Ground penetrating radar (GPR) is a popular technology that is quickly gaining popularity in the construction industry. It offers a non-destructive, flexible and robust method of determining what lies beneath the ground. This advanced technology provides numerous advantages to the construction industry. Continue reading this post to learn four incredible benefits of ground penetrating radar to your construction project.
Eliminates the Need for Excavation
Before the advent of GPR technology, engineers relied on a couple of methods to determine what lies beneath the ground, including schematics and excavation. However, the main problem with schematics is that it doesn't involve everything. Things like hidden burial grounds underground become challenging to locate many years down the line. On the other hand, excavation is expensive in terms of time and money. However, ground penetrating radar helps avoid such challenges since it doesn't involve excavation.
Little Disruptions Caused to Your Neighbours
Unlike excavation which causes more pollution and noise, GPR is fairly silent. Disrupting the ground leads to vibrations and pollution that can get you into trouble with your neighbours and local authorities. Loss of property value and lawsuits are the last things you need.
On the contrary, ground penetrating radar is a quiet technology that helps prevent ground disruptions. It is the most suitable, non-destructive method for urban centres where the comfort and peace of neighbouring communities are paramount.
Highly Cost Efficient
Ground penetrating radar offers a faster turnaround, making it more efficient than conventional techniques. Engineers can deploy GPR scanners whenever needed, completing the scans in real-time instead of waiting days for images to be developed and processed offsite. Whether you need to get accurate images of the ground or work with concrete structures, GPR helps you access the soil without causing costly damage to the ground. As such, your workers can proceed with core drilling tasks without exposing themselves to harm or hazardous obstacles that slow your projects.
Higher Accuracy Levels
Blueprints, schematics and site maps help eliminate the challenges of construction. Sadly, all these are not updated as infrastructure changes. Furthermore, they don't reveal whether specific objects beneath the ground pose serious hazards to the construction workers.
Ground penetrating radar helps solve these problems, giving you accurate images of what lies under the ground in real time. That means engineers don't need to rely on inaccurate understanding based on unreliable data. Employing ground-penetrating radar in your construction project can help turn utility maps and schematics into reference points.