A water quality monitoring system

Abstract

A disclosed water-quality monitoring system comprises a detection frame on which a plurality of detachable supports are arranged, each detachable support is fixedly provided with a water-quality ammonia nitrogen index detector instrument and an electrode water-quality detector. By employing the water-quality monitoring system disclosed by the invention, various different detectors are fixedly arranged on the detachable supports, so that modularization of water-quality detection is realized, and different detectors can be fixedly arranged on the detachable supports according to different requirements on detection types. The whole detection process by employing water-quality monitoring system is efficient, fully automatic and accurate. By employing the electrode water-quality detector, on the one hand, a sensitive inductive head is protected, and on the other hand, a hairbrush arranged in a lower cylinder is capable of continuously cleaning the inductive head in real time, so that the sensitivity of the inductive head is guaranteed, and the detection result is relatively accurate.

Description

technical field [0001] The invention relates to a water quality monitoring system, in particular to a modular, real-time, fully automatic and remote monitoring high-efficiency water quality monitoring system. Background technique [0002] Water quality monitoring is an important part of the environmental protection department's monitoring of the environment. It usually includes ammonia nitrogen index detection, pH index detection and other items for water quality. The existing ammonia nitrogen index detection usually needs to be carried out in the laboratory. To remove impurities in water, the usual distillation device is made of glass, which is fragile and difficult to move and transport. Alcohol lamp is used for heating, which has low heat and is not easy to use; in formal testing, the amount of reagent dropped needs to be manually controlled, and the operator needs to shake the test tube, which is inconvenient and inaccurate. When detecting the pH index, multiple electro...

AI Technical Summary

Problems solved by technology

[0002] Water quality monitoring is an important part of the environmental protection department's monitoring of the environment. It usually includes items such as ammonia nitrogen index detection and pH index inspection of water quality. The existing ammonia nitrogen index detection usually needs to be carried out in the laboratory. To remove impurities in water, the usual distillation device is made of glass material, which is fragile and difficult to move and transport

Alcohol lamp is used for heating, the heat is small, and it is not easy to use; in the formal test, the amount of reagent dropped needs to be manually controlled, and the operator needs to shake the test tube, which is inconvenient and inaccurate

In the detection of pH index, multiple electrode sensors need to be inserted into the water respectively, and the electrode head needs to be cleaned and maintained after each manual detection, which is also inconvenient. At the same time, the electrode head with high sensitivity is easy to be damaged when cleaning the electrode.

After the existing water quality monitoring projects are completed, they need to be input into the computer for analysis, which cannot realize real-time and fully automatic water quality monitoring, let alone remote monitoring

Moreover, the testing equipment required for each item of existing water quality monitoring is independently configured, and each test is also completed independently. There is no water quality monitoring system that combines multiple testing items together

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