Electrochemical Activation (ECA) is a proven, science-backed technology used to create powerful and environmentally safe water disinfection solutions.

At the core of this process is electrolysis, where a low-voltage electrical current is applied to a diluted saltwater solution as it passes through a specially designed electrolytic cell. This triggers a controlled, non-spontaneous chemical reaction, transforming the solution into two distinct, non-toxic outputs:

• Anolyte: a disinfectant containing hypochlorous acid (HOCl), which many studies show is effective against bacteria, viruses, fungi, and biofilms.
• Catholyte: a gentle, alkaline cleaning solution containing sodium hydroxide (NaOH), with powerful cleaning and degreasing capabilities.

Anolyte and Catholyte are low-mineral, metastable solution, meaning they exist in a temporarily energized state that gives them increased chemical reactivity and enhanced disinfection. This is a key reason why they are highly effective at low concentrations and can outperform conventional chemicals.

Importantly, microorganisms do not develop resistance to HOCl - ensuring long-term, effective sanitation without the diminishing returns seen in some conventional disinfectants.

Electrolyzed water technology is safe for people, gentle on equipment, and the outputs are biodegradable - making it ideal for industries that demand reliable water disinfection systems without the environmental or operational risks of hazardous chemicals.

Producing hypochlorous acid (HOCl) involves a straightforward chemical process. It begins by combining carefully measured amounts of salt (sodium chloride) and water. When an electrical current is applied, the solution is split into two useful compounds through a process called electrolysis.

This electrochemical reaction is the foundation of electrolyzed water, allowing the production of safe, sustainable water treatment solutions without the need for harmful chemicals.