Geophysical Survey Services

A GPR survey uses high-frequency radar waves to identify and visualize underground structures without creating any obstructions on the surface. The technique works by sending electromagnetic pulses into the ground and recording the signals that return from various objects, including concrete.

Concrete and Rebar Scanning is used to inspect concrete slabs, columns, and floors prior to caulking or drilling during renovation and new construction projects. Our concrete scans utilize ground penetrating radar (GPR) technology, ensuring fast and accurate inspections. GPR is a safe and non-invasive.

The Multichannel Analysis of Surface Waves (MASW) technique is a non-invasive seismic approach that exploits the elastic properties of subsurface materials to detect subsurface structures. By examining the dispersion properties of different frequencies emitted by a single seismic source.

Reflection seismic techniques share similarities with refraction methods, as they involve recording the travel times of induced seismic waves that are reflected from subsurface interfaces to an array of geophones positioned at known distances from the source. Reflection of the transmitted energy occurs only.

Time Domain Electromagnetics (TDEM) systems are composed of a transmitter instrument, a transmitting coil or wire, a receiver coil or antenna, and a receiver instrument. The system operates by utilizing a transmitter that sends an alternating current through a square loop of insulated electrical cable placed,

Electrical Resistivity Tomography (ERT Survey) survey are performed by injecting a direct current into the ground via two electrodes and measuring the surface voltages. Resistivity, which is the inverse of conductivity, is a fundamental physical property that indicates how challenging it is to transmit an electrical current.