Agricultural non-point source pollution treatment system for riverway purification

Abstract

The invention discloses an agricultural non-point source pollution treatment system for riverway purification. The system comprises an information data platform, a wireless communication module, a monitoring station, a control terminal, a water quality processing device and a water quality monitoring device, wherein the monitoring station is internally provided with a control terminal, the periphery of the monitoring station is provided with a water quality processing device, the control terminal is in communication connection with the water quality monitoring device through a wireless communication module, and the information data platform is in communication connection with the control terminal arranged in the monitoring station through the wireless communication module. The system provided by the invention can be used for directly carrying out unified monitoring and pollution treatment on riverways in a range; the purification treatment steps can be simplified or enhanced accordingto specific conditions, the system can be suitable for various conditions, the treatment method is determined according to specific requirements, information acquisition is faster and more accurate, resource waste is avoided to the maximum extent, and the treatment efficiency of riverway agricultural non-point source pollution is effectively improved.

Description

technical field [0001] The invention belongs to the technical field of river pollution treatment, and more specifically relates to an agricultural non-point source pollution treatment system for river purification. Background technique [0002] Agricultural non-point source pollution mainly refers to the slow movement of various pollutants in the soil circle or the diffusion from the soil circle to the hydrosphere at low concentrations and in a wide range during the process of agricultural production activities, resulting in the pollution of soil, aquifers, lakes, and rivers. Ecosystems such as ecosystems such as ecosystems, shorelines, and atmosphere are polluted, which has the characteristics of large randomness in the formation process, many influencing factors, wide distribution range, long incubation period, and great harm. Among them, because of convenience, pollutants are often discharged into the river, resulting in serious river pollution, and the water quality of t...

AI Technical Summary

Problems solved by technology

[0004] 1. The operation steps of manual inspection of water quality are cumbersome, the operation procedures are not standardized enough, and the efficiency is low, so it is difficult to ensure effective inspection of the river channel at all times

The inefficient and cumbersome monitoring work also makes the staff prone to burnout, and may even lead to negligence in the detection work

[0005] 2. The treatment of rivers is cumbersome and single. Regardless of whether the rivers in this area are seriously polluted or not, the same method is used for treatment and follow-up monitoring. To a certain extent, the resources for river pollution treatment are wasted, which in turn leads to river pollution. Reduced processing efficiency

[0006] 3. Although the installed trash nets can effectively intercept floating objects, it is very likely that too many floating objects will be intercepted in the same area, making it difficult to carry out unified recycling. However, the trash nets set up in subsequent river areas are basically not Foreign objects are intercepted

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