Automated chlorine dioxide dosing device

Automated chlorine dioxide dosing deviceApplication field

Drinking water treatment: Chlorine dioxide disinfection dosing device can effectively remove pathogenic microorganisms in water, ensuring drinking water safety.

Wastewater treatment: During the wastewater treatment process, chlorine dioxide can be used to remove harmful substances and odors from wastewater, improving the efficiency of wastewater treatment.

Industrial applications: Many industrial sites require cleanliness and hygiene of the environment, and chlorine dioxide disinfection dispensers can help enterprises achieve efficient disinfection and reduce the risk of microbial contamination in the production process.

Swimming Pool Disinfection: Chlorine dioxide disinfection dispensers can effectively control water quality and ensure the health and safety of swimmers.

Food processing: In the process of food processing and beverage production, chlorine dioxide dispensers can be used to treat water sources to ensure that water quality meets hygiene standards.

Medical facilities: In hospitals and other medical facilities, chlorine dioxide can be used to disinfect medical equipment, operating rooms, and other environments to prevent cross infection and disease transmission.

Automated chlorine dioxide dosing deviceThe working principle is based on the chemical method to generate chlorine dioxide, and precise dosing is achieved through a metering pump. The specific process is as follows:

Chlorine dioxide generation: Sodium chlorate reacts with hydrochloric acid under acidic conditions to produce chlorine dioxide, chlorine gas, sodium chloride, and water.

Metering dosing: Using a metering pump to automatically adjust the dosing amount based on water quantity, water quality, or residual chlorine to ensure stable disinfection effect.

Disinfection function: Chlorine dioxide destroys microbial proteins, fats, and nucleic acids through oxidation, achieving the purpose of sterilization while removing odors and color.

Application advantages

Efficiency and stability: Quickly improve water quality to meet high standard requirements; Automated control reduces human error and ensures stable operation.

Economy and environmental friendliness: low equipment and operating costs, high conversion rate of chemicals; No secondary pollution, in line with the concept of green development.

Flexibility and adaptability: Supports the addition of multiple disinfectants to adapt to different water quality conditions; Modular design facilitates installation and maintenance.

Safety and reliability: Sealed design prevents gas leakage, low liquid level protection extends equipment life; Realize closed-loop control through residual chlorine monitoring.