6 Common Uses of Ground Penetrating Radar
6 Common Uses of Ground Penetrating Radar
What people think of ground penetrating radar, they think of a technology that is used for searching for buried utility lines or locating structural reinforcements in concrete slabs. Undoubtedly, GPR is exceptional in these applications. But, there are other important uses of GPR scanning as well.
In this post, we will discuss other common uses of GPR. But before that, we will briefly explain how this technology works.
Ground Penetrating Radar
GPR locates work by using electromagnetic pulses, which are transmitted into the ground and bounce back to the GPR receiver. This transmission and bounce back provide accurate visual data of the subsurface materials and objects.
Applications of GPR scanning
Mining and Quarrying
Ground penetrating radar is a versatile tool for engineers and other participants in the mining industry. The process informs them about the existing mine shaft’s location, depth, and structure.
Besides this, GPR identifies potential hazards in aging mines, helping people with safety information before entering a mine shaft. Also, this process analyzes rock and soil layers to determine rock and mineral quality and identify optimal excavation locations.
Snow and Frost Analysis
Locating objects buried under snow and frost is easy with GPR scanning. It’s also useful in measuring the depth and thickness of the ice. The process is important for ice research as its accurate measurements help determine climate change impact.
GPR works in snow and accurately predicts and monitors avalanche conditions. In the worst conditions, GPR scanning helps in search and rescue operations by locating victims buried under snow and ice.
Environmental and Humanitarian Application
Environmental scientists use GPR to assess subsurface materials and locate environmental risks, which include waste materials in the ground or buried chemical drums. This helps in assessing and measuring landfills.
In humanitarian applications, GPR scanning helps locate dangerous landmines, bombs, and other explosive war remnants. Also, it locates dangerous underground tunnels and chambers.
Archaeology
The non-invasive approach of GPR is highly effective in archaeology. Without causing any damage to old and priceless structures and artifacts, GPR locates things underground and ensures successful archaeological excavation.
As ground penetrating radar is versatile, it’s useful when innovation impedes archaeological efforts.
Agricultural Application
For ongoing agricultural operations, GPR is required. For example, crop planning requires accurate soil surveying. GPR locates analyzes soil conditions and locates objects buried underground, preventing harmful crop health.
GPR scanning also helps with underground sprinkler and irrigation system construction. It locates tiles and other components of drainage systems. Additionally, GPR helps maintain and repair existing systems as GPR identifies the location of underground utilities.
Buried Graves
GPR is a great tool for identifying unmarked graves. GPR can additionally check to make sure there is no obstructions in the dig area before new graves are dug.
Conclusion
Ground penetrating radar services are not limited to locating buried utility lines; the method is versatile and used in many other applications. So, know your requirements and determine if it requires GPR scanning. If there is a need for GPR locates, contact C-N-I Locates.
