GPR Scanning

Scanning Concrete With GPR Helps Prevent Accidents

GPR or ground penetrating radar can be used by contractors and engineers to find objects lying under concrete. It is an important step before construction begins. GPR penetrates with the concrete down several feet. The radar waves bounce back once they hit an object and provide an image of the items lies below. Contractors and engineers are able to develop a precise map of objects underneath the concrete before they start digging. These assists prevent broken pipes or damaged electrical lines.

In many cases, there will be underground utilities which may be extremely expensive to fix. Hitting an important electrical line can even be really dangerous. If an underground sewer pipe or gas line is damaged, noxious and quite often toxic materials could be released into the ground. It can be never smart to rely on maps drawn once the utilities are first installed because they may become inaccurate over the years. Ground penetrating radar may also be used in other sorts of digs.

Using GPR makes it easier to locate and identify rebar or post tension cables within a building, under a floor, or beneath a foundation. Once any objects can be found, installing sewer, ductwork, and electrical fittings becomes simpler, with the threat of harm to already existing underground lines or utilities reduced.

Archaeologists will most likely use GPR to scan possible sites to find out if there exists anything beneath the surface. Throughout a dig or exploration, archaeologists are only able to estimate where ancient buildings, cemeteries or objects may lie. Using GPR saves both money and time. It might decrease the hit or miss digging that usually accompanies an archaeological dig, improving the specialists zero in on just where to dig. GPR can also be useful for other kinds of treasure hunting.

Archaeologists will most likely use GPR to scan possible sites to find out if there exists anything beneath the surface. Throughout a dig or exploration, archaeologists are only able to estimate where ancient buildings, cemeteries or objects may lie. Using GPR saves both money and time. It might decrease the hit or miss digging that usually accompanies an archaeological dig, improving the specialists zero in on just where to dig. GPR can also be useful for other kinds of treasure hunting.

Individuals who look for sunken ships often use GPR to identify the size, depth, and model of a physical object under water. GPR can scan beneath concrete pilings or perhaps to the bottom of the ocean and identify possible sunken wrecks.

Among the primary benefits of using ground penetrating radar is that the process could be done without turning off existing services. GPR is quite accurate and quickly and accurately identifies where electrical conduits, plumbing fixtures and other underground or perhaps in wall utilities are situated. GPR can also help locate any spaces which may form when the concrete is poured.

Concrete scanning with GPR is certainly an efficient way of identifying underground utilities and existing ductwork or plumbing inside a building. Contractors and engineers could then determine the best places to dig without harming existing systems.