Drainage pipes generally refer to rainwater pipes, and sewage pipes are also domestic sewage pipes. It used to be confluence, but now because of environmental requirements, these two must be separated. At present, rainwater and sewage diversion reconstruction projects and pipe networks in many places are in response to policy requirements.
If placed in building drainage, roof rainwater is the pipe that enters the municipal rainwater system. The kitchen sewage riser is generally separated from the bathroom riser. But if it is discharged to the municipal main pipe, it will merge into the sewage system.
To understand the internal situation of the drainage pipe network, we can arrange flow monitors and water quality monitors on the key nodes of the drainage pipe through scientific and reasonable star-shaped Internet of Things layout scheme design, and collect the water quality, flow rate, flow rate and liquid level data of the drainage pipe network in real time, so as to realize the water quality, flow rate, flow rate and liquid level of the drainage pipe network within the business scope, and access all kinds of data collected by the front end to various application systems through reliable data transmission networks. Improve the utilization value of data, and realize the functions of real-time monitoring and alarm, accurate and rapid location of accident area, waterlogging analysis, siltation analysis, and risk analysis of pipeline network operation load. It provides systematic data support for "rain and sewage diversion, radical cleaning, and remediation of black and odorous water bodies", speeds up the positioning of pipe network problems, promotes remediation of black and odorous water bodies, and reduces the harm of urban waterlogging.