Groundwater Dynamic Monitoring

Help Protect the Underground Source of Life

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Demand Context

Protecting groundwater resources through dynamic monitoring and early warning.

By implementing dynamic monitoring and management of groundwater, various groundwater-related problems can be detected in a timely manner. This enables the adoption of appropriate measures to prevent issues such as excessive groundwater extraction and water pollution disasters, ensuring the rational utilization of this limited water resource.

Groundwater is a vital freshwater resource that not only plays a crucial role in ensuring water supply for urban and rural life and production but also serves an indispensable function in safeguarding ecological and environmental security. However, excessive groundwater extraction and water pollution issues in recent years have posed serious threats to groundwater safety.
By implementing dynamic monitoring and management of groundwater, various groundwater-related problems can be detected in a timely manner. This enables the adoption of appropriate measures to prevent issues such as excessive groundwater extraction and water pollution disasters, ensuring the rational utilization of this limited water resource.

Key Challenges

Invisible Resource

Groundwater level, flow and quality changes are hidden; traditional manual monitoring is infrequent and untimely.

Over‑extraction Risk

Without real‑time data, excessive pumping can lead to aquifer depletion, land subsidence and ecological damage.

Pollution Delayed Detection

Contaminants can spread undetected for long periods without continuous water quality monitoring.

Data Silos

Hydrological and water quality data from different wells are scattered, hindering regional analysis and decision‑making.

Solution Overview

IoT‑enabled groundwater monitoring integrating level, flow, quality and temperature data.

Water level gauges, flow meters, water quality monitors, temperature sensors, and other equipment within groundwater monitoring wells are connected to the WideIOT Hydrology Gateway (RTU). Data is transmitted via 5G/4G networks to the water administration authority platform for visualization. The system automatically triggers alerts upon detecting abnormal data, providing reliable support for studying groundwater dynamics and disaster prevention. Through macro-level regulatory measures, it ensures sustainable groundwater extraction and protection, comprehensively safeguarding groundwater security and promoting rational water resource utilization.

Water level gauges, flow meters, water quality monitors, temperature sensors, and other equipment within groundwater monitoring wells are connected to the WideIOT Hydrology Gateway (RTU). Data is transmitted via 5G/4G networks to the water administration authority platform for visualization. The system automatically triggers alerts upon detecting abnormal data, providing reliable support for studying groundwater dynamics and disaster prevention. Through macro-level regulatory measures, it ensures sustainable groundwater extraction and protection, comprehensively safeguarding groundwater security and promoting rational water resource utilization.

Schema Topology

Groundwater monitoring architecture

Programme Benefits

Comprehensive groundwater oversight through real‑time data and intelligent analysis.

Real‑time Monitoring

Keep track of changes in groundwater monitoring data such as water level, flow rate, water quality, and water temperature anytime through mobile devices, PC terminals, data dashboards, etc.

Map Display

The GIS electronic map real-time shows information such as the location distribution, quantity and type, working status, and number of alarms of each monitoring well.

Overlimit Alarm

Once the groundwater level, water quality data exceeds the limit or equipment malfunctions, the system can send alarm information in a timely manner, notifying the management department to take prompt handling measures via WeChat, SMS, email, etc.

Data Reissue

When the network is abnormal, data packets are temporarily stored locally, and all pending data is reissued from the breakpoint after communication is restored.

Station Management

Centrally manage monitoring stations and equipment, realizing functions such as data entry, addition, editing, deletion, and query. Newly added and decommissioned stations can be quickly configured.

Data Analysis

Construct multi-scale and long-term groundwater data analysis models to obtain data reports and curves of water level, water quality, etc., comprehensively judge the safety status of groundwater, and thus make scientific and reasonable decisions.

Key Performance Metrics

±1cm
Water Level Accuracy
<5min
Alert Delay
7+
Water Quality Parameters
99.9%
Data Integrity

Ready to Protect Your Groundwater?

Our specialists will help you deploy a robust dynamic monitoring system tailored to your hydrogeological conditions.

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