Pipe network disinfection method and pipe network system with disinfection function

Abstract

The invention discloses a pipe network disinfection method and a pipe network system with a disinfection function. An ozone delivery pipe is installed in a pipe network pipeline, one end of the ozonedelivery pipe is connected with an ozone generator, and ozone generated by the ozone generator is delivered into the pipe network pipeline through the ozone delivery pipe to disinfect the pipe networkpipeline. The system comprises a pipe network pipeline, an ozone conveying pipe is arranged in the pipe network pipeline, the end, located in the pipe network pipeline, of the ozone conveying pipe isclosed, the other end of the ozone conveying pipe extends out of the pipe network pipeline and then is connected with an ozone generator, and multiple exhaust holes are formed in the ozone conveyingpipe located in the pipe network pipeline. The system can disinfect, sterilize and deodorize a pipe network in a timely and segmented manner, and has positive effects on improving the urban atmospheric environment and reducing the burden of an urban sewage treatment plant; and in addition, the system has the characteristics of intelligence, convenience, low maintenance frequency and low cost.

Description

technical field [0001] The invention relates to a pipe network disinfection method and system, in particular to a pipe network disinfection method and a pipe network system with disinfection function. Background technique [0002] As an important infrastructure of urban construction, the pipe network system's main function is drainage. It is not only used to collect urban rainfall, but also a path for the collection of domestic sewage in various areas of the city, protecting people's health and normal social life. [0003] With the accelerated development of society, the existing pipe network system is facing increasingly serious challenges. Often the construction of the pipe network system lags behind the development of society and people's expectations for it, resulting in a large number of pipe network system odor overflow and sewage cross flow , seriously affecting the quality of the air environment in the urban area and endangering public health safety. At the same tim...

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Problems solved by technology

[0003] With the accelerated development of society, the existing pipe network system is facing increasingly serious challenges. Often the construction of the pipe network system lags behind the development of society and people's expectations for it, resulting in a large number of pipe network system odor overflow and sewage cross flow , seriously affecting the quality of the air environment in urban areas and endangering public health safety

At the same time, the pipes contain most of the bacteria and viruses in the city, which increases the burden on the urban sewage treatment plants. Often the newly built urban sewage treatment plants are already facing full load and overload work before they are put into use, making it difficult to digest the pipe network system Disinfection of collected sewage

[0004] However, the more serious problem is that before the pipe network system flows into the urban sewage treatment plant, it travels through the streets and alleys of the city, and the odor overflows at the inspection well or the sewer of the pipe network system, and bacteria and viruses escape from the pipe network system. , dispersed in the urban air, posing a serious threat to people's lives

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