By using UV visible full spectrum technology, complete absorption spectrum information of different substances in the UV and visible regions of water can be obtained, enabling simultaneous detection of multiple water quality indicators, such as COD, TOC, total phosphorus, total nitrogen, ammonia nitrogen, and more than ten other indicators, greatly improving monitoring efficiency.

Traditional water quality monitoring methods often require the use of various chemical reagents, while the ATE2000 reagent free full spectrum water quality monitor achieves reagent free detection, avoiding problems such as reagent purchase, replacement, and possible secondary pollution, reducing operating costs, and also reducing safety hazards caused by improper use or storage of reagents.

By using a dual beam compensation design and simultaneously measuring the sample beam and reference beam, the influence of factors such as light source fluctuations and environmental interference on the measurement results can be effectively eliminated, improving the stability and accuracy of the measurement. Even under long-term monitoring, good performance can be maintained, ensuring the reliability of the data.

It can be directly immersed in water for in-situ online detection, without the need for complex pre-treatment and sampling processes of water samples. It can reflect the actual water quality status of the water body in real time, greatly improving the timeliness and representativeness of monitoring, especially suitable for all-weather online monitoring of natural water bodies, sewage treatment plants, drainage networks and other environments.