Reagent-free multi-parameter water quality in-situ monitor

Abstract

The invention discloses a reagent-free multi-parameter water quality in-situ monitor. A water quality condition is monitored in real time through an electrode module and a spectrophotometry module, meanwhile, a wind speed is detected and can be directly displayed through a display screen, public fairness of data is guaranteed, the data is stored to a cloud end and can be checked by a user on a mobile phone or a computer end, and data management is performed. The monitor provided by the invention has a unique structural design; and six solar panels are arranged, solar power generation is ensured to provide enough energy for a storage battery, an electrode method module and the spectrophotometry method module are adopted to correspond to detection items such as a temperature, conductivity, dissolved oxygen, a pH value, ammonia nitrogen turbidity, a chemical oxygen demand and the like, no reagent needs to be added, a water quality change condition is effectively monitored in real time, and an emergency is warned.

Description

technical field [0001] The invention belongs to the technical field of water quality detection, and in particular relates to a reagent-free multi-parameter water quality in-situ monitor. Background technique [0002] Water resources are the most important natural resources of human society and the basic conditions for survival and development. The sustainable use of water resources is an extremely important guarantee for the sustainable development of society and economy. In recent years, with the increasingly serious water pollution, As the basic work of water pollution control, water quality monitoring is of great significance. At present, water quality monitoring is one of the basic means to protect water resources. As a basic work in water pollution control, it provides data and information for environmental management, and provides a basis for evaluating the water quality of rivers and oceans. It is a scientific research on water resource protection. It can study the s...

AI Technical Summary

Problems solved by technology

[0004] In the process of evaluating the water quality, most of the existing detection methods are that the staff arrive at a certain monitoring area, collect water samples, and then analyze the instruments and equipment on the shore, and finally obtain the monitoring data. Such monitoring requires personnel to go to the water area to manually collect Water samples, the cost is high, the work efficiency is low, the workload to be completed is large, and the water quality monitoring data cannot be obtained effectively and quickly

The electrochemical method or chemical reagent method is used to monitor the groundwater quality. Due to the limitation of the method's use conditions, the detection electrodes or chemical reagents need to be replaced regularly, and the chemical method to detect water quality itself has complex analysis process, long cycle, high cost and poor real-time performance. , single detection parameters and other defects, unable to meet the requirements for long-term monitoring of water quality

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