The High Performance Chlor-alkali Ion exchange membrane electrolyzer for the production of Chlorine And 30–-35% Caustic Soda NaOH

chlor-alkali electrolyzer

The SY series electric tank was first introduced to the market in 2011. This is a new type of filter press type bipolar ion-exchange membrane electrolyzer. It is also a brand-new zero-pole-pitch electrolysis cell, which can greatly reduce the squeezing of the ion membrane. Good resistance to reverse pressure difference. This series of electric tanks have been used in many units at home and abroad.

Type of chlor-alkali electrolyzer:

Type

SY095

SY150

SY270

SY270W

SY290

SY330

SY350

Circulation method between cathode and anode

Natural circulation

Natural circulation

Natural circulation

Natural circulation

Natural circulation

Natural circulation

Natural circulation

Cell electrode area

0.95m2

1.5m2

2.7m2

2.72m2

2.9m2

3.3m2

3.5m2

Current density for Normal operating

4.5-5KA/m2

4-4.5KA/m2

5.5KA/m2

5.5KA/m2

5.5m2

5.5KA/m2

5.5KA/m2

Max. current density

5.5KA/m2

5KA/m2

6KA/m2

6KA/m2

6KA/m2

6KA/m2

6KA/m2

Cell fastening method

Hydraulic or Screw fastening

Screw fastening

Hydraulic tightening

Mandrel fastening

Screw fastening

Screw fastening

Screw fastening

 

Operating Instructions:

1, the voltage: <2.8—3.0v
2, the current density: 3.0—6.0 kA/m2
3, or based on the operation condition

Quality of feeding brine:

No.
Item
Specifications
1
NaCl
300--320 g/l
2
Ca+Mg
<0.02 mg/l
3
Sr
<0.05 mg/l
4
Ba
<0.5 mg/l
5
SiO2
<2.3 mg/l
6
Al
<0.1 mg/l
7
I
<0.2 mg/l
8
Fe
<0.1 mg/l
9
Ni
<0.01 mg/l
10
ClO3
<15 mg/l
11
SO4
<7 g/l
12
TOC
<10 mg/l
13
SS
<1 mg/l
14
PH
9--10

Applications:

Our Chlor-alkali electrolyzer is suitable for 30-32% caustic soda production.
Our Chlor-alkali electrolyzer is suitable for the production of Sodium hypochlorite

The advantage of our Chlor-alkali electrolyzer:

1. A finer anode net can reduce the voltage of the cell and reduce the gas staying on the surface of the anode net
2. The innovative V-shaped corrugated diversion structure can use the electrolyte gas lift function to make the electrolyte inside the electrolytic cell mix more evenly
3. Superior defoaming structure of gas-liquid separation box, complete foam breaking and small outlet pressure fluctuation
4. The superior spring structure on the cathode side has more than 30,000 contact points, which can make the current density distribution of the cathode network more uniform and reduce the voltage
5. Capable of resisting directional current
6. Different models of electric tanks can be produced according to customer needs



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