Professional Membrane Electrode Assembly MEA for Fuel Cell and Electrolysis of Water to Produce Hydrogen manufacturer in China

Electrolysis Cell

The Principle of water electrolysis:

Electrolytic water meeting the requirements (With electrical resistivity >1MΩ/ cm, and deionized or redistilled water in electronic and analysis industries can be used for this purpose.) , after being put into the anode chamber of electrolytic cell, when power is switched on ,will be decomposed at once at the anode : 2H2 O = 4H++ 2O-2. The decomposed negative oxyanion (O-2) will immediately release electron to form oxygen (O2), which will then be discharged from the anode chamber, with some water, into the water tank. The water can be used circularly, and oxygen will be discharged from the small hole of the top cover of the water tank into the atmosphere. The hydrogen proton, in the form of aqua ion (H+·XH2 O), and under the action of electric field force, through SPE ion membrane, will arrive in the cathode to absorb electron to form hydrogen, which will then be discharged from the cathode chamber into the gas/water separator, where most of water it brought with from the electrolytic cell will be removed. The hydrogen with little water will be under moisture absorption of the desiccator, with its purity thus reaching 99.999 % or above.

PEM-electrolysis-cell

Type of Hydrogen Generator:

Type
Current
Voltage
Pressure
H2 Producing Rate
Diameter
SY85A
DC9A
2-2.2V
0.7Mpa
60ml/min  
Ø85mm
SY85B
DC9A
4-4.5V
0.7Mpa
120ml/min
Ø85mm
SY85D
DC9A
8-9V
0.7Mpa
240ml/min
Ø85mm
SY138A
DC45A
2-2.2V
0.7Mpa
300ml/min  
Ø138mm
SY138B
DC36A
4-4.5V
0.7Mpa
500ml/min
Ø138mm
SY138C
DC36A
6-7V
0.7Mpa
750ml/min
Ø138mm
SY138D
DC36A
8-9V
0.7Mpa
1000ml/min
Ø138mm
SY17525
DC80A
50-60V
3Mpa
1Nm³/h
Ø175mm
SY17550
DC80A
100-120V
3Mpa
2Nm³/h
Ø175mm
SY33030
DC160A
60-70V
3Mpa
2Nm³/h
Ø330mm
SY33045
DC170A
90-100V
3Mpa
3Nm³/h
Ø330mm
SY66030
DC800A
60-70V
3Mpa
10Nm³/h
660*330mm
SY66060
DC800A
120-140V
3Mpa
20Nm³/h
660*330mm

Applications of MEA Membrane Electrode Assembly:

1, Using PEM proton exchange membrane electrolysis (pure water) to produce high-purity hydrogen
2, Hydrogen production by PEM water electrolysis

Prepare:

1,unboxing

The electrolysis cell is strictly packed before leaving the factory. When unpacking, please follow the signs on the wooden box to avoid tilting or inverting. Remove the fixing bolts that are fixed to the box by the electrolytic cell.

unpacking the electrolysis cell

2,Adjustment interfac

Remove the nut from the inlet and outlet (as shown in Picture-2.), remove the water bag.

Adjustment interface of the electrolysis cell

3,Electrolytic cell fixing

Fix the electrolysis cell to the hydrogen generator chassis (Picture-3)

fix the electrolysis cell

4,Installation and Replacement

Please check the product specifications and requirements before installation. After the requirements meet the requirements, refer to the installation connection diagram (Picture 4) and the installation steps.

install the electrolysis cell

(1)Install the connection inlet and outlet pipes
(2)Install and connect the hydrogen pipe
(3)Install the connecting electrode wire (as shown in Picture- 5 ). The electrode wire connection parts have obvious polarity marks. Do not connect them in reverse. The reverse connection will directly cause catastrophic damage to the electrolysis cell install the electrolysis cell




Our Mission

Continuously provide the Ion-Exchange Membrane with lower energy consumption and excellent performance for Green Energy and Chlor-Alkali Industries
Continuously improve the technology of environmentally friendly

Contact Us

 Dongfeng Street, Weifang Shandong China

 (0086) 536-821-6345