Geoanalis

Electrical Resistivity Survey

This method works by running an electric current into the ground through an electrode, then measuring the voltage that appears at another electrode. From the resistivity data obtained, we can find out:

Depth and thickness of soil or rock layers

Presence of groundwater

Weak zones or cracks

Boundary between hard and soft rock

Potential mineral or other resource content

Ground Penetrating Radar

This method works by running an electric current into the ground through an electrode, then measuring the voltage that appears at another electrode. From the resistivity data obtained, we can find out:

Depth and thickness of soil or rock layers

Presence of groundwater

Weak zones or cracks

Earthquake Vulnerability Study

This method works by running an electric current into the ground through an electrode, then measuring the voltage that appears at another electrode. From the resistivity data obtained, we can find out:

Depth and thickness of soil or rock layers

Presence of groundwater

Weak zones or cracks

Boundary between hard and soft rock

Magnetic Survey

This method works by running an electric current into the ground through an electrode, then measuring the voltage that appears at another electrode. From the resistivity data obtained, we can find out:

Depth and thickness of soil or rock layers

Presence of groundwater

Weak zones or cracks

GPS Geodetic Survey

This method works by running an electric current into the ground through an electrode, then measuring the voltage that appears at another electrode. From the resistivity data obtained, we can find out:

Depth and thickness of soil or rock layers

Presence of groundwater

Weak zones or cracks

Geophysical Tool Rental

This method works by running an electric current into the ground through an electrode, then measuring the voltage that appears at another electrode. From the resistivity data obtained, we can find out:

Depth and thickness of soil or rock layers

Presence of groundwater