Underground Seismic Geophone Sensor 3C Borehole Geophone Electronic

Borehole 3C Geophone Borehole Seismic Geophone Sensor

Application

A borehole 3C geophone seismic geophone sensor is a specialized instrument used in geophysical exploration to measure seismic waves in rock formations. It is designed to be lowered into a borehole or well and can detect seismic waves in three dimensions, allowing for more accurate imaging of subsurface geology.

Geotechnical investigations: borehole seismic geophone sensors can be used to identify subsurface geological structures and conditions that may impact the design and construction of buildings, bridges, and other infrastructure.

Environmental site assessments: borehole seismic geophone sensors can be used to detect and map contaminants in subsurface soil and groundwater, helping to identify potential sources

pollution and develop remediation strategies.

Earthquake studies: borehole seismic geophone sensors can be used to study the behavior of seismic waves and rock formations during earthquakes, providing insights into the seismic hazards of specific regions.

Carbon capture and storage: borehole seismic geophone sensors can be used to monitor the injection and movement of carbon dioxide into deep geological formations, helping to ensure the safety and effectiveness of carbon capture and storage technologies.

Mining and mineral exploration: borehole seismic geophone sensors can be used to locate and map mineral deposits and other geological features that may be of interest to mining companies.

Technical Specification

Product Image