Efficient chlorine dioxide sterilizing machine

Abstract

The invention discloses an efficient chlorine dioxide sterilizing machine. The efficient chlorine dioxide sterilizing machine comprises a machine case, a water level pipe, a liquid level sensor, a metering pump, a reaction chamber, a sodium chloride storage tank, a sodium chloride feeding port, a hydrochloric acid feeding port, a hard material sucking pipe, a hydrochloric acid storage tank, a bracket, a liquid crystal display controller, a water feeding pipeline, a pressurizing pump, a pressure adjusting valve, a pressure meter, a water jetting device, a mixed liquid discharging pipe and a guiding pipe. The efficient chlorine dioxide sterilizing machine has the beneficial effects that the liquid crystal display controller is added for the sterilizing machine and can be in linkage with the high-precision metering pump, automatic control over the temperature and the reaction temperature of an electrolytic cell can be achieved, automatic chemical adding and automatic residual chlorine control are achieved, and meanwhile the efficient chlorine dioxide sterilizing machine can also be connected with a control chamber to achieve remote monitoring; and a pressurizing device is arranged and can accelerate the melting and circulating process in a chemical chamber, it can be guaranteed that saline water in the case is in a saturated state all the time, gas-liquid separation is achieved through the liquid level difference technology, and therefore the content of chloride ions in the environment is relatively low.

Description

technical field [0001] The invention relates to a disinfection machine, in particular to a high-efficiency chlorine dioxide disinfection machine, which belongs to the technical field of disinfection equipment application. Background technique [0002] Chlorine dioxide is a yellow-green to orange gas with an irritating gas similar to chlorine gas, and has high-efficiency oxidation and bactericidal capabilities. At present, chlorine dioxide has been widely used in tap water, secondary water supply, swimming pool water, municipal sewage, Disinfection treatment of circulating cooling water, hospital sewage and reclaimed water reuse, as well as deodorization, preservation, sterilization and disinfection of food processing and storage, aquaculture, etc. [0003] The structure of the traditional sterilizer is relatively complex, the floor area is large, the chemical reaction process is not sufficient, the melting and circulation process in the chemical chamber is slow, and the degr...

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Problems solved by technology

[0003] The structure of the traditional sterilizer is relatively complex, the floor area is large, the chemical reaction process is not sufficient, the melting and circulation process in the chemical chamber is slow, and the degree of automation is insufficient, and the reaction temperature and speed cannot be adjusted.

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