Ground Penetrating Radar (GPR)

GPR incorporates the use of high-resolution antennae that allows for survey and analysis of thousands of square feet of surface area per day at depths up to 25 feet.

Real-time indications allow for the immediate marking of sub-surface targets. GPR also allows for accurate depth information to minimize damage to critical subsurface elements.

GPR capabilities include 3-dimensional mapping of small or large sections to provide virtual models of areas of interest. The benefits of GPR are speed, safety, efficiency, and accuracy.

Some of the uses for the GPR:

Concrete

Concrete Inspections

Structure Inspections

Condition Assessment

Slab Thickness Measurement

Unconfirmed Locations

Utility Locating

Utility Detection

Environmental Issues

Preventive Control

Geology & Geophysics

Ground Water

Landfill

Storage Tanks

Bedrock

Voids

Concrete

Concrete Inspections - locate rebar, tension cables, PVC pipes, conduits and voids.

Structure Inspections - locate columns, slabs, decks, balconies, and monuments.

Condition Assessment - provides the concrete condition for reconstruction planning.

Slab Thickness Measurement - Validation provides objective proof that the chosen testing method is capable of achieving a certain result.

Finds unconfirmed locations - Avoids potential issue.

Utility Locating

Utility Detection - the process of accurately locating and identifying the pipes, cables, and ducting of buried utilities, including but not limited to electricity, gas, water, communications, sewers, and drainage.

Environmental Restoration - is the deliberate attempt to speed the recovery of damaged areas.

Damage Preventive - to avoid incidents of external force damage during excavation work near pipelines and other related areas.