When you think of ground penetrating radar, it's not unusual to associate it with ground studies, when there is a question as to the presence of valuable mineral within the soil. However, there are other ways that it can be used, including the transportation and road safety professions, in order to maintain the safety and usability of the general public. For instance, it is an efficient and accepted way to find buried structural and sewage lines. In addition, it is an effective way to determine the structural integrity of specific roads and to assess any underlying conditions or problems that could eventually have a negative impact on the usability of the road. Therefore, when your job duties include making the use of roads and ground safe, the facts discussed in the following sections will be quite useful.
Detecting Deep Structural And Sewage Lines
It is often surprising to discover that some of the sewage and structural lines that exist today were not precisely and accurately mapped and documented at the time of their initial installation and use. Another concern with them has been the disintegration and similar damage that those lines have incurred over the years.
As a result, there is a strong need for ground penetrating radar. That is due to its ability to detect the presence and condition of those lines, as well as non-conforming connections that often indicate areas that have broken off or otherwise separated. Otherwise, less effective methods such as digging into the ground at slight intervals might be necessary.
Confirming The Condition And Usability Of Roads
It is important to note that although the process of evaluating the condition of roads and its underlying support system is similar to checking for the presence of the aforementioned sewer lines, the goal is different and the way that it is performed also has some differences. For example, it can be used to not only determine the position and placement of the pavement, it can also determine its approximate thickness. That information can include extensive information about the top part of the pavement that is not always clear to the naked eye.
The dimensions of the asphalt in question are known to have a significant impact on the safety and accepted use of roads. In turn, the measurements of the various asphalt components and layers are necessary to determine the projected cost and time parameters that will apply to the work of updating, installing and maintaining the road.
In conclusion, ground penetrating radar has a variety of safety-related uses, many of which can be used in the transportation and safety fields. As a result, it's a good idea for anyone in those fields to have a working knowledge of the information shared above.