IOT News

An aerator is an environmental protection device primarily used for wastewater treatment and water body oxygenation. Its main function is to force oxygen from the air to dissolve into water, thereby increasing the dissolved oxygen content of the water body. Aerators use mechanical action to break air into fine bubbles, increasing the contact area between air and water and accelerating the transfer of oxygen from the gas phase to the liquid phase. They are widely used in water body remediation, wastewater treatment, oxygenated irrigation, aquaculture, rivers and lakes, and black-odor water body treatment.

However, traditional manual inspection and on-site management methods can no longer meet the growing demands for refined and intelligent operations. Building an efficient, intelligent remote monitoring and maintenance management system for aerators has therefore become an urgent priority. To address this, WideIOT offers a remote monitoring and maintenance management system solution for aerators based on IoT, cloud computing, and data analytics technologies. It enables comprehensive real-time collection and online monitoring of aerator status information, providing a practical and reliable basis for precision maintenance.

System Functions

Real-time monitoring of aerator location, status, and parameters, displayed through a visualized interface—making it easy for enterprises and management departments to stay informed about equipment information at any time and perform editing and modification operations.

By monitoring various data points and setting alarm rules, the system can promptly alert maintenance personnel via WeChat, SMS, or email—enabling rapid fault localization, diagnosis, and corrective action.

Through the collection and analysis of equipment data reports and trend charts, the system uates maintenance conditions and equipment performance—providing reliable decision support for formulating appropriate inspection and maintenance plans.

Manages inspection and maintenance work orders through an online platform—including creation, editing, dispatch, and management—with quick access to information such as assigned personnel, processing progress, and activity logs.

Using PCs or mobile devices, management personnel can remotely start and stop equipment—reducing the frequency of on-site manual operations, saving additional expenses and costs, and reducing workload.