IOT News

Laboratory sewage treatment equipment is primarily used to process comprehensive wastewater generated during laboratory processes, including pharmaceuticals, reagents, test solutions, waste liquids, residual reagents, container washing, instrument cleaning, and spillages.

 This wastewater often contains complex components such as heavy metals, toxic, harmful, corrosive, and biologically contaminated substances. If not effectively managed and controlled in a timely manner, it can cause environmental damage and impact the safety of surrounding populations.

The safe and stable operation of sewage treatment equipment ensures the quality and efficiency of wastewater treatment, but also imposes higher requirements on equipment manufacturers.

 In response, WideIOT offers an IoT system for laboratory sewage treatment equipment based on industrial smart gateways. By implementing data acquisition and wireless communication across sewage treatment equipment nationwide through industrial smart gateways, device management, remote monitoring, remote control, and remote maintenance capabilities are enhanced, thereby preventing accidents and losses caused by equipment failures.

System Functionalities

1. Real-time Monitoring: By collecting data from the sewage treatment equipment's PLC and transmitting it to the cloud via 5G/4G, the equipment's operational status, treatment efficiency, and GPS location can be monitored in real-time.

    This allows staff to stay informed about the equipment's location and operational status from anywhere using a mobile phone or computer, enabling prompt identification and handling of abnormal situations and significantly improving work efficiency.

2. Intelligent Remote Operations: Through the calculation and comparison of fault rules, the system can automatically trigger alarms for equipment faults and notify administrators via WeChat, SMS, email, etc. Administrators can then perform PLC remote control, PLC remote programming, debugging, and program upload/download operations, greatly enhancing management levels.

3. Fault Maintenance Inquiry: The system platform enables inquiries into fault maintenance for laboratory sewage treatment equipment, allowing real-time viewing of fault information and maintenance work orders, as well as details such as responsible personnel, handling times, and work logs.

    This provides strong support for quality management and accountability in laboratory sewage treatment.

4. Data Visualization and Intelligent Analysis: Based on a data dashboard, various data visualizations and intelligent analyses can be performed, enabling equipment manufacturers to optimize and improve aspects such as idle equipment utilization, operational resource allocation, and treatment efficiency. This facilitates the development of scientific and rational decisions to better serve customers.