Bipolar Type Hypochlorite Generator Sea Water Sodium Hypochlorite Generator
Product introduction :
Technical parameters:
|
type |
power(V/Hz) |
concentration of liquid(g/l) |
Available chlorine (Kg/h) |
Flow (m3/h) |
Power consumption (kw) |
size(m) (l×w×h) |
|
CNJY- SW20000 |
380/50 |
2-3 |
20 |
10 |
82 |
1480*960*1980 |
Generation principle :
CNJY-SW series sodium hypochlorite generator is a newly and work through electrolysis of salt water , the whole system consists of electrolysis electrode assembly , rectification power and automatic control system , dissolving system , filtering system , ratio device and so on . The salt water is electrolyzed into sodium hypochlorite . Sodium hypochlorite is a kind of disinfection which can gets strong antivirus and bleach power
the sodium chloride solution under the certain voltage effect of the cell, a series of electrochemical reaction within the cell and the resulting solution is the NaClO solution. The main process can be simplified as follows:
- Application :
- Extensive use of seawater as cooling water such as: petroleum chemical plants, steel plants, thermal power stations and other coastal and marine plants.
- Seawater as raw material can simply generate the required amount of sodium hypochlorite. Water electrolysis device can applied in many areas. And also in the field of water treatment oxidation and disinfection by sodium hypochlorite.
The characteristics of the electrolytic cell:
Bipolartransparent electrolytic cell
|
Big gap between anode with anode |
Guarantee the certain flux |
|
Titanium copper composites conduction |
Less resistance |
|
Electrodes arranged in series |
Compact and lightweight |
|
Demountable electrode |
Easily replaced |
Corrosion-resistant material
|
Anode |
2 mm titanium plate + nano-scale coating |
Corrosion-resistant, high performance, long service life (> 5 years) |
|
Cathode |
2 mm titanium plate |
Corrosion-resistant |
|
Frame body |
PVC
|
Corrosion-resistant PVC material |
|
Frame cover |
PVC |
|
|
Gasket |
PVDF |
Replace in the same period with the electrode |
Long-term stability
|
Electrodes arranged in series |
The electrolytic cell liquid flowing smoothly |
Prevent scaling Supply new liquid Maintain the coating state Ensure electrolysis condition ↓ Long-term stablility |
|
|
Frame diameter moderate |
Prevent one-way flow and make sure uniform flow between electrodes |
||
|
Moderate cross-sectional shapes |
liquid supply process |
Supply new liquid to the electrodes |
|
|
Gas path |
Supply new liquid to the electrodes |
||
|
Cycle way |
To make sure a proper flow rate in the cell |
||
|
High corrosion resistance High –performance Long electrode life |
Maintain long-term stable electrolysis performance |
Avoid failures ↓ Long-term stability |
|
|
Fewer gasket |
Operation without leakage |
||
Good maintainability
|
30-80kg |
Do not need heavy machine when repair and replaceable electrode on-site |
|
Demountable |
Easy to loading and unloading the electrode |
|
Standard Parts |
Procurement convenience |
|
Outer material is alumina |
Long as new |
Easily to clean the electrode
