;
2). Hydrogen is of high purity, less maintenance, low cost of hydrogen production, no corrosive liquid, no pollution to the environment;
3). Low operating cost, hydrogen machine equipment integration, short installation cycle;
4). Field debugging is simple, and the hydrogen production equipment has been debugging before leaving the factory;
5). Hydrogen production 0-100% full range of adjustable, more convenient operation;
6). One key start, 5 minutes to produce qualified hydrogen, no manual duty, shutdown can stop hydrogen production, avoid the waste of resources;
7). More safe, equipment with national safety and explosion-proof certification;
8). More intelligent, equipment integration, system automatic identification protection;
9). More economical, higher investment, low operating costs, low life cost;
10). Smaller, covers an area of about 3m2, can be installed near the generator;
11). More worry, maintenance only need to replace the desiccant, without 5 years of overhaul.
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