2.7m2 Electrolyzer Cell in Chlor Alkali plant

Introduction

Our company has several designs with zero gap modification membrane cell, which solved the problem of UHDE gen3 gen4 gne5 our 2.7m2 Electrolyzer Cell can well replace UHDE cells, internal structure design for the cell is more reasonable, more adapt to high current density operation, lower power consumption, current density power consumption per ton of caustic potash reached the advanced level worldwide, our Electrolyzer Cell improve the operation under high current density, reduce structural voltage and leakage current, improve the cell rigidity, increase the cathode elastic mattress, surface mesh installation manner.

Performance Guarantee

We guarantee that under the operating conditions of 5.0KA /m2, 32% alkali concentration, temperature of 90℃, F7001, N2050 or similar new membrane :

Guaranteed value of average cell voltage in the first month of initial operation: when the operating current is 5.0KA /m2, the average cell voltage is less than 2.95v, and the difference between cell voltage and average voltage is less than 100mv.

Anode half-shell： guaranteed life under the normal operation conditions of the ion membrane cell ≥8 years;

Cathode half-shell： guaranteed life under the normal operation conditions of the ion membrane cell ≥8 years;

Electrolyzer Cell Compared With UHDE Cell

1,2.7m2 Electrolyzer Cell install the inclined circulation plates, So that the cell in the high current density operation, the liquid distribution tends to even more uniform, there are diagonal flow, so that the electrolyte concentration within the cell more uniform.

2,Chloralkali Electrolyzer have 25 conductive strips are distributed on the back plate; The back contact voltage of the unit slot can be reduced to below 10mv;

6,Chloralkali Cell have 27pcs ribs distributed in the cell groove, and the spacing of the ribs is 90mm to ensure the pressure of the electrode mesh plate;

7,2.7m2 electrolyzer cell is more strength, conductivity uniformity and cross-sectional area are also improved.

We company also can recoat the NBZ, UHDE, and AKC electrolyzer cells if you want, These electrolyzer related accessories also can be provided, such as hose, hose gasket, flange, bolt.etc

A 2.7m2 electrolyzer cell used in a chlor-alkali plant likely refers to the surface area of the electrodes within the cell. In a chlor-alkali plant, electrolysis is used to produce chlorine gas, hydrogen gas, and sodium hydroxide (caustic soda) from a solution of brine (sodium chloride).

The electrolyzer cell typically consists of an anode and a cathode immersed in the brine solution. When an electric current is passed through the cell, electrolysis occurs, resulting in the following reactions:

At the anode: 2Cl⁻ → Cl2(g) + 2e⁻

At the cathode: 2H2O(l) + 2e⁻ → H2(g) + 2OH⁻

Overall reaction: 2NaCl(aq) + 2H2O(l) → Cl2(g) + H2(g) + 2NaOH(aq)

The 2.7m2 specification likely refers to the total surface area of both the anode and cathode within the electrolyzer cell. The larger surface area allows for more efficient electrolysis by increasing the area available for the electrochemical reactions to take place. This can result in higher production rates of chlorine gas, hydrogen gas, and sodium hydroxide, which are important industrial chemicals used in various processes.

Hot Tags: 2.7m2 cell, chloralkali electrolyzer, chloralkali cell.