All-in-one on site sodium hypochlorite generator

Disinfection Features

01 Fast and Effective Disinfection
The sodium hypochlorite generator produces sodium hypochlorite solution from salt and water. During the disinfection process, hypochlorous acid is generated in water, providing strong oxidation and broad-spectrum antimicrobial performance against bacteria, viruses, fungi, spores, and other microorganisms.

02 Safe On-Site Operation
The system uses common industrial salt and electricity as its primary operating materials. Sodium hypochlorite is comparatively stable and is non-flammable and non-explosive under normal operating conditions, helping reduce the safety risks associated with transporting and storing conventional chlorine-based disinfectants.

03 Efficient Disinfectant Consumption
Sodium hypochlorite provides effective disinfection at a relatively low dosage. This helps control chemical consumption while minimizing unnecessary chemical loading in the treated water and reducing the potential environmental impact of the disinfection process.

04 Economical Operating Cost
Industrial salt is readily available and generally inexpensive, while its cost remains relatively stable. Using salt as the raw material allows the sodium hypochlorite generator to produce disinfectant on demand and helps reduce long-term chemical procurement expenses.

05 Low-Odor Disinfection Process
The sodium hypochlorite disinfection process does not normally generate the strong irritating odor associated with traditional chlorine handling. Under appropriate operating conditions, this creates a more comfortable working environment for operators and reduces the need for respiratory protection specifically due to chlorine odor.

Sodium Hypochlorite Generator vs. Traditional Chlorine Liquid

Application

All-in-One On-Site Sodium Hypochlorite Generator

The all-in-one on-site sodium hypochlorite generator integrates disinfectant generation and operating functions into a compact system. It is designed to produce sodium hypochlorite solution directly at the point of application, reducing dependence on externally supplied disinfectants and minimizing the need for large-volume chemical storage.

The system is suitable for water treatment and disinfection applications where reliable disinfectant supply, controlled chemical consumption, operational safety, and long-term cost efficiency are important considerations. On-site production also allows users to adjust disinfectant generation according to actual treatment requirements, making the system suitable for different project capacities and operating conditions.