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Integrated “Inspection, Monitoring, Tracing, and Control” Regulatory Solution for the Water Environment

Using floating platforms as carriers and leveraging technologies such as spectroscopy, electrochemistry, and various water quality analyzers, combined with big data, information technology, and water quality modeling, it is possible to rapidly measure multiple water quality parameters—including COD, TOC, DOC, BOD, nitrate nitrogen, color, turbidity, suspended solids, and UV254. Monitoring data can be transmitted in real time via the network to a higher-level central platform for application and analysis. This system enables comprehensive monitoring of lakes, reservoirs, and rivers, including cruise monitoring, source-tracing monitoring, early-warning monitoring, fixed-point monitoring, and multi-site mobile continuous monitoring. It provides an integrated solution for management authorities to assess and identify the current water quality status, monitor and warn of water quality changes, diagnose and trace the origins of water quality issues, and implement precise control measures against water pollution. Moreover, it offers rapid, accurate, and reliable scientific evidence for timely response to water quality challenges.

Solution

Features

Cases

Solution Architecture

Comprehensive IoT Solution for Environmental Monitoring

Integrated “Inspection, Monitoring, Tracing, and Control” Regulatory Solution for the Water Environment

Scheme Overview: Using floating platforms as carriers and leveraging technologies such as spectroscopy, electrochemistry, and various water-quality analyzers, combined with big data, information technology, and water-quality modeling, this system can rapidly measure multiple water-quality parameters—including COD, TOC, DOC, BOD, nitrate nitrogen, color, turbidity, suspended solids, and UV254. Monitoring data can be transmitted in real time via the network to a higher-level central platform for application and analysis. The system enables cruise monitoring, source-tracing monitoring, early-warning monitoring, fixed-point monitoring, and multi-site mobile continuous monitoring of lakes, reservoirs, and rivers. It provides an integrated solution for management authorities to comprehensively assess the current water-quality status, monitor and warn of water-quality changes, diagnose and trace the origins of water-quality issues, and implement precise control over water pollution. This system also offers rapid, accurate, and reliable scientific evidence for timely response to water-quality challenges.

Scheme composition: Equipped with a full-spectrum water quality analyzer, a multi-parameter water quality analyzer, and a fully automated onboard water quality analyzer, the floating platform enables monitoring anytime and anywhere. Data is uploaded in real time via an information-based water quality management platform for immediate analysis. The floating platform can also be outfitted with drones, unmanned sampling vessels, and multifunctional unmanned boats, allowing it to carry out sampling and water quality monitoring tasks at any time.

Integrated “Inspection, Monitoring, Tracing, and Control” Regulatory Solution for the Water Environment

Scheme Features

Scheme features:

Comprehensive perception monitoring: Establish a three-dimensional monitoring system for the aquatic environment—integrating ground, airborne, and space-based sensors—to achieve comprehensive, real-time data collection on water quality at source areas, pipeline networks, water treatment plants, and river inlets, thereby supporting the tracing of water pollution sources, precise management, and accurate prediction and early warning.

Monitoring is intuitive and authentic: Monitoring data intuitively reflect trends in water quality changes and potential sources of pollution, accurately capturing the real-time conditions of water bodies. They enable a comprehensive analysis of watershed water quality, providing crucial support for “precise governance” of watersheds and water pollution.

Monitoring dynamic visualization: Create a dynamic visualization model for watershed water pollution, rapidly generate spatiotemporal “profiles” of water pollution, achieve all-weather, full-coverage, and comprehensive massive data collection, and ensure that the data is “authentic, accurate, and complete.”

Application areas:

It can serve departments such as watershed management committees, water treatment plants, and environmental protection agencies. It is applicable to river and lake waterway management, safety supervision, “pollutant discharge inspections” in watersheds, and “precision-based governance” of watersheds and water pollution. It can also be used for early warning of overall water quality pollution conditions, response to emergencies, emergency detection of water pollution incidents, and routine monitoring of water quality.