High-Efficiency Water Treatment Chlorine Disinfection Sodium Hypochlorite Generator

Product Description

High-Efficiency Water Treatment Chlorine Disinfection Sodium Hypochlorite Generator

Product Introduction

sodium hypochlorite generator product features

At present, the disinfection of urban water works usually adopts chlorine gas, chlorine dioxide, sodium hypochlorite and other chemical disinfection methods, in which chlorine gas disinfection is widely used because of its low price and strong continuous disinfection ability, the safety risks of chlorine gas disinfection have been increasingly concerned.
Sodium hypochlorite disinfection has a broad-spectrum and efficient disinfection effect. Its disinfection ability is similar to that of chlorine. The product form is low concentration liquid, which does not belong to the category of dangerous goods and avoids the leakage of toxic gas in chlorine, carbon dioxide and other disinfection processes, and the transportation of dangerous goods. Therefore, it is gradually applied and promoted in waterworks.On-site sodium hypochlorite is a kind of disinfection process using salt, water and electricity, which is very simple and easy.

The process flow of the conventional hypochlorite generator includes the following steps: firstly, after the tap water is softened, the calcium and magnesium ions in the water are removed, and part of the softened water provides the dilution water for the inlet water of the sodium hypochlorite generator; secondly, the other part flows into the salt dissolving tank to dissolve the refined salt into 30% saturated brine, which is accurately mixed with the dilution water by the metering pump after being softened, and then enters the electric power plant The direct current is electrolyzed under the action of electrolyzer. The prototype in the cell produces chlorine, and the cathode produces sodium hydroxide and hydrogen. The two products react to form sodium hypochlorite solution.

Technical advantages
1. Intelligent algorithm is used to prompt the service life of electrode and pickling cycle
2. Access to the IOT: realize remote intelligent identification and management, equipment fault warning and remote processing
3. Intelligent control: automatic control, unattended, big data information collection
4. Modular design: modular integrated equipment, fast and convenient equipment installation and maintenance
5. High efficiency and low power consumption: Low salt consumption, low power consumption, high current efficiency, high stability of product liquid
6. Safety and stability: corrosion resistant material + special coating, higher service life (cathode normal service life > 20 years, anode normal service life > 5 years), long-term stable operation


Basic indicators
1. Dilute brine concentration: 3%, or use seawater directly
2. Consumption per 1kg of available chlorine salt
3. Consumption per 1kg of available chlorine: < 4.0kwh
4. The power consumption of available chlorine in the preparation liquid : 6000-9000ppm,;current efficiency :More than 78%
5. Electrode materials: pure titanium materials (cathode, anode, fastener); Anode protection coating: mixed formula of rare and precious metal oxides such as ruthenium and iridium;
Service life of cathode: 20 years (normal use);
Service life of anode coating: 5 years
6. Sterilization rate of disinfectant: 99.9%
7. Life of electrolyzer: the electrolyzer is made of high anti-corrosion materials with the life of more than 20 years
8. Automatic control level: DSP console centralized control, large system with remote monitoring and operation

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