Knowing how to locate underground utilities is important for the safety of everyone involved – construction workers and residents in the area. If digging commences without knowing the approximate location of any underground utilities, it can cause damage to water and sewer lines, gas, electric, and communications systems, causing service disruptions, resulting in expensive repairs, and leading to serious injuries.

Utilities are Buried Everywhere

There are more than 20 million miles of underground utilities spanning the United States. Reports indicate about 38.6 million people will start digging before they know where the underground utilities are located, and they will cause injuries and damage. You should always have underground utilities properly marked before starting to dig. 

Properly Locating Underground Utilities

By properly locating underground utilities, or by calling 811 to have utilities marked, you can decrease the chances of damaging underground utilities when you dig to less than 1 percent. While sometimes searching for underground utilities seems like guesswork, it has become advanced technological perfection in recent years.

Electromagnetic locating is effective in finding underground utilities. These devices are omnidirectional. They are antennas wrapped around a sphere that lets the user have a complete 360-degree view of what lies under the ground.

Before the new equipment was invented, underground utilities had to be located perpendicular to a line and swing back and forth to find the path. Now the line can be approached from any direction and it can still discover the utilities. Knowing the exact location of underground utilities is especially important when gas lines are involved because an explosion could result.

Integrating the Devices with Updated Equipment

Omnidirectional antennas have been integrated with new apps for mobile devices that include GPS. This will let the user apply digital paint on a satellite map, so they will have future references. That way, on any return visits to the site the user, can pull up the map and then see where the utilities are located so they will know exactly where to start.

Thanks to advanced technology, the mobile app can be integrated with geographic information systems (GIS) to allow the user to add data while making a layered visual that provides multiple data sets. You can then create a complete, useful image of what is underground, so you will know how to proceed with future projects.

Backhoe operators can be on call 24 hours a day seven days a week as they are the perfect heavy equipment to assist in emergency repairs of services. The backhoe is relatively easy to move from one job to another and has the capability to work in small spaces – a factor often required when working around homes, buildings and street kerbs.

Humans seem to have a fascination these days with burying everything. It understandable for water, waste water and gas piping to be placed underground. However, we are now placing electricity, telephone and the new fiber optic cables underground as well. As soon as there is a problem, we have to start digging.

A good backhoe operator can dig around pipes and underground cabling with precision exposing the area required without doing any damage. Everyday (and every night), somewhere in a major city you will find a backhoe operator at work helping out in an emergency situation. A broken water main, a leaking waste water pipe or perhaps a gas leak. Of course, there are the times when someone has accidently dug through a telephone or power cable as well.

Operating a backhoe with precision takes experience and that experience is built on the back of a solid backhoe training program. ATS Heavy Equipment Operator Schools have had decades of experience training individuals for careers in heavy equipment, this includes backhoe training. If you don’t mind being on call 24/7, helping out in urgent situations and enjoy working outdoors, then a career as a backhoe operator maybe just waiting for you – feel free to contact us for more information.