Industry background.
With the continuous development of medical standards and population growth, the number of hospitals has increased rapidly, and the medical wastewater generated has also increased. Medical wastewater is different from general domestic sewage, it contains harmful substances such as chemicals, radioactive wastewater and pathogens, and if it is discharged directly without proper treatment, it will cause serious pollution to the environment and even lead to serious accidents**. Therefore, the monitoring and management of medical wastewater treatment equipment has become particularly important.
Industry pain points. 1. Insufficient equipment monitoring: Traditional medical wastewater treatment equipment usually lacks real-time monitoring function, and cannot timely understand the operation status and water quality of the equipment.
2. Low operation efficiency: the lack of automation and intelligent remote control means leads to low operation efficiency, and is prone to errors, and abnormalities cannot be controlled in time.
3. Difficulty in data collection and analysis: The equipment interface protocols are diverse, the on-site network conditions are different, and the lack of effective data collection and analysis tools makes it difficult to accurately evaluate and optimize the equipment performance and water quality.
4. Potential safety hazards: due to insufficient monitoring, the equipment may have potential safety hazards, such as faults, leaks, etc., which pose a threat to the environment and users, and lack of automatic alarm means.
Solution. In response to the above pain points, Shuzhi can provide efficient and reliable remote monitoring system solutions for medical wastewater treatment equipment. Through Internet of Things technology, cloud computing and big data analysis, the solution realizes real-time monitoring, remote control and data analysis of medical wastewater treatment equipment, so as to detect equipment failures and manage and control them in time.
Equipment manufacturers can realize centralized monitoring and management of medical wastewater treatment equipment across the country, adjust and optimize resource allocation, provide more timely and reliable after-sales service, and enhance market competitiveness with the help of digital means.
System Function Function.
1. Real-time monitoring: Through the sensors, GPS and PLC collected on the equipment and uploaded to the cloud, the operation status, water quality parameters and location distribution of the equipment are monitored in real time to ensure the normal operation of the equipment and the water quality standards.
2. Remote control: Through the remote monitoring system platform, the remote control of the equipment is realized, such as adjusting the parameters, starting and stopping the equipment, etc., so as to improve the efficiency and convenience of operation.
3. Data analysis: use big data and cloud computing technology to conduct in-depth analysis of the collected visual data, find potential problems, optimize equipment performance and improve processing efficiency.
4. Fault alarm: set the threshold, when the monitoring data exceeds the preset range, trigger the alarm mechanism, and notify the relevant personnel in time to deal with it (WeChat, SMS, email, etc.) to ensure the safety of the equipment and the environment.
5. Visual display: through charts, curves, configurations, large data screens and other forms, the operation status, water quality and treatment efficiency of the equipment are intuitively displayed, which is convenient for users to view and understand.