Sodium hypochlorite disinfection equipment

NegotiableUpdate on 02/17

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Nature of the Manufacturer: Producers

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Overview

The sodium hypochlorite disinfection equipment mainly consists of an electrolytic cell system (which contains the core component of the sodium hypochlorite generator, the electrolysis electrode), an electrolysis power supply system, a circulation system, a storage system, a control system, and a dosing system.

Product Details

Sodium hypochlorite disinfection equipment only requires sodium chloride (salt) and water as raw materials, which is very convenient for procurement, transportation, and storage of raw materials, and is widely used for water disinfection.

The structure of a sodium hypochlorite generator mainly consists of an electrolytic cell system (which contains the core component of the sodium hypochlorite generator, the electrolysis electrode), an electrolysis power supply system, a circulation system, a storage system, a control system, and a dosing system.

Sodium hypochlorite disinfection equipment. The sodium hypochlorite disinfection machine, also known as the sodium hypochlorite generator, uses salt as raw material to dilute it into about 3% dilute salt water. In the specially designed electrolytic cell system of the sodium hypochlorite generator, the anode and about 3% dilute salt water undergo electrolytic reaction. The electrolytic salt water gains and loses electrons, converting chloride ions in the salt water into chlorine and sodium ions into sodium hydroxide. At the same time, chlorine gas, water, and sodium hydroxide undergo chemical reactions in the electrolytic cell system to produce sodium hypochlorite solution. The solution enters from one end of the electrolytic cell system to the other, that is, one end in and one end out. The solution in the electrolytic cell system is flowing.

The electrolytic chemical reaction is completed within the entire electrolytic cell system to electrolyze dilute salt water. Generally, the electrolytic plates in the electrolytic cell are spaced around 2MM apart, so the requirements for salt water are relatively high. Before electrolysis, the salt water needs to be filtered to prevent impurities from entering the electrolytic cell and getting stuck between the plates, which can damage the equipment. The hydrogen gas and sodium hypochlorite solution produced during the electrolysis process enter the drug storage system from the electrolytic cell. Throughout the process, the electrolytic cell, pipelines, raw material system, and drug storage system all require high standards to ensure that no faults occur due to hydrogen gas leakage, static electricity, or electric sparks. The sodium hypochlorite disinfection machine developed by the technical department of Xiangyi Yuansheng adopts its own core technology to ensure that the entire system cannot experience the above faults and to ensure stable and reliable operation of the equipment.

Physical and chemical properties of hypochlorous acid solution in water

1. Hypochloric acid solution water is a colorless and transparent liquid, mainly composed of hypochlorous acid, with a slight chlorine odor

2、pH2.0-3.0

3. Redox potential (ORP) ≥ 1100mV

4. Effective chlorine 60 ± 10mg/mol

5. Residual chloride ions<1000mg/L

technical indicators

1. Disinfection ability: efficient disinfectant

2. Generating device: YS-CLS sodium hypochlorite generator

3. Electrolytic agent: Sodium chloride

4. Appearance and odor: Colorless transparent liquid with a slight chlorine smell

5. Main active ingredient: Hypochlorous acid (HCL0)