CASE STUDIES
UPDATE
December 04, 2023
Using SmartSolo Microseismic Monitoring System for Cross-Border Mining
In the process of cross-border mining, underground rocks undergo significant stress changes, resulting in microseismic events.

Project Overview:

In the process of cross-border mining, underground rocks undergo significant stress changes, resulting in microseismic events. In 2023, a client utilized the SmartSolo microseismic monitoring system to detect and locate microseismic events, helping assess whether there were any occurrences of cross-border mining during the extraction process.


Equipment Used: 10 SmartSolo seismic sensors.


Using SmartSolo Microseismic Monitoring System for Cross-Border Mining

Project Features:

Non-destructive: Microseismic monitoring offers a non-invasive method for surface observation, enabling the assessment of underground rock movements without causing any harm or interference. This ensures minimal impact on the geological structure.


Real-time: Microseismic monitoring provides real-time insights into the dynamic behavior and deformation of underground rocks. Prompt detection of microseismic events allows for immediate analysis and processing, contributing to timely decision-making.


Safety: By eliminating the need for underground operations, microseismic monitoring significantly reduces potential safety risks and hazards. This aspect enhances the overall safety profile of microseismic technology, making it a secure monitoring solution.


Concealment: Microseismic monitoring sensors, strategically positioned on the surface and buried underground, function as discreet observers of underground activities. This concealed approach turns the sensors into virtually invisible agents, diligently monitoring subsurface operations.


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