With the acceleration of urbanization, the health problem of urban water environment has become increasingly prominent. In order to ensure the safety and health of the urban water environment, it has become a top priority to build a comprehensive urban water environment management monitoring system. This paper will combine the case study and the role of the monitoring system for comprehensive urban water environment management, in order to provide help for the sustainable development of cities.
Witbee Wanbin adopts pipe network flow monitor, pipe network water level monitor, pipe network water quality monitor, river and lake water level monitor, river and lake flow rate monitor, edge computing gateway and other intelligent monitors installed around the urban water environment for real-time monitoring, not only the river and lake system, including rain and sewage pipe network, storage tank, drainage pumping station, interception well, drainage household, sewage treatment station and other related key locations for 7*24 hours of uninterrupted monitoring.
1.Real-time monitoring of water quality: The urban water environment comprehensive treatment monitoring system monitors water quality parameters in real time, such as pH value, dissolved oxygen, ammonia nitrogen, etc., through the monitoring equipment installed around the water area, to ensure that the water quality meets the national standards.
2.Early warning and traceability: When the water quality is abnormal, the system can issue early warning in time and trace the source of pollution, providing decision-making basis for relevant departments to effectively prevent the spread of pollution.
3.Ecological restoration and protection: Through long-term monitoring of the water ecological environment, it provides data support for ecological restoration and protection, and promotes the balance and restoration of the water ecosystem.
4.Public education and popular science: through the disclosure of monitoring data, improve the public's attention to the health of the water environment, promote the popularization of environmental awareness, and form a governance pattern in which enterprises, enterprises and the public participate together.
Taking a large city as an example, the city has actively promoted the construction of a comprehensive urban water environment management monitoring system in recent years. A number of monitoring stations have been set up around the main water areas to monitor water quality parameters in real time. When a station monitors abnormal water quality, the system can quickly issue an early warning and link with relevant departments to carry out emergency treatment. At the same time, the system has also realized the linkage with the public security, environmental protection and other departments, providing strong support for the fight against illegal pollutant discharge.
In terms of ecological restoration, the city has successfully restored the ecological environment of several waters by using monitoring data to guide ecological restoration projects. In addition, the system also provides the public with a wealth of scientific knowledge of water environment health and improves the public's awareness of environmental protection.
The monitoring system for comprehensive urban water environment management plays an important role in ensuring the safety of urban water environment, promoting ecological restoration and protection, and improving public awareness of environmental protection. Through the comprehensive application of real-time monitoring of water quality, early warning and traceability, ecological restoration and protection, public education and science popularization, the comprehensive urban water environment management monitoring system provides strong support for the sustainable development of cities.
In order to give full play to the effectiveness of the monitoring system for comprehensive urban water environment management, we need to further improve the construction and operation mechanism of the system. For example, strengthen information sharing and coordination between departments to improve emergency response capabilities;Increase investment in scientific and technological research and development, and improve the automation and intelligence level of monitoring equipment;Strengthen public education and science popularization to enhance public awareness and participation in environmental protection.