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Basically, utility locating involves identifying and labeling public utilities usually located underground. Various public utility systems are run below the ground due the nature of their function or for convenience purposes. It is for this reason that before digging, such public utilities be identified and labelled. At the same time, locating underground utilities Edmonton ensures that safety is observed even during simple acts such as dig a hole.
There lies a possibility of destruction of underground utilities in an excavation site. These damages may be disastrous and costly considering the type of utility line. This is due to the reason that damages can bring about unnecessary delays in the project, disruption of services, repair costs, injuries and potential fines from the relevant authorities. To avoid these unwanted disruptions as well as unexpected expenses in Edmonton AB, it necessary to perform utility location checks ahead of any excavation.
A number of utility services are buried below the ground, this includes, fiber optics, telephone lines, waste-water pipes, natural gas, electric grids and many others. Location and detection techniques for utility systems vary from one utility to another depending on the material types carried by the systems. The exact location of a utility can be found by use of different techniques depending on the material nature of the underground utility whose location is to be found.
The approaches of utility locating are classified into conventional and non-conventional methods. Radiolocation technique is one conventional technique used. This method applies radio waves in locating a utility with its general use in cables and metallic pipes. Electromagnetic equipment made of transmitters and a receiver may be applied. The transmitter generates signals once the given utility is sensed.
Non-conventional techniques are put in place if the utility material cannot allow the use of conventional technique to detect its location. This technique is commonly used if the utility pipes are made of concrete or plastic materials. An example of nonconventional technique is acoustic location, which uses sound technique in utility location.
Another nonconventional method is the ground penetrating radar. This method is normally used to add to other techniques. The method uses radar pulses to take an image of the subsurface. The GPR contains a transmitter and a receiver as well as a profiling recorder. The received signals are processed and a graphic display of the collected data is produced. This technique gives a 3D underground images of the utility.
Another form of nonconventional method is the use of magnetic locater which are used in tracing metallic objects that are buried in the ground other than pipes. It is mainly used in the location of substances such as metal tanks, manhole cover which are buried and other huge metal contents. This method shows the comparative amount ferrous-metal buried underground.
Locating utilities below the ground is highly essential. This is because it provides critical information that would be essential for future planning such as road relocation, electrical and mechanical capacity improvements, landscaping among others. At the same time, engineers and architects get vital information about systems below the ground which is vital for the kind of work they do.
There lies a possibility of destruction of underground utilities in an excavation site. These damages may be disastrous and costly considering the type of utility line. This is due to the reason that damages can bring about unnecessary delays in the project, disruption of services, repair costs, injuries and potential fines from the relevant authorities. To avoid these unwanted disruptions as well as unexpected expenses in Edmonton AB, it necessary to perform utility location checks ahead of any excavation.
A number of utility services are buried below the ground, this includes, fiber optics, telephone lines, waste-water pipes, natural gas, electric grids and many others. Location and detection techniques for utility systems vary from one utility to another depending on the material types carried by the systems. The exact location of a utility can be found by use of different techniques depending on the material nature of the underground utility whose location is to be found.
The approaches of utility locating are classified into conventional and non-conventional methods. Radiolocation technique is one conventional technique used. This method applies radio waves in locating a utility with its general use in cables and metallic pipes. Electromagnetic equipment made of transmitters and a receiver may be applied. The transmitter generates signals once the given utility is sensed.
Non-conventional techniques are put in place if the utility material cannot allow the use of conventional technique to detect its location. This technique is commonly used if the utility pipes are made of concrete or plastic materials. An example of nonconventional technique is acoustic location, which uses sound technique in utility location.
Another nonconventional method is the ground penetrating radar. This method is normally used to add to other techniques. The method uses radar pulses to take an image of the subsurface. The GPR contains a transmitter and a receiver as well as a profiling recorder. The received signals are processed and a graphic display of the collected data is produced. This technique gives a 3D underground images of the utility.
Another form of nonconventional method is the use of magnetic locater which are used in tracing metallic objects that are buried in the ground other than pipes. It is mainly used in the location of substances such as metal tanks, manhole cover which are buried and other huge metal contents. This method shows the comparative amount ferrous-metal buried underground.
Locating utilities below the ground is highly essential. This is because it provides critical information that would be essential for future planning such as road relocation, electrical and mechanical capacity improvements, landscaping among others. At the same time, engineers and architects get vital information about systems below the ground which is vital for the kind of work they do.
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