Payment & Shipping Terms:
|Energy Conversion:||4kw/hr Per Cl2||Salt Conversion:||3kg/hr Per Cl2|
|Concentration:||7000~8000ppm||Electrolytic Liquid:||2.5% - 3% Weak Brine|
|Raw Material:||Water, Salt||Active Chlorine:||6000 G / H|
|Input Power:||220V, 50Hz||Working Way:||24 Hours Automatic|
Full Automatic Brine Electrolysis Sodium Hypochlorite Generator
0.8% Sodium hypochlorite generation system is producing sodium hypochlorite onsite through 3% brine electrolysis(salt and water after saturated), and the whole system is a combination of Softening unit, Filtration unit, Salt dissolving unit, Online proportioning unit, electrolytic unit, rectifier power supply, automatic control systems, storage and dosing unit, etc.
Sodium Hypochlorite is widely used in many water industries. The most applied in drinking water disinfection, on site generation of Sodium hypochlorite is more safely than feeding chlorine gas. Transporting Chlorine gas tank is risky to leakage and lead to explosion.
The sodium chloride contained in seawater or brine flow between sets of electrodes (anodes and cathodes) in an electrolyzer.
The chemical reactions which take place in the electrolyzer between chlorine and Sodium hydroxide produced by electrolysis.
In the electrolyzer the sodium chloride is completely dissociated into the ions Na+ and Cl-, causes the following electrochemical and chemical reactions:
at the anode: 2Cl- - 2e → Cl2；
at the cathode: 2H+ + 2e → H2；
2NaOH + Cl2 → NaCl + NaClO + H2O
Overall reaction as follow:
NaCl + H2O + DC →NaClO + H2↑
Transparent electrolytic cell, organic glass material.
TA1 titanium electrode, the anode is covered by ruthenium-iridium oxide fine nano coating which is up to 20 layers, ensure more than 5 years service life.
Bipolar electrode connection mode, reduced the heat yield, as well greatly reduced the production of sodium hypochlorite salt consumption and power consumption, plays a positive role in reducing by-product.
Siemens Touch Screen
All running status are shown clearly and all parameters can be adjusted directly by the touch screen.
Every step of process and protection of components is detected and controlled by the smart PLC center, safety, reliability.
High frequency, stability and constant current rectifier.
Electrical conversion effciency over 90%
The rectifier have multiple protection for input over/under voltage, and output overvoltage / overcurrent / short circuit protection as well as overheat protection, ensure high reliability and security.
Seko Metering Pump
Real-time detect residual chlorine in water, thus convert to 4-20mA signal and feedback to PLC, for controling the dosing rate of dosing pump.
1) The only raw material: salt or sea water which is safety and convenient for transportation and storage, without any volatility and toxicity.
2) Bipolar electrode connection mode, reduced the heat yield, as well greatly reduced the production of sodium hypochlorite salt consumption and power consumption
3) Salt consumption< 3.5kg / kg Cl2 (National standard 4.5); power consumption < 4kw /kg Cl2 (National standard 4.5)
4) Siemens PLC and touch screen, full automatic control
5) Cathode life >20 years; Machine life >15 years
|Concentration||8000 ppm (+-1000)|
|Salt Consumption||3.5kg/kg Cl2|
|Engery Consumption||4 kwh/kg Cl2|
|Raw Material||Brine or Sea water|
|Water Treatment Capacity (1ppm Dosing)||24 MLD||48 MLD||120 MLD||240 MLD||1200 MLD|
|Dimensions of Host Machine (L*W*H)||1900*700*1600mm||1900*1900*1900mm||2400*800*1700mm||3000*1100*2100mm|
Contact Person: wu