Titanium Electrolyzer for Electro Chlorinator

We Ti Anode Fabricators Pvt. Ltd., Design, fabricate and Supply the Electrolyzers / Electrodes for Seawater Chlorination & Brine Chlorination.

Electrolysis of Seawater Electro chlorination is a safe and effective antifouling measure, which has been widely used in the biological antifouling systems of coastal thermal power plants, nuclear power plants and ships. Natural seawater contains a large amount of salt, the main component of which is sodium chloride (NaCl).

Electrolysis seawater antifouling is in the non-diaphragm electrolysis cell, the use of special electrode electrolysis seawater to produce effective chlorine this effective chlorine is a strong oxidant, can kill the larvae or spores of Marine organisms, to prevent the attachment and growth of Marine organisms. The large-scale antifouling system of electrolytic seawater electro chlorination in coastal power plants and coastal factories is mainly composed of three parts: seawater electrolytic cell group, power distribution equipment and seawater transportation. Among them, seawater electrolyzer group is the most critical technology.

The process is based on the electrolysis of seawater as it flows through an unseparated electrolytic cell. The resulting solution exiting the cell is a mixture of seawater, sodium hypochlorite, hydrogen gas and hypochlorous acid. Electrolysis of sodium chloride solution (seawater) requires the passage of direct current between an anode (positive pole) and a cathode (negative pole) to separate salt and water into their basic elements. Chlorine generated at the anode immediately goes through chemical reactions to form sodium hypochlorite and hypochlorous acid. Hydrogen and hydroxides are formed at the cathode, the hydrogen forms a gas and the hydroxide aids in the formation of sodium hypochlorite with zero pH shift.

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