Hypochlorite Generators
The control of bio-fouling by chlorination has been proven to be the most effective method for water treatment. The production of sodium hypochlorite from seawater provides an effective anti-fouling method for water treatment that is safe for personnel and the environment. Seawater passing through the generator is converted to sodium hypochlorite in a constant flow "once through" process providing a concentration of up to 1500 mg/1 of sodium hypochlorite. The hypochlorite is collected, returned, and diffused with the incoming seawater.
Electrichlor electrolytic cells consist of a titanium base with dimensionally stable coated with MMO (Mixed Metal Oxide) anode material. Cells are manufactured such that the anode assembly can be removed easily without the use of special tools; only a wrench is necessary for the complete disassembly. Electrichlor electrolytic cells are guaranteed against defects for 12 months from startup and for 5 years for the MMO anode coating under normal operating conditions.
All equipment installed in/on Electrichlor hypochlorite generators have been selected for 30 years service. Due to the nature of the process and the corrosive environment where this type of equipment is installed, Electrichlor hypochlorite generators are manufactured from non-corrosivematerials.
Each hypochlorite generator is manufactured for "Stand Alone" service and therefore is equipped with an individual control system. The control cubicle is equipped with a PLC and a 12 color touch screen with graphic pages for operator interface and operation.
Each hypochlorite generator is manufactured for "Stand Alone" service and therefore is equipped with an individual control system.The control cubicle is equipped with a PLC and a 12 color touch screen with graphic pages for operator interface and operation.
Electrichlor hypochlorite generators are suitable for installation in refineries and offshore production platforms in Class 1,Div. 1 & 2 hazardous locations. All electrical equipment that may cause a spark is installed in air-purged NEMA 4X enclosures that requires instrument air or inert gas connected to a purge controlpanel.
