Asia Chemical Engineering Co., Ltd
+86-571-87228886
Sodium Hypochlorite Generator For Water Plant

Sodium Hypochlorite Generator For Water Plant

The HCCL series sodium hypochlorite generator is a device that uses a diaphragm free electrolysis method to electrolyze dilute brine and prepare low concentration sodium hypochlorite solution online. It has the characteristics of easy availability of raw materials, purity of products, and safety and reliability. Suitable for various types of chlorinated disinfection water treatment.

Send Inquiry
  • Description

    Asia Chemical Engineering Co., Ltd. is one of the most reliable manufacturers and suppliers of sodium hypochlorite generator for water plant in China. Please rest assured to wholesale cost-efficient sodium hypochlorite generator for water plant from our factory. Good service and reasonable price are available.

     

    How a Sodium Hypochlorite Generator Works

     

    The sodium hypochlorite generation process is based on diaphragm-free brine electrolysis.

    The system first prepares dilute brine by dissolving industrial salt in softened water. The brine solution is then delivered into the electrolytic cell, where direct current passes through MMO-coated titanium electrodes. During electrolysis, sodium chloride reacts with water to produce sodium hypochlorite solution and hydrogen gas.

    The generated sodium hypochlorite is transferred to a storage tank or directly injected into the water treatment pipeline through an automatic dosing system.

    The primary reaction process includes:

    Sodium chloride (NaCl)
    Water (H₂O)
    Electrical energy

    Output products:

    Sodium hypochlorite (NaOCl)
    Hydrogen gas (H₂)

    Hydrogen generated during electrolysis is discharged through a dedicated ventilation or dilution system designed for industrial safety requirements.

     

    Technical Specifications

     

    Parameter Typical Range
    Capacity 200 kg/day to 4 tons/day (scalable)
    Solution Concentration 5–12% NaClO (adjustable by model)
    Input Voltage 220V–480V (varies by region)
    Electrode Material Titanium with ruthenium/iridium coating
    Footprint 1.5–10 m² (skid-mounted or containerized)

     

    Sodium Hypochlorite Generator Machine
    Advantages of On Site Sodium Hypochlorite Generation

    Reduced Chemical Transportation Risk

    The system eliminates bulk transportation and storage of chlorine gas and concentrated bleach solutions.

    Continuous Chlorine Supply

    Disinfectant is produced on demand according to plant operation requirements.

    Lower Chemical Degradation

    Freshly generated sodium hypochlorite reduces active chlorine loss caused by long-term storage.

    Improved Operational Safety

    Low-concentration sodium hypochlorite is safer to handle compared with compressed chlorine gas systems.

    FAQ:

     

    Why Water Plants Use Sodium Hypochlorite Generators

     

    Water treatment facilities increasingly replace chlorine gas systems with on-site sodium hypochlorite generation due to stricter safety regulations and lower operational risk.

    Compared with traditional chlorination methods, electrochlorination systems simplify chemical management while maintaining stable disinfection performance for continuous water treatment operation.

     

    What concentration of sodium hypochlorite is generated?

    Typical on-site systems produce low-concentration sodium hypochlorite solution between 0.6% and 0.8% available chlorine.

     

    Is hydrogen produced during electrolysis?

    Yes. Hydrogen gas is generated as a by-product and discharged through dedicated ventilation or dilution systems.

     

    Can the system operate continuously?

    Yes. Industrial electrochlorination systems are designed for continuous automatic operation in municipal and industrial water treatment plants.

     

    Hot Tags: sodium hypochlorite generator for water plant, China, manufacturers, suppliers, factory, wholesale, price, profession, cost

    Previous: No Information

(0/10)

clearall