Chloropac® On-Site Generators
Invented and refined by Electrocatalytic engineers, C.P.A. technology is proven in long-term performance and reliability. It is superior to other technologies and others are now changing to follow our lead. The C.P.A. electrolytic cell assembly consists of two concentric titanium tubes between which salt water (seawater) flows
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•Technical Information: Chloropac® Technology
The expansion of Electrocatalytic Products in electrochlorination and marine ICCP applications spans over a period of 50 years.
Their dedication and commitment to design and engineering of unique systems and standard products for a wide range of application users, means that, with their application knowledge and technology development, they "Lead the World" in the electro-chemistry technologies of Chloropac and Capac products.
Why Biofouling Prevention?
Whenever seawater or freshwater is used as part of an engineering process - in petrochemical works, electric power generating or desalination plants, offshore oil & gas production and in ships or other applications using water - biological fouling is an ever present problem.
Chloropac Overview
Invented and refined by Electrocatalytic engineers, C.P.A. technology is proven in long-term performance and reliability. It is superior to other technologies and others are now changing to follow our lead. The C.P.A. electrolytic cell assembly consists of two concentric titanium tubes between which salt water (seawater) flows. By passing electric current through the salt water, CHLOROPAC converts sodium chloride into sodium hypo chlorite, the active ingredient required for disinfection, sterilizing water and preventing organic fouling. CHLOROPAC C.T.E. “always clean” design is proven not to require acid wash or other electrode cleaning methods. This allows users of CHLOROPAC C.T.E. technology to operate at design output capacity at all times and therefore achieves the lowest life cycle cost of any system.
- Two bipolar flat plate cells in series.
- Two concentric tubular bipolar cells in series.
- Electrolytic flows through the annular space between the liner and outer electrodes as shown by white arrows
Standard designs are available for a wide range of chloride ion concentrations including brackish water, or use of aquifer and bore hole saline waters applications. CHLOROPAC has a truly dimensional stable electrode gap without any deposit formation, which in other designs closes the electrode gap.
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•Technical Information: Chloropac® Technology