Environmental governance system for river-crossing bridge

Abstract

The invention discloses an environmental governance system for a river-crossing bridge. The system comprises a waste liquid collection subsystem arranged on the river-crossing bridge, a waste liquid emergency classification subsystem for waste liquid categories, arranged at one side of the waste liquid collection subsystem and connected with the waste liquid collection subsystem, and a waste liquid treatment subsystem arranged at one side of the waste liquid emergency classification subsystem and connected with the waste liquid emergency classification subsystem. The waste liquid collection subsystem can realize centralized storage of the polluted waste liquid generated on the river-crossing bridge, and then, the waste liquid emergency classification subsystem can perform emergency recognition of the category of the polluted waste liquid and perform classified storage, thereby achieving the purposes of performing emergency treatment on the polluted waste liquid stored in the waste liquid collection subsystem in a centralized mode at the first time, and avoiding expansion of the pollution scope by the polluted waste liquid; and then, the waste liquid treatment subsystem performs different governance according to the polluted waste liquid in different categories, thereby achieving the purpose of governing the polluted waste liquid to the maximum limit.

Description

【Technical field】 [0001] This application relates to the technical field of cross-bridges, in particular to an environmental governance system for cross-river bridges. 【Background technique】 [0002] In recent years, my country has vigorously developed and constructed roads and bridges, railways and bridges. At the same time, it has also vigorously promoted the construction of water source protection areas. Only by protecting water sources can people's water safety be guaranteed. [0003] However, my country's road and bridge environmental protection supporting measures are seriously lagging behind, so that during the operation of roads and bridges, the initial rainwater from washing the bridge deck, the firefighting wastewater generated by firefighting, and the leakage of chemicals caused by traffic accidents and other polluted waste liquids directly enter the crossed waters, polluting the local water environment. Therefore, in order to avoid the environmental pollution cau...

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Problems solved by technology

[0003] However, my country's road and bridge environmental protection measures are seriously lagging behind, so that during the operation of roads and bridges, the initial rainwater from washing the bridge deck, the firefighting wastewater generated by firefighting, and the leakage of chemicals caused by traffic accidents and other polluted waste liquids directly enter the crossed waters, polluting the local water environment

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