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ChloroPure - Electrochlorination System ...

ChloroPure - Electrochlorination System for Sodium Hypochlorite Production

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The ChloroPure electrochlorination system from Sespi S.r.l is designed for efficient onsite production of sodium hypochlorite solution through the electrolysis of seawater or brine. This system plays a key role in biofouling control for various industrial operations, including power and liquefied natural gas plants, cooling towers, marine ballast water treatment systems, and desalination facilities. The ChloroPure system is skid mounted, facilitating convenient transport and installation. Featuring a modular construction of electrolytic cells which are linked in both electrical and hydraulic series, the system forms an electrode pack assembly within a cylindrical electrolyzer body. These bipolar electrolytic cells operate under constant seawater flow, with DC current adjustments to meet immediate chlorine demand. Regular maintenance and replacement of the electrode pack assembly is streamlined, requiring no special tools and minimal downtime.

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CHLOROPURE^® electrolyzers are the preferred electrochlorination technology for the on site production of Sodium hypochlorite solution by electrolysis from seawater or brine. This technology is used for biofouling control in power plants, liquefied natural gas plants (LNG) terminals, cooling towers marine ballast water treatments, desalination facilities and all coastal installations using seawater for cooling or other process needs.

CHLOROPURE^® systems are supplied on a skid mounted basis compatible with transport and handling limitations.

CHLOROPURE^® systems consist of electrolytic cells of modular construction; these are combined in an electrical and hydraulic series and fastened together to form an electrodes pack assembly, which is placed in a cylindrical electrolyzer body.
Electrolytic cells are bipolar in design. The electrolyzers operate under constant seawater flow rate while the D.C. current is adjusted so that the generation of chlorine instantaneously matches the water treatment demand.

The replacement of the electrodes pack assembly during the scheduled maintenance, can be easily done by removing the exhausted/damaged pack assembly from the electrolyzer body and by inserting the new or repaired one in a short time and without need for special tools.