Heavy rainfall brings challenges to the urban drainage system. Then how to solve urban waterlogging has been a top priority for the Water Supply Bureau. There is a lot of rain in the summer. Heavy rainfall has brought disasters to people such as landslides, mudslides, and floods, causing significant loss of life and property.
At the same time, heavy rainfall has also brought greater challenges to the urban drainage pipeline system in that the drainage wells are blocked, and waterlogged, and sediments accumulate. Various types of waterlogging occur frequently. In such extreme weather, the lag in the construction of traditional urban drainage pipeline systems, weak monitoring capabilities, backward monitoring methods, high maintenance, and management costs, all these difficulties are exposed.
To ensure the normal life and personal safety of urban residents, it is urgent to speed up the construction of smart cities and solve the problem of urban waterlogging.
What are the Reasons for the Frequent Occurrence of Urban Waterlogging?
1. Long-term heavy rainfall caused the water level to rise, and the urban drainage system could not drain water in time, causing inconvenience for residents’ daily life.
2. The water storage level of cellars and other places has reached the warning line while the alarm and dredging are not issued in time, which causes the manhole cover to be washed away after the water level rises, and fall accidents occur.
3. Roads, culverts, tunnels, and other places where water is easy to accumulate are also easily accumulated debris, resulting in poor drainage, the water level rising more rapidly, vehicle flameouts may occur, and even personal safety endangered.
4. Drainage leakage occurs due to the aging of the pipeline, and there may be blockage while the pipeline is buried deep underground, which is difficult to monitor. Thus, small problems often cause major accidents.
5. The manual inspection has a lot of limitations; the internal problems of the pipeline cannot be detected by manpower. The loss of the manhole cover may also cause accidents to the monitoring personnel, which is time-consuming and laborious, and the monitoring data cannot be returned in time.
Establish an intelligent and real-time monitoring urban underground drainage pipe network system, which can effectively monitor waterlogging, drainage pipes, and other facilities in real-time, and make timely warnings to prevent tragedies.
How to Effectively Monitor and Warn Urban Waterlogging?
Rainfall Monitoring Solution
Rainfall is the first source of many water-related problems. If you grasp the details of rainfall for the first time during the flood season, you will have the initiative in flood control. Similarly, the first cause of urban waterlogging is the prolonged rainstorm, which caused a surge of rainwater and the inability to timely drainage. Therefore, to solve urban waterlogging, real-time rainfall monitoring is primarily considered.
Connect the remote monitoring terminal and the rain gauge through the Modbus protocol and PI/AI interface to form an IoT rain monitoring system, which monitors the precipitation in real time. Linked with the GIS platform to track the position, the system can timely return data to effectively ensure accurate precipitation data to support the corresponding early warning processing.
This rainfall monitoring system supports OTA, which can realize remote firmware upgrades and remote configuration of device operating parameters. It can run in a low-power consumption state to meet the requirements of more applications.
Flood-Prone Point Monitoring Solution
In addition to precipitation, roads, culverts, tunnels, and other places are easy of water accumulation due to insufficient drainage or clogging of debris, leaves, and other debris. The liquid level of the well is not monitored in time and the water level data is returned, causing problems such as overfilling.
Micro Sensor provides the flood-prone point monitoring solution which connects the level transmitter to a remote monitoring terminal to monitor the road water accumulation and the liquid level of the well in real-time. The protection level of the equipment used in the entire system is IP68, avoiding the influence of a harsh working environment on the equipment.
Pipeline Network Flow Monitoring Solution
In the drainage process, there will be problems such as pipeline blockage and pipeline leakage, which can cause untimely drainage. In addition, some excessive pollutants may be mixed with rainwater to be discharged due to untimely detection during the drainage process, causing environmental pollution problems, etc. The pipeline network flow monitoring solution matches with the flow meter through a remote monitoring terminal to monitor the pipeline network flow in real-time, and feedback abnormal flow data in time to determine the congestion situation and deal with emergencies. The remote monitoring terminal adopts a high-gain antenna to avoid data loss or transmission interruption due to weak underground signals.
Conclusion
Micro Sensor has participated in many water projects for many years, combined with our own rich sensing and monitoring technology, providing a series of smart water solutions. It supports a variety of water monitoring equipment, such as liquid level transmitters, flow meters, pressure transmitters, etc. collects and transmits monitoring data in real-time, and links with the big data platform to provide water management agencies with timely and rich pipeline operation information. The solution helps to achieve comprehensive monitoring and abnormality early warning of the situation and other functions to improve the efficiency of the pipeline network, reduce the risk of manual detection, and effectively solve many problems in the water supply and drainage process. At present, Micro Sensor has provided customized solutions and product support for many projects such as Jiangning Municipal Administration and Xixi Park, etc.
Feel free to contact us via sales@microsensor.cn, our sales engineers will reply to you within 24 hours once we receive your unique requirements.
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