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Desalination Plants
ECU in Desalination Plants: Prevention of fouling in the equipments due to the growth of marine organisms - will increase its efficiency, when seawater is evaporated to produce potable water through multiple flash distillations or the salt is removed from the seawater by means of reverse osmosis.

When the sodium hypochlorite injected into the cooling water circuits, on-site generated sodium hypochlorite solution provides efficient protection to the equipment against the growth of organic fouling (micro and macro). These systems generate sodium hypochlorite from seawater using an extensively field-proven electrochemical process suited for befouling control in water flood, cooling water and fire water loops.

  • Water Flood Systems Bio fouling - In Oil and Gas Production; reduce the marine growth in the condenser and heat exchanger.
  • Cooling water systems Bio-fouling - On Vessels, Oil & Gas Facilities and Seachest applications; prevent the marine growth.
  • Fire Water Systems Biofouling - Use on Pump Caisson and Loop Antifouling; prevent the growth of mussels and algae from seawater intake.

Electrochlorination System in Power Stations: Sodium hypochlorite is introduced into the seawater intake in the power station where it prevents fouling of the mechanical equipment, such as the seawater circulating pumps, bar screens and drum screens.

By controlling the fouling of the steam condensers [in the thermal power stations powered by either nuclear energy or fossil fuel located along the seacoast], will significantly increase the efficiency of power generation.

Chlorinator for Coastal installations: Electrochlorination System prevents the marine growth [either micro type or macro type fouling] that takes place when seawater is used as cooling water in Chemical plants, refineries, LNG or Oil and Gas production facilities, steel mills, Sewage treatment plants and other coastal industries that use seawater as a coolant.

Ballast water treatment System in Marine Vessels: generates biocides, meters and analyzes the residual level of both biocides and neutralizing agents and logs the performance of the overall ballast water treatment system. Its applications are…

  • Tug Barges
  • Tankers
  • Container Ships
  • Cruise Ships
  • Car Carriers
  • Naval Vessels.

Marine sewage treatment systems designed for …

  • FPSOs and FSOs
  • Rigs and Platforms
  • Navy Vessels
  • Cruise Ships and Passenger Ferries
  • Work & Crew boats
  • General Marine.

It oxidizes the sewage in electrochemical cell as well as generates NaOCl for the disinfection of the marine waste streams. Marine sewage treatment units provide effective electrolytic treatment of both black and grey water, meeting personnel treatment capacities ranging from one to more than five hundred people, through a patented and certified process. The piping and valves included in these units meets ASTM D-1784 industry standards.

Drinking water Plants:

Sodium Hypochlorite, an alternative to chlorine gas for disinfection of Domestic drinking water. Sodium Hypochlorite will be generated on-site with the help of synthetic brine or seawater is very efficient in disinfection of water during disasters like earthquakes, Floods or Epidemics. Electrochlorinators are designed for rural and village 'point -of- use' disinfection of drinking water. They are available by means for batch, potable and continuous operations.