Ground Penetrating Radar (Gpr) And Concrete Scanning (X Ray)}

Construction And Maintenance

Submitted by: Maria A Williams

Every time, when you need to locate what is in the concrete without demolishing it, you have two main options to choose from. The most popular techniques are ground penetrating radar GPR and concrete scanning. As such, both have their advantages, according to your specific needs. When planning renovation or repairs, so you need to trace rebar or post-tension cables, you could use X-rays. Coring or cutting through concrete floors, walls or locating lines may lead to its own set of complications. X-rays are categorized as a carcinogen by the International World Health Organization and this technique greatly increases the need of evacuation of the entire area. There is also a personal protection for anyone working there to keep the technicians safe while they are in the working site.

If you opt for a more efficient, quick and completely safe process you can implement ground penetrating radar so you can easily detect post-tension cables, pipelines and other items in concrete walls or floors. A GPR image can adjusted for structure inspection of bridges, towers, tunnels and other surfaces when the concrete thickness is not greater than 18 inches. GPR equipment can be employed for mapping and locating items in concrete and also creating detailed reports that can point and easily identify anomalies and depths as well.

The advantage that x-ray does have over GPR comes along with the computed tomography, fluoroscopy and even radiotherapy. If you compare the images after both technologies you can easily notice how x-ray images have higher resolution when it comes to identifying smaller wall structures.


The other comparative difference when choosing between these two technologies is the price as a huge and determining factor. GPR is significantly less expensive over concrete x-ray imaging. The latest technological improvements of GPR software allow easier processing and manipulation, so GPR becomes a preferred choice in almost every situation over x-ray imaging. GPR technology can assist in many locations except in high moisture conditions as they will reduce its performance.

So if you have a project that needs cutting, drilling or coring you may get benefited by the application of x-ray scanning or GPR inspecting as it helps to achieve clearance for the project. Concrete investigation allows penetrations deep into the structures so clients can have a peace of mind knowing the most accurate findings and their interpretations.

Utility Location and Leak Detection can help you see your site from all angles, above and below the ground. We offer a range of expert services, using the latest equipment from Hydro vacuum excavation, ground penetrating radar, underground 3D imaging to CCTV inspections designed to give you unprecedented access to your site or structure, as well as superior site protection for safe excavation and planning.

Our range of advanced detection tools, controlled by our expert technicians, enable you to see deep into the ground, and through walls and structures, to identify leaks as well as to safely map the location of pipes and cabling. We can also assist when planning structural support and mapping spaces, to identify areas of structural deficiency and ideal utilities placement. As part of our services we offer identifing: Underground Utilities – Pipes – Voids – Underground Tanks – Cables – Blockages – Water & Gas Leaks: Service Detection, Pipe, Cable and Utility Locating Leak Detection Sydney & Investigation Hydrogen & Nitrogen Testing, Water Loss Management, Non-Destructive Digging through Vacuum Excavation and Hydro Vacuum Excavation.

We can also accurately map and oversee the installation and construction of utility piping, cabling and construction, all while protecting your site.

About the Author: If you need experts that utilize special ground penetrating radar equipment and GPR solutions for exterior applications you can consider hiring Sydney detectors

they can view the entire section of the concrete.


Permanent Link:}