G. The O.Sensor intelligent groundwater online monitoring system is a self-developed system by Beijing Oushi Technology Co., Ltd. for online monitoring of groundwater flow velocity and water quality parameters. Including integrated probes, cables, ground controllers, data transmitters (station style), external power supply equipment, and data integration analysis platforms. It can achieve automatic continuous monitoring and remote wireless transmission of groundwater hydrological and water quality parameters. Can obtain groundwater level, water temperature, flow direction, flow velocity pH、 Dissolved oxygen, oxidation-reduction potential, conductivity, turbidity and other parameters can also be observed in real-time in the underground environment.

G. O.Sensor uses video pipeline microphotography technology to capture the movement trajectory of colloidal particles in water through a microscope lens and measure groundwater flow velocity in real-time. Built in electronic compass for precise flow direction positioning. Compared with traditional methods of measuring groundwater flow velocity, it can achieve single well, fast, and real-time measurement of groundwater flow velocity. The front end of the probe is equipped with an underground recording module, which can observe the underground environment in real time. G. The maximum working depth of O.Sensor is 300 meters, which can be applied to groundwater hydrological monitoring, groundwater quality monitoring, industrial park groundwater environment monitoring, groundwater model establishment and other fields.

Technical advantages:

Integrate multiple parameters for synchronous monitoring of hydrological and water quality parameters

Highly automated design, adjustable monitoring frequency

2 million pixel high-definition imaging system for more accurate analysis results

The brightness of the light source can be switched freely, suitable for wells with different turbidity levels

High hardness sapphire glass window reduces surface wear

Auxiliary observation camera to achieve visual monitoring of underground environment

304 food grade stainless steel shell, safer and more reliable

Real time display of monitoring data

Alarm settings for exceeding parameters

4G wireless data transmission and platform remote control bidirectional instructions

Reserve multiple data output ports and protocols

Low maintenance frequency and operating costs

Application areas:

Groundwater hydrological monitoring

Groundwater quality monitoring

Judicial appraisal of groundwater environmental damage

Groundwater environmental pollution runoff monitoring

Groundwater monitoring in industrial parks

Plan the location of monitoring wells and pumping wells

Establishment of groundwater model

Evaluation of Soil and Groundwater Remediation Effectiveness

Analysis of the Impact of Seawater Invasion

Industrial Hydrology Research

Technical parameters: