The meaning of water quality monitoring:

Water quality monitoring is the process of detecting the types of pollutants present in water bodies, testing the quantities and trends of various pollutants, and evaluating the quality of water bodies. The main purpose of water quality monitoring is to monitor whether the composition of the water body is the same as the normal water quality indicators. The pollutants detected mainly include organic pesticides, nitrogen, phosphorus, potassium, heavy metal elements, and halogen elements, which have a significant impact on water quality. The monitoring objects include industrial wastewater, river water, lake water, seawater, and domestic wastewater. In the process of water quality monitoring, the evaluation of water bodies is mainly based on two types: physical water quality indicators and chemical water quality indicators. Physical water quality indicators include temperature, chromaticity, turbidityPHThe main chemical water quality indicators include values, conductivity, etcCODTheTOCPlant nutrients, inorganic non-metallic compounds, heavy metals, etc.

At present, there are many analytical methods for water quality monitoring. Classic analytical methods include gravimetric analysis and titration analysis. In addition, there are emerging analytical methods such as instrument analysis, such as atomic chromatography and spectrophotometry.

Product recommendation:

Zhiyi Era has delved into cutting-edge technologies in the industry and, with years of research and development capabilities, has launched multiple online water quality monitoring devices that can fully meet the needs of enterprise customers.

Portable online water quality monitoring device

ZWIN-CONT06The portable water quality online monitoring device can support all digital water quality analysis probes of our company and has a complete external interface, which can easily connect sensor probes. It is suitable for environmental monitoring, water treatment plants, municipal sewage, industrial wastewater, surface water bodies, scientific research institutes and other water quality testing. Equipped with Bluetooth printing function for easy data output, advanced sensor technology without the need for reagents, pollution-free, economical and portable, built-in lithium battery with long battery life for easy testing in different environments.

Multi parameter water quality online monitoring system

ZWIN-WQMS06The online monitoring equipment can support all digital water quality analysis probes of our company, and has a complete external interface, suitable for online water quality monitoring of immersion water quality probes. It can be deployed outdoors and indoors, and can easily realize sensor probe networking, remote control, fault diagnosis and other work.

Micro water quality online monitoring station

ZWIN-MOWQM08A micro water quality online monitoring station is a complete system composed of online automatic analysis instruments as the core, which includes sampling, preprocessing, analysis, data processing and storage, to achieve online automatic monitoring of samples. It generally includes a sampling system, preprocessing system, data collection and control system, online monitoring and analysis instruments, data processing and transmission system, and remote data management center.

The significance of water quality monitoring for environmental protection：

Water quality monitoring plays an important role in protecting various water environments, maintaining healthy water quality, and controlling the discharge of pollutants. Water quality monitoring is the foundation for treating water pollution and an important measure for managing and protecting water resources. For industrial water, water quality monitoring can timely control sewage indicators such as heavy metal content, nitrogen, phosphorus, and potassium content, prevent harmful substances from being discharged into water bodies such as rivers, lakes, and seas, and protect the environment. In the process of water quality monitoring in rivers, lakes, and seas, if changes in organic matter content in the water can be detected in a timely manner and measures can be taken in advance before the outbreak of eutrophic algae in the water, the ecological impact caused by red tide and other phenomena can be effectively avoided.