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Seawater Bathing Area Water Quality Monitoring Plan

As people’s living standards improve and urban leisure and vacation trends gain momentum, famous seaside bathing beaches often become overcrowded during the summer months. Currently, although some monitoring equipment is in place for seawater data and visitor surveillance at these beaches, the former requires manual deployment into the seawater for data collection, making it impossible to achieve real-time, automated data acquisition and alerting. As for the latter, it relies merely on simple video surveillance without any further processing of the video footage. Such monitoring systems thus have limited coverage and generally poor effectiveness. Therefore, there is an urgent need to establish an automated monitoring system for seaside bathing beaches, enabling timely tracking of water quality changes and providing the public with valuable public-service information.

Drinking Water Quality Monitoring Plan

The online monitoring system for drinking water quality is a comprehensive, automated online monitoring system centered around automatic water-quality analysis instruments. It employs modern sensor technology, automatic measurement technology, automatic control technology, computer technology, as well as related quality-control techniques, specialized analytical software, and communication networks.

Smart Irrigation District Informationization Solution

The smart irrigation district information solution leverages modern information technologies—including the Internet of Things, cloud computing, big data, and artificial intelligence—to remotely monitor online data on water levels/water quality, flow velocity, flow rate, soil moisture, hydrological and meteorological conditions, and other relevant parameters in irrigation channels. It enables remote operation and control of pump station gates, provides video surveillance of key areas within the irrigation district, and facilitates remote collection, analysis, statistical processing, and control of information, thereby realizing intelligent, automated, and precision-based irrigation management. This solution not only significantly enhances the efficiency of water resource utilization and comprehensively improves the efficiency and effectiveness of irrigation district operations and management, but also promotes green agricultural development, enabling efficient water conservation, precise irrigation, and intelligent decision-making. Through intelligent monitoring, precise scheduling, and real-time data analysis, this solution brings about a transformative change to agricultural irrigation and has become an essential tool for driving sustainable agricultural development.

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