Real-time monitoring, accurate tracing and in-situ repairing system and method for artificial wetland leakage

Abstract

The invention discloses a real-time monitoring, accurate tracing and in-situ repairing system and method for artificial wetland leakage, and the system comprises a mobile leakage detection device, a data terminal and a server, and a water pressure sensor and a conductivity sensor of the mobile leakage detection device carry out the real-time monitoring of the leakage condition of the artificial wetland. If the maximum relative deviation P of the water pressure is smaller than the standard value alpha and the maximum relative deviation C of the conductivity is smaller than the standard value beta, it is judged that leakage does not occur in the constructed wetland, and otherwise, the leakage detection device needs to be moved to accurately trace the leakage condition; when the total leakage area At is smaller than the standard value At1, the constructed wetland continues to operate, and otherwise, in-situ remediation needs to be conducted on the constructed wetland until the measured value At is lower than the standard value At1; the system solves the problems of real-time monitoring, accurate traceability and in-situ remediation of the constructed wetland, and has the advantages of quick response, high sensitivity, convenience in operation, low investment, environmental friendliness and the like.

Description

technical field [0001] The invention belongs to the technical fields of energy conservation and environmental protection, water treatment and water environment restoration, and particularly relates to a system and method for real-time monitoring, accurate traceability and in-situ restoration of leakage of artificial wetlands. Background technique [0002] Due to the advantages of low investment and construction cost, low operating cost, low operating technology, and the ability to combine landscape construction, constructed wetlands have been treated in a wider range of domestic wastewater in recent years, including urban domestic sewage, rural domestic sewage, farmland return water, and aquaculture wastewater. Wait. However, due to the complex composition of artificial wet inflow water, once leakage occurs, the content of ammonia, nitrogen, phosphorus, COD and other organic matters and heavy metals in the surrounding rivers and groundwater will increase sharply, which will ...

AI Technical Summary

Problems solved by technology

[0007] Purpose of the invention: In view of the problems that current artificial wetland leakage cannot be monitored in real time, the source tracing process takes a long time when leakage occurs, the accuracy is low, it needs to be shut down for repair, and there is a lack of intelligent judgment methods, etc., the present invention provides a method for detecting leakage in artificial wetlands. Real-time monitoring, accurate traceability and in-situ repair system and method, real-time monitoring of the leakage of constructed wetlands through the water pressure sensor and conductivity sensor of the mobile leak detection device, and accurate traceability of the leakage point when leakage occurs At the same time, on the basis of evaluating the leakage of the anti-seepage membrane, different in-situ repair technologies are adopted for different leakage situations, and repeated inspections are carried out during the repair process until the problem is solved, and a "real-time, fast and accurate The intelligent system of constructed wetland leakage monitoring, traceability and in-situ repair, which realizes the timely and effective control of constructed wetland leakage and reduces the environmental risks of constructed wetland leakage

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