In the process of modern industrial and urban sewage treatment, the sewage interception basket, as an important part of the preliminary treatment facilities, undertakes the key task of intercepting and collecting large suspended solids and impurities in sewage.
However, as the use time increases, dirt will gradually accumulate in the sewage interception basket, which not only reduces the sewage treatment efficiency, but may also cause equipment failure.
Therefore, real-time monitoring of the dirt deposition in the sewage interception basket is crucial to ensure the stable operation of the sewage treatment system.
This article will introduce the application of radar level meter in measuring the dirt deposition in the sewage interception basket and its importance.
The characteristics of dirt deposition in the sewage interception basket are mainly reflected in its unevenness and dynamic variability. Due to the complex composition of sewage, which contains solid substances of different particle sizes, the deposition rate and distribution pattern of these substances in the basket are different, resulting in significant unevenness in the thickness and density of the dirt layer inside the basket.
In addition, as the flow and quality of sewage change, the rate of dirt deposition will also fluctuate, causing the morphology of the dirt layer to be in constant change.
In view of these characteristics of dirt deposition in the sewage interception basket, the traditional manual detection method is not only time-consuming and laborious, but also difficult to achieve real-time monitoring and accurate measurement. Therefore, the use of advanced radar level meters for automated monitoring has become an effective solution.
The radar level meter measures the distance by emitting microwave signals and receiving the reflected signals, and then calculates the level height. In the application of sewage interception baskets, the radar level meter can be installed above the basket to monitor the dirt deposition height inside the basket in real time.
Because radar waves have good penetration, the thickness of the dirt layer can be accurately measured even when the dirt surface is irregular.
The advantage of the radar level meter is that its non-contact measurement method is not affected by the characteristics of dirt deposition, and it can work continuously and stably in harsh environments.
At the same time, modern radar level meters usually have high accuracy and reliability, and can provide accurate real-time data, which is convenient for operators to understand the working status of the sewage interception basket in a timely manner and take corresponding maintenance measures based on the monitoring results.
Radar level meter plays an important role in monitoring dirt deposition in sewage interception baskets. It can not only adapt to the unevenness and dynamic changes of dirt deposition, but also provide continuous and accurate monitoring data, providing a strong guarantee for the stable operation of sewage treatment systems.