Usually, public utilities are run underground due to various reasons such as the nature of how their work or even convenience. It is for these reasons that before digging, these underground utilities be located to avoid damages. However, with utility locating Edmonton, you can effectively locate underground utilities without causing disruption to critical utilities. On the other hand, depending on the material of the utilities, various location methods are used.
Locating utilities that are underground entails identification and labeling to the subsurface utilities. These utilities could include natural gas, telephone, and traffic lights lines as well as electric grids and waste water pipes. A failure in locating these utilities that are underground can lead to disasters as they can cause disruptions in the supply of essential services for example medical gas and additional systems that are commonly used like water and electric systems.
As noted, different methods are used to locate these utilities. The method employed depends on the material that makes the utility. For instance, for pipes and cables made from metal, electromagnetic method is used, while other utilities made from plastic and concrete, ground penetrating radar is used. The detection of these utilities by technical means is important, since the maps may lack the precise location of the utility system.
The electromagnetic utility locating method is commonly used in locating private utilities. In this method, the equipment yields an electromagnetic radio frequency. When it is applied on the ground, utilities that contain conductive material in the subsurface are detected on the receiver. The method is usually efficient and accurate, and is often used in detecting various lines such as telephone, electric, cables, and gas, water, sewer and irrigation lines. This technology is not used in locating unmarked concrete, plastic, asbestos and non-ductile pipes.
The modern technology applied in locating utilities below the surface is the ground-penetrating radar. This technology entails the use pulses of high frequency. To begin with, radio waves are driven to the ground, after which a deflection occurs reversed to the operators from the facility and finally the display of the object. This expertise is utilized in locating cables, buried pipes, tanks manholes, and different other objects not possibly identified by other methods.
A number of benefits are attributable to the ground-penetrating radar. To begin with, it is not destructive as it founded on the magnetic principles. This method identifies and maps the position of an underground utility, reinforces steel within concrete and holes without damaging the structures nearby. It also removes project downtime as well as making a non-intrusive inspection of the site.
Another benefit of locating utilities before digging or performing any form of excavation is safety. As a matter of fact, there is potential damage to property or loss of life even with a simple act such as digging a hole. But by using an efficient method to detect and locate underground utilities, such loss or damage is significantly eliminated.
Conversely, utility location avails vital information pertaining on underground utilities for engineers as well as architects whenever they design mechanical system in addition to other uses like building positioning. Detecting utilities, in addition, gives information utilized in future planning.
Locating utilities that are underground entails identification and labeling to the subsurface utilities. These utilities could include natural gas, telephone, and traffic lights lines as well as electric grids and waste water pipes. A failure in locating these utilities that are underground can lead to disasters as they can cause disruptions in the supply of essential services for example medical gas and additional systems that are commonly used like water and electric systems.
As noted, different methods are used to locate these utilities. The method employed depends on the material that makes the utility. For instance, for pipes and cables made from metal, electromagnetic method is used, while other utilities made from plastic and concrete, ground penetrating radar is used. The detection of these utilities by technical means is important, since the maps may lack the precise location of the utility system.
The electromagnetic utility locating method is commonly used in locating private utilities. In this method, the equipment yields an electromagnetic radio frequency. When it is applied on the ground, utilities that contain conductive material in the subsurface are detected on the receiver. The method is usually efficient and accurate, and is often used in detecting various lines such as telephone, electric, cables, and gas, water, sewer and irrigation lines. This technology is not used in locating unmarked concrete, plastic, asbestos and non-ductile pipes.
The modern technology applied in locating utilities below the surface is the ground-penetrating radar. This technology entails the use pulses of high frequency. To begin with, radio waves are driven to the ground, after which a deflection occurs reversed to the operators from the facility and finally the display of the object. This expertise is utilized in locating cables, buried pipes, tanks manholes, and different other objects not possibly identified by other methods.
A number of benefits are attributable to the ground-penetrating radar. To begin with, it is not destructive as it founded on the magnetic principles. This method identifies and maps the position of an underground utility, reinforces steel within concrete and holes without damaging the structures nearby. It also removes project downtime as well as making a non-intrusive inspection of the site.
Another benefit of locating utilities before digging or performing any form of excavation is safety. As a matter of fact, there is potential damage to property or loss of life even with a simple act such as digging a hole. But by using an efficient method to detect and locate underground utilities, such loss or damage is significantly eliminated.
Conversely, utility location avails vital information pertaining on underground utilities for engineers as well as architects whenever they design mechanical system in addition to other uses like building positioning. Detecting utilities, in addition, gives information utilized in future planning.
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