Seawater Electrochlorinator- “Chloromarine”
 
 

 


Seawater Electrochlorinator, “Chloromarine” is suitable for high capacity Sodium Hypochlorite Production. This is an automatic continuous production model. This system is designed for rigorous seawater application.
 
  • It is a continuous production system
  • The Electrolyzer cell is housed in a chamber made of FRP/Acrylic/PVC.
  • Special cell design for high velocity flow through the cell.
  • The pipeline and instruments are suitable for Seawater service. ensures proper production of chlorine.
  • Compact cell cleaning system for periodic cleaning.
  • Hypo tank level controller controls the production
  • Hydrogen blower ensures safe operation and proper venting of hydrogen
  • PLC/ Relay based panel controls the automatic operation of the system.
  • Heavy duty power supply is built for long hours of operation.
 
Application

1
Chlorination after Desalination of seawater..
2
Waste water, Effluent and Sewage treatment.
3 Disinfection in Cooling water circuits, Fire water storage tanks
 
Model No.
PCP 500
PCP 1000
PCP 1500                     
PCP 2000
      
 
PCP 5000
Active Chlorine  Generated                              
500 Grams/hr
1000 Grams/hr
1500 Grams/hr
2000 Grams/hr
       
5000 Grams/hr
Hypochlorite strength
1 ~ 2 Gpl
1 ~ 2 Gpl
1 ~ 2 Gpl
1 ~ 2 Gpl             
1 ~ 2 Gpl
NaOCl Produced Per hour
250 liters (approx.)
500 liters (approx.)
750 liters (approx.)
1000 liters (approx.)
2500 liters (approx.)
AC Power Consumed
2.5kw/per hour
4.5kw/per hour
7kw/per hour
9 kw/per hour
22.5kw/per hour
 
 Operation
  1. Switch on the system in the control panel.
  2. Solenoid/Motorized valve will open and allow the seawater to flow into the system
  3. Adjust the seawater flow into the Electrolyzer with the Flow control Valve and Rotameter, as per instruction.
  4. In the Electrolyzer chamber the seawater gets converted to sodium hypochlorite
  5. The outlet of the Electrolyzer is connected to the Hypo storage tank.
  6. A blower connected to the storage tank blows away the Hydrogen, through a vent pipe.
  7. After one hour the system stops
  8. A temperature sensor is also provided in the Electrolyzer, if the temperature of Sodium Hypochlorite produced, exceeds the preset temperature limit, sodium hypochlorite generator switches itself off giving a cooling off period for the Electrolyzer.
  9. A level switch provided in the Hypochlorite storage tank does not allow the production of Hypochlorite once the storage tank is full.
  10. It automatically switches sodium hypochlorite generator on when the level in storage tank is reduced.