Sea Water based systems
Sea Water based systems

Sea water-Based Systems
Sea water-Based Systems

Harness the power of the ocean to create a powerful disinfectant on-site. SENCO’s Seawater Electrochlorination Systems provide a safe, reliable, and cost-effective solution for water disinfection, eliminating the need to purchase, store, and handle hazardous chemicals. Our systems are engineered to offer robust, uninterrupted protection against biofouling and harmful microorganisms in any seawater intake application.
Enhanced Safety
Generate disinfectant on demand, eliminating the risks associated with transporting and handling hazardous chemicals.
Cost-Effective Operation
Uses only seawater and electricity—two readily available resources—to significantly lower your operational costs.
Uninterrupted Protection
Ensures your systems are continuously protected from biofouling, maximizing efficiency and preventing costly shutdowns
Enhanced Safety
Generate disinfectant on demand, eliminating the risks associated with transporting and handling hazardous chemicals.
SENCO Sea Water-based Electrochlorination systems are trusted across a wide range of industries for critical disinfection tasks:

Oil & Gas (Onshore & Offshore)
Rugged disinfection of firewater, process water, and utility water systems.

Desalination Plants
Essential pre-treatment to protect sensitive and high-cost RO membranes from biological growth.

Marine & Maritime
Disinfection of ballast water and fire-fighting systems on all types of vessels.

Municipal Water Treatment
A safe, reliable alternative to chlorine gas for disinfecting drinking water in coastal communities.

Aquaculture & Fisheries
Ensuring hygienic conditions in hatcheries and processing facilities to protect livestock and ensure product safety.
Advanced Engineering for Maximum Reliability
Advanced Engineering for Maximum Reliability
Engineered for unattended operation and maximum uptime, every SENCO Sea Water-based Electrochlorination system features an advanced control panel, automated safety shutdowns for temperature, and an integrated self-cleaning cycle to maintain peak performance without disassembly.
