Common Uses For GPR Scanning Equipment
Ground Penetrating Radar (GPR for short) is a cutting edge technology that uses radar waves to create a visual representation of what lies underneath the surface. The technology has provided for huge improvements and efficiencies for a large number of industries including construction, geological surveys, mining and utility mapping. Every year the technology advances and new applications are found that are revolutionizing entire industries. On this page we will showcase just a few of the most common applications.
Concrete is a material that has been used for decades in the construction industry. Because it is such an important material to the structure and stability of a building it is very important to ensure that it does not have any faults or flaws. Once concrete is poured and has dried, GPR scanning can be used to identify any voids within an entire slab. By using GPR engineers can very quickly, safely and for a low cost analyze large areas of concrete during the construction phase. Any faults can then be rectified before it becomes too costly and risky.
Locating Utility Pipes
Road construction is another area that has great benefit from the speed at which GPR can operate. With relatively small handheld equipment a survey can be created to detect exactly where pipes are located and at what depth. This reduces the risk of digging machinery to accidentally rupture water and gas pipes, or electrical conduits. Reducing the risk of such incidence helps not only to mitigate service interruptions, but also provides for health and safety improvements.
Ground Water Mapping
With ever expanding populations and cities, finding sources of water has become increasingly important. But finding large enough ground water reservoirs is very difficult to achieve. GPR equipment has become small enough for people to carry it into difficult to reach terrain and then help with the location and mapping of reservoirs. This takes the guess work out of the search and reduces the need for large amounts of test wholes to be drilled.
Similar to ground water detection mining ore requires a lot of geological surveying. Knowing where and how deep and in what direction a vein of ore is located reduces the amount of time required in the mining process and reduces the disruption to the environment.
GPR has truly revolutionized how countless industries operate and conduct their daily business. The cost benefit relation is huge, as expensive digging and drilling processes are vastly reduced, requiring less resources and time in the planning phase of various projects.