Ideally, utility location entails the identification and labeling of public utilities that are located underground. Different public utility lines are kept below ground level for convenience and nature of their functionality. Due to this reason, these kind of public utilities need to be identified and labeled prior to digging a given place. All together, locating underground utilities Edmonton guarantees that safety measures are taken into consideration even when undertaking simple acts like digging 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.
There are various utilities buried below the ground. Some of this utility systems include telephone lines, fiber optics, waste water pipes, traffic lights, electric grids, natural gas and many others. Due to the various types of material carried by these systems, different detection and location techniques are used. The underground utilities can be made of metal pipes, plastic pipes, cables or concrete. For accurate location, different methods are used based on the nature of the material of the underground utility.
There are two ways in which methods of utility location can be classified, the conventional and non-conventional methods. A good example of the conventional techniques is the radioactive technique. This technique puts into practice the use of radio waves in utility location, and is mainly done on cables and metal pipes.
If the materials are not detected by the conventional techniques, non-conventional techniques are applied. The non-conventional methods are utilized for concrete materials and plastic pipes. An example of such a technique is the acoustic method of locating. This method employs sound to establish the location of the utility. This method is normally used in tracing non-metal water lines. A transducer normally introduces sound waves in the water line as a acoustic receiver waits for the emitted sound.
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.
The other non-conventional technique used for buried metallic objects is a magnetic locator. This works by giving the absolute levels of ferrous metals buried in the ground. They are mostly used in locating buried manhole lids, storage tanks below the ground and additional heavy metal contents.
Locating underground utilities is very essential. It provides vital information necessary for upcoming plans like mechanical and electrical capacity enhancements, landscaping, road relocation and many more. Architects and engineers obtain crucial information concerning the systems below th ground that is important for the work that 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.
There are various utilities buried below the ground. Some of this utility systems include telephone lines, fiber optics, waste water pipes, traffic lights, electric grids, natural gas and many others. Due to the various types of material carried by these systems, different detection and location techniques are used. The underground utilities can be made of metal pipes, plastic pipes, cables or concrete. For accurate location, different methods are used based on the nature of the material of the underground utility.
There are two ways in which methods of utility location can be classified, the conventional and non-conventional methods. A good example of the conventional techniques is the radioactive technique. This technique puts into practice the use of radio waves in utility location, and is mainly done on cables and metal pipes.
If the materials are not detected by the conventional techniques, non-conventional techniques are applied. The non-conventional methods are utilized for concrete materials and plastic pipes. An example of such a technique is the acoustic method of locating. This method employs sound to establish the location of the utility. This method is normally used in tracing non-metal water lines. A transducer normally introduces sound waves in the water line as a acoustic receiver waits for the emitted sound.
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.
The other non-conventional technique used for buried metallic objects is a magnetic locator. This works by giving the absolute levels of ferrous metals buried in the ground. They are mostly used in locating buried manhole lids, storage tanks below the ground and additional heavy metal contents.
Locating underground utilities is very essential. It provides vital information necessary for upcoming plans like mechanical and electrical capacity enhancements, landscaping, road relocation and many more. Architects and engineers obtain crucial information concerning the systems below th ground that is important for the work that they do.
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