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The intelligent chlorine dioxide dosing unit uses pre‑formulated chlorine dioxide powder, which is diluted and mixed to produce a high‑purity chlorine dioxide solution.
The intelligent chlorine dioxide dosing unit uses pre‑formulated chlorine dioxide powder, which is diluted and mixed to produce a high‑purity chlorine dioxide solution.
Sodium hypochlorite dosing unit
The sodium hypochlorite dosing system primarily comprises a chemical storage tank and a dosing metering pump. If the storage tank is not equipped with an agitator, liquid chemical agents can be directly fed into the system. The equipment requires no complex control signals; once the desired dosage is manually set, it can operate continuously and automatically.
Sodium hypochlorite dosing unit
The sodium hypochlorite dosing system primarily comprises a chemical storage tank and a dosing metering pump. If the storage tank is not equipped with an agitator, liquid chemical agents can be directly fed into the system. The equipment requires no complex control signals; once the desired dosage is manually set, it can operate continuously and automatically.
The primary mechanism of sodium hypochlorite disinfection involves its hydrolysis to generate hypochlorous acid, which further decomposes to produce nascent oxygen [O]. The highly oxidizing power of nascent oxygen denatures proteins and other biomolecules on bacterial cells and viruses, thereby killing pathogenic microorganisms. Furthermore, during the process of bactericidal and virucidal action, hypochlorous acid not only targets cell walls and viral envelopes but, owing to its small molecular size and lack of charge, can also penetrate into microbial (viral) cells, where it reacts oxidatively with cellular proteins, nucleic acids, enzymes, and other organic macromolecules, leading to the inactivation of pathogenic microorganisms. Additionally, the chloride ions released by hypochlorous acid can markedly alter the osmotic pressure of bacterial and viral cells, causing them to lose viability and ultimately die.
The primary mechanism of sodium hypochlorite disinfection involves its hydrolysis to generate hypochlorous acid, which further decomposes to produce nascent oxygen [O]. The highly oxidizing power of nascent oxygen denatures proteins and other biomolecules on bacterial cells and viruses, thereby killing pathogenic microorganisms. Furthermore, during the process of bactericidal and virucidal action, hypochlorous acid not only targets cell walls and viral envelopes but, owing to its small molecular size and lack of charge, can also penetrate into microbial (viral) cells, where it reacts oxidatively with cellular proteins, nucleic acids, enzymes, and other organic macromolecules, leading to the inactivation of pathogenic microorganisms. Additionally, the chloride ions released by hypochlorous acid can markedly alter the osmotic pressure of bacterial and viral cells, causing them to lose viability and ultimately die.
New model AB‑type chlorine dioxide generator
The AB‑type chlorine dioxide generator is a specialized device that incorporates a chemical reaction process and requires the dosing of disinfectant into the water to be treated, ensuring that bacterial and other water quality parameters consistently meet regulatory standards.
New model AB‑type chlorine dioxide generator
The AB‑type chlorine dioxide generator is a specialized device that incorporates a chemical reaction process and requires the dosing of disinfectant into the water to be treated, ensuring that bacterial and other water quality parameters consistently meet regulatory standards.
The chlorine dioxide generator consists of a kettle‑type reactor connected via an acid‑resistant conduit to a water‑jet vacuum unit. It is a compact, multi‑stage chemical‑process chlorine dioxide generator that is easy to operate, boasts high conversion efficiency and purity, offers versatile applications, and is environmentally friendly. The kettle‑type reactor employs a two‑stage or multi‑stage design; the primary reactor is equipped with an air distributor, while the secondary reactor features a balancing pipe, ensuring more complete reaction and enabling compliant discharge of residual liquid. The generated chlorine dioxide can be formulated into an aqueous solution or a stabilized chlorine dioxide solution.
The chlorine dioxide generator consists of a kettle‑type reactor connected via an acid‑resistant conduit to a water‑jet vacuum unit. It is a compact, multi‑stage chemical‑process chlorine dioxide generator that is easy to operate, boasts high conversion efficiency and purity, offers versatile applications, and is environmentally friendly. The kettle‑type reactor employs a two‑stage or multi‑stage design; the primary reactor is equipped with an air distributor, while the secondary reactor features a balancing pipe, ensuring more complete reaction and enabling compliant discharge of residual liquid. The generated chlorine dioxide can be formulated into an aqueous solution or a stabilized chlorine dioxide solution.
Electrolytic chlorine dioxide generator
The electrical control cabinet is a regulated constant-current power supply cabinet.
Electrolytic chlorine dioxide generator
The electrical control cabinet is a regulated constant-current power supply cabinet.
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WhatsApp：8618737959990
Email：gqhbtop@gmail.com
Manager Liu：+8618737959990
Manager Yang：+8615037920517
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