Anion exchange membrane electrolyzer

Roton trade film Electrolyzer Membrane is the electrolysis of water in a cell furnished with a strong polymer electrolyte (SPE)[3] that is liable for the conduction of protons, division of item gases, and electrical protection of the terminals. The anion exchange membrane electrolyzer was acquainted with conquer the issues of incomplete burden, low current thickness, and low tension activity at present tormenting the basic electrolyzer. It includes a proton-trade film.

Electrolyzer Membrane is a significant innovation for the creation of hydrogen to be utilized as an energy transporter. With quick unique reaction times, huge functional reaches, and high efficiencies, water electrolysis is a promising innovation for energy capacity combined with environmentally friendly power sources. PEM electrolysis is regarded as a promising method for high purity and efficient hydrogen production due to the fact that it produces only oxygen as a byproduct and does not emit any carbon dioxide. This makes it environmentally friendly and sustainable. The IEA said in 2022 that more exertion was required.

Changsheng company's structure design for zero-gap membrane electrolyzer 2.7m2 is more reasonable and more adapted to high current density operation than original UHDE cells. It is lower power consumption, which improved the high current density operation, reduced the structure voltage, improves outlet structure and reduced leakage current, also improving cell's rigidity. The anode half-shell of 2.7m2 chloralkali electrolyzer sealing surface use Ti-Pd plate and have excellent corrosion resistance. The cathode half-shell uses a new cathode mattress to improve the cathode mesh surface installation mode.

The gas and liquid separation box is used at the top of the 2.7m2 chloralkali electrolyzer anode and cathode, it is a more scientific structure, increasing the gas and liquid separation channel area. The chlorine gas goes through the defoaming mesh and its bubble which is hanging on the wall is broken and filter mesh has filtered the bubble. As a result that the effect of gas and liquid separation is improved, it is much better to control the phenomenon of asthma under the high current density and further improve the stability of the electrolyzer operation, protect the ion membrane, avoid the ion membrane vibration in the electrolyzer, improve the stationarity of the electrolyzer operation and extend the service life of the ion membrane of zero-gap membrane electrolyzer 2.7m2.

Specification

1. Cell size： 2446mm×1300mm×(40mm/30mm)

Anode Half-shell：2360*1210*40mm

Anode Half shell with Flange：2446*1300*40mm

Cathode Half Shell：2360*1210*30mm

Cathode Half Shell with Flange：2446*1300*30mm

2. Effective Area：2.72m2

3. Designed Operation Current：4.5-6.0 kA/m2

4. Expected Power consumption：

5.0kA/m2,90℃,caustic soda concentration 32%(w/w),power consumption≤2030kwh/t (on the caustic soda basis)

6.0kA/m2,90℃,caustic soda concentration 32%(w/w),power consumption ≤2060kwh/t(on the caustic soda basis)

5. Cell Voltage：

5.0kA/m2,90℃,caustic soda concentration 32%(w/w),cell voltage ≤2.95V

6.0kA/m2,90℃,caustic soda concentration 32%(w/w),cell voltage ≤3.00V

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