January, 2023 | Util Locate

Private Utility Locating: How It Differs From Public Locating and When You Need It

Key Takeaways

Private utility locating finds the underground lines that 811 cannot mark — irrigation, landscape lighting, propane lines, septic systems, security wiring, and any utility past the meter.
Public 811 service marks only utilities owned by member utilities up to the point of service; everything beyond is the property owner’s responsibility.
Professional private utility locating services use Ground Penetrating Radar, electromagnetic equipment, vacuum excavation, and CCTV inspection to map non-conductive and unmarked lines.
Construction projects, landscaping work, fence installations, and any digging on private property should always include a private locate before breaking ground.
A 97% accuracy rate from a private locator using EM & GPR technology dramatically reduces the risk of utility strikes, project delays, and concealed safety risks.

Private utility locating fills the critical gap that the 811 Call Before You Dig system leaves on every property. While 811 marks public utilities up to the meter or service point at the property line, every utility line beyond that point is the property owner’s responsibility to identify before digging. Private utility locating services map those lines — irrigation laterals, landscape lighting circuits, propane gas lines, septic tanks, sprinkler systems, fiber optics, security and fire control systems, and any other privately owned underground line — so excavation can proceed without damage to the lines or risk to anyone on site.

We cover what private utility locating includes, how it compares to the public 811 service, the technology used to find non-conductive and unmarked lines, and the project types that require private locates before digging starts. Util-Locate has run private utility locating sweeps across California and Arizona since 2001, and the pattern on every site is the same: 811 alone never finds everything, and the lines it misses are usually the ones a homeowner or contractor doesn’t know exist.

Private Utility Locating Covers What 811 Cannot

The 811 Call Before You Dig service is a regional notification system that contacts the member utilities operating in your area — the gas company, electric company, water district, and similar facility owners. Once notified, those utility companies dispatch crews (often called 811 locators) to mark the public-owned lines that run to your property. Each 811 mark covers a single utility owned by a member utility, and coverage stops at the point of service.

What 811 does not cover:

Privately owned underground lines past the meter or service point
Lines installed by previous property owners that the utility company never recorded
Landscape lighting and irrigation systems installed by contractors
Lawn sprinkler systems, drip lines, and parking lot lighting circuits
Septic systems, septic tanks, underground storage tanks, propane tanks, and propane gas lines
Communications utility lines past the service entrance
Security and fire control systems wiring
Sub-meter electric lines feeding outbuildings, sheds, or pool equipment
Any line that runs entirely on private property without crossing public right-of-way

Private utility locating exists for exactly these cases. A private utility locator company arrives on site with equipment that can detect both conductive and non-conductive lines, regardless of who owns them. The locator marks every line on the property — public and private — giving the property owner a complete utility map before excavation begins. For an overview of how this work integrates with the broader utility locating service, the service page walks through methods and deliverables in detail.

This complete picture matters because the consequences of a utility strike fall on whoever damages the line. If an 811 locate has marked the public utilities and a homeowner hits a private irrigation main, the homeowner pays for the repair. If a private sprinkler line crosses where a backhoe is operating, the contractor bears the cost — and the project delay — when it gets cut. Private utility locating is the only practical way to identify those lines in advance.

Private Utility Locating Services and the Lines They Detect

Private utility locators map a broad range of underground assets. The categories below cover the lines most commonly encountered on residential, commercial, and industrial properties across California and Arizona.

Sprinkler systems and irrigation systems. Drip lines, lateral feeds, valve boxes, and irrigation controllers all sit below ground on landscaped properties. A modern irrigation system can have dozens of branches under a single lawn. Hitting one disrupts watering, floods the area, and forces a repair before the original project can continue.

Landscape lighting and low-voltage circuits. Pathway lights, accent fixtures, and security lighting run on shallow low-voltage cable. The cable is often laid just inches below the surface and is easy to slice with a shovel during planting or fence work.

Septic systems. Septic tanks, leach fields, distribution boxes, and inspection ports all carry hidden risk. Disrupting a leach field contaminates soil and can render a system useless for months while repairs are made.

Propane tanks, buried tanks, and propane gas lines. Buried propane installations are common in rural and semi-rural California and Arizona properties. A strike on a propane line creates an immediate explosion or fire risk and qualifies as a major utility strike under state reporting frameworks.

Underground storage tanks. Heating oil tanks, water cisterns, and abandoned fuel tanks frequently sit on older properties without surface evidence. GPR scanning is the standard method for detecting them before construction starts.

Private water lines and well infrastructure. Service lines from a well house to outbuildings, secondary water feeds for guest houses, and any branch off the main water service after the meter are all private and unmarked by 811.

Communications utility and fiber optics. Private fiber installations connecting buildings on a campus, secondary phone drops, and any communication line past the service entrance fall outside 811 coverage.

Security and fire control systems. Wiring for perimeter sensors, gate operators, fire alarm panels, and integrated security systems often runs underground between buildings.

A reliable private utility locator company maps each of these line types, marks them with the appropriate utility marking colors, and produces a documented record that the property owner or project managers can use during planning and excavation work.

Public vs Private Locating: Comparing Coverage

The split between public and private locating is one of the most common sources of confusion for property owners and inexperienced contractors. The table below summarizes the practical differences.

Aspect	Public Locating (811)	Private Utility Locating
Who performs it	811 locators dispatched by member utilities	Private utility locating service hired by the property owner or contractor
What’s marked	Public utility lines up to the point of service	All utility lines on the property, public and private
Cost	Free	Paid service
Lead time	2–14 business days depending on state	Same-day or scheduled, typically 24–72 hours
Lines covered	Gas, electric, water, sewer, telecom to the meter	Irrigation, landscape lighting, septic, propane, security, communications utility, and all other private lines
Accuracy rate	Variable; coverage gaps common	97% with modern EM & GPR technology
Documentation	Paint and flags only	Paint, flags, digital utility maps, CAD deliverables
Liability if missed	Utility company bears partial liability	Property owner / contractor bears full liability if line is unmarked private

Once marked, every located line is flagged according to the standard utility marking colors used across both public and private locating — red for electric, yellow for gas, orange for telecom, blue for water, green for sewer, with additional colors for irrigation, landscape lighting, and other private utility lines.

The takeaway is straightforward: 811 is necessary but not sufficient. Every property has some combination of private lines, and any project that involves digging deeper than a few inches should pair an 811 ticket with a private locate. Skipping the private side is how strikes happen, and a 97% accuracy rate on the private locate is the difference between a clean excavation and a six-figure utility repair invoice.

Tools and Technology Used in Private Utility Locating

Modern private utility locating combines several technologies on a single site. Each tool handles a different category of line, and a complete sweep typically uses two or three methods in sequence.

Conductive and inductive electromagnetic locating equipment. Standard electromagnetic locators (EM) trace metallic lines and any non-metallic line equipped with a tracer wire. Direct connection produces the most accurate trace; inductive clamps and surface induction handle lines that don’t allow direct access. EM equipment finds metal pipe, electric line conduit, and any utility cable that accepts a radio frequency signal.

Ground Penetrating Radar (GPR) and GPR imaging technology. GPR scanning reads reflections off subsurface features and identifies non-conductive lines that EM cannot trace. Plastic water mains, PVC sewer lines, clay tile, fiber optics in conduit, and underground storage tanks all return distinctive GPR signatures. GPR also handles concrete scanning and concrete inspection on commercial slabs.

Vacuum excavation. Once surface methods identify a likely line position, vacuum excavation physically exposes the line to confirm depth, material, and exact position. This produces Quality Level A data under ASCE 38 standards — the most accurate form of subsurface findings.

CCTV inspection and high-definition inspections. Inside-the-pipe video confirms condition and routing of sewer line, process sewers, and storm drainage. CCTV is used alongside locating to verify that a marked line follows the expected path.

RTK GPS and GPS utility mapping. Survey-grade GPS captures the exact coordinates of every marked utility. The data feeds directly into digital utility maps and CAD deliverables that engineers, architects, and project managers can use during design.

Digital X-Ray imaging. For commercial concrete inspection, digital X-Ray imaging supplements GPR on critical structural elements where post-tension cables, conduits, and rebar must be precisely identified before drilling.

The combination of these tools produces a thorough picture of what’s beneath the property. A private utility locator using EM & GPR technology alongside vacuum excavation verification can typically locate every line on a typical site within a single visit.

Projects That Require Private Utility Locating Before Excavation

Almost any digging or excavation project on private property benefits from a private locate. The risk-versus-cost math tilts toward locating on almost every job. Below are the project types where private locating is effectively mandatory.

Construction projects. Any new build, addition, or major renovation that breaks ground should start with a private locate. The cost of locating is a fraction of the cost of a utility strike, a project delay, or a damaged utility cable that triggers an outage.

Landscaping and fence installation. Trenching for sprinkler lines, postholes for fences, tree planting, and hardscape work all penetrate the zone where private lines run. These projects produce the largest volume of avoidable strikes because they’re often done without any locate at all. Our guide to calling a private utility locator before backyard construction covers the homeowner side of this risk in detail.

Pool and spa installation. Pool excavation is deep enough to encounter every category of private utility — water, gas, electric, irrigation, and septic. A private locate before pool work is standard practice.

Solar installation. Ground-mount solar arrays, battery shed connections, and trenched conduit runs all need clear ground. Solar contractors who run a private locate first avoid the most common cause of project delays on residential installs.

Septic and sewer repair. Excavation around an existing septic system requires precise knowledge of leach field layout and tank position. Private locating combined with CCTV inspection produces both surface marking and inside-the-pipe confirmation.

Commercial site work. Parking lot expansions, parking lot lighting installations, signage foundations, and underground stormwater systems all require complete utility coverage before the first cut.

Property purchase due diligence. Some buyers commission a private locate before closing on a property with unknown infrastructure history. The locate produces digital utility maps that become permanent records for the new owner.

Any of these projects without a private locate is a gamble. The lines most likely to be hit are the ones the property owner doesn’t know about — the previous owner’s irrigation system, an old propane drop, a decommissioned underground storage tank, a security wiring loop. A private utility locating service finds these before they become a problem.

Standard Workflow for a Private Utility Locating Service Visit

A typical private utility locating engagement runs through a predictable sequence. Understanding the workflow helps property owners and contractors prepare for the site visit and get the most value from the service.

Initial site review and customer communication. The locator reviews the project scope, identifies what’s known about existing utilities, and confirms the scan area. Property owners share any records they have — old construction drawings, previous utility maps, contractor invoices that mention buried lines.

On-site walk and field locating. The crew arrives with a service truck loaded with EM equipment, GPR units, and any specialty tools the site requires. The walk covers the entire scan area, with marks placed for every utility identified.

Utility marking and color-coded flagging. Every located line is painted on the surface and flagged using member mapping conventions matched to standard color codes. Soil conditions, recent landscaping, and slope all affect how marks should be applied for durability through the project timeline.

Documentation and reporting. A professional service produces written documentation alongside the surface marks. Deliverables typically include a sketch, a CAD drawing, GPS coordinates for each utility, and notes on any limitations encountered. For complex projects, the report includes Quality Level designations under ASCE 38 standards used in utility mapping deliverables.

Post-locate consultation. The locator reviews findings with the property owner or contractor and explains anything unusual — corroded lines, conflicting records, or areas where additional verification (vacuum excavation, X-Ray imaging) would be wise before digging.

Util-Locate runs this workflow on every job, with documentation delivered in PDF, CAD, and KML formats. Our certified technicians work to ASCE-compliant standards and deliver the same precision on a backyard fence project as we do on a multi-acre commercial site.

Schedule a Private Utility Locating Service Before You Dig

Every project on private property has lines that 811 won’t find. The only way to dig safely is with a private utility locating service that maps the entire site before excavation begins. Util-Locate has been the trusted private locator for residential homeowners, contractors, and commercial property owners across Los Angeles, San Diego, Orange County, the San Francisco Bay Area, and Arizona since 2001.

Call 1-888-885-6228 to speak with a locating specialist, or request a quote for your next project. We respond 24/7 for both routine and emergency locates, and every job comes with the documentation you need to protect yourself from utility damage liability.

Frequently Asked Questions

What’s the difference between 811 and private utility locating?

811 Call Before You Dig is a free notification service that contacts the public utility companies serving your property. Those companies then dispatch 811 locators to mark only their own lines up to the meter or service point. Private utility locating is a paid service that maps everything beyond that point — irrigation, landscape lighting, propane, septic systems, security wiring, and any other privately owned underground line. Both are necessary for safe excavation; neither replaces the other.

Does my property really need private utility locating?

If your property has any of the following — sprinkler systems, landscape lighting, a propane tank, a septic system, security wiring between buildings, a pool with subsurface plumbing, or any utility line not directly serviced by a public utility company — then yes, you need a private locate before digging. The lines that cause the most damage during DIY projects are usually the ones the owner doesn’t realize are there. A 20-minute locate sweep almost always prevents a far longer and more expensive repair.

How accurate is private utility locating?

Modern private utility locating using combined EM and GPR technology reaches a 97% accuracy rate on the lines it identifies. The remaining 3% typically involves lines with broken tracer wire, deeply buried plastic mains, or conditions where soil composition limits signal penetration. Vacuum excavation verification can take accuracy to 100% on critical lines by physically exposing them for visual confirmation. The combination of surface methods plus targeted verification produces ASCE Quality Level A data on the lines that matter most.

Can a homeowner locate private utilities themselves?

Consumer-grade locators can find some metallic lines but miss most non-conductive utilities, including PVC water lines, fiber optics, and many irrigation systems. They also produce no documentation, no QC verification, and no liability protection if a missed line is later struck. For any project where the cost of a strike would exceed a few hundred dollars, hiring a professional private utility locator is the responsible choice.

How long does a private utility locating service take?

Most residential sites can be located in two to four hours, depending on size and complexity. Commercial sites typically require half a day to a full day. Complex projects with extensive subsurface infrastructure may need multiple visits paired with vacuum excavation and CCTV inspection. Documentation, including digital utility maps and CAD deliverables, is typically delivered within 24 to 48 hours of the field work.

Professional Excavation Advice in Exposing Buried Utilities

Great care should always be taken when attempting to expose buried utilities. There are a number of dangers that can be hazardous to workers underground, with electrical cabling having the potential to kill. They can often look very similar to other piping, meaning workers can unknowingly make contact with the live cabling and sustain serious damage.

Instead, when potholing utilities, you should always plan ahead to ensure your own and other people’s safety.

Safety Tips

There are a variety of things that can happen when underground cabling gets damaged. People can receive an electric shock, which is deadly in most cases when they make contact with the cable. There can also be an arc discharge, caused by the electrical breakdown of gases which results in a prolonged electrical discharge. This discharge can result in severe burns even though people may be wearing protective clothing.

In order to avoid this damage, you should first plan ahead before starting any work. You should make an effort to check for any equipment owned by third-party organizations, as this will give you clues as to who may own the cabling beneath the ground you are working on. It would then be a good idea to contact the owner to get detailed plans showing the location of the cabling beneath the ground. This will uncover vital information that can help to avoid damaging existing infrastructures, which can incur a significant cost in monetary terms, as well as time delays.

Even after obtaining detailed plans, it is also good practice to employ cable-locating devices. Plans will give you an approximate location for cabling, but locators will help to pinpoint cables. Once this is done, you can then begin digging into the ground to expose your buried utilities.

Excavating Safely

When excavating, you should be mindful of the cabling beneath you.

It is vital that you use insulated hand tools when digging near electrical cabling, in order to mitigate the chance of electric shock. If you are using a vacuum excavator, you won’t have to worry about this risk.

Any vacuum excavation contractors performing Hydrovac excavation should be mindful of their machinery’s location. There have been times where people have accidentally moved the boom into overhead powerlines, causing electric shocks. This highlights the importance of spatial awareness when operating this machinery. It is incredibly important that workers do not become complacent and always remain aware of the imminent danger surrounding them.

It is recommended that when operating machinery in close proximity to overhead powerlines, you keep a minimum of 3 meters away from the live cable, with an optimal distance of 7 meters to ensure safety.

One of the biggest benefits of utility potholing and vacuum excavation over hand digging is the reduced chance of damaging the line. Excavators have the ability to significantly reduce the pressure at which they dig, meaning you can uncover existing cabling without causing any damage. There is one safe method of digging where you dig down next to the location of the cabling and then horizontally move closer to expose the cable. This can be much safer than digging straight down, where you could potentially hit the cable with the dig wand. See more underground location services.

Summary

In summary, there are many ways that you can ensure safety when attempting to expose buried utilities.

It is always best to find out who owns the cabling in the area you plan to dig. They will have existing documentation detailing the approximate locations of cables in the area. You can then pinpoint the locations with locator devices and dig safely. Everyone should remain mindful of the dangers electricity poses to human life, checking that machinery is sufficiently far away from live power lines too.

If you want to find out more about exposing buried utilities and excavation, you can visit Util-locate.com.

Why Use GPR for Utility Locating

In the business of underground utility locating services, it is critical that you know what exactly lies beneath the surface at a site such as pipes and conduits. The replacement and rerouting of underground infrastructure can be time-consuming, often very costly and is a disturbance to the environment. It is thus important to utilize tools that would provide accurate assessments and efficiently save on time, resources, and space.

The tools used for locating utilities are quite diverse, but most are met with multiple limitations. One method commonly used is the energizing of cables and metals with electric current and then with the help of a magnetic-field sensor, detecting the current. However, there are instances where the metallic object is broken, or there is a presence of non-metallic elements, which makes detection of current impossible or difficult. Read more about a private locate company near me.

Ground Penetrating Radar (GPR) is an underground utility locator that uses radio waves to locate sub-surface structures and objects without causing any damage. The radio waves/signals/frequencies will bounce off the object it comes to contact with and is received back at the antenna. From the antenna, they are transmitted by wire to a computer for processing, analysis, and display on the computer screen.

GPR is used in materials like concrete, asphalt, soil and rock, water, plastic, metal, and wood. It can also detect non-objects such as voids (hollow cavities). As such, under favorable conditions, GPR can virtually see anything.

If you are seeking for underground utility locating services, there are multiple reasons why GPR is a good fit. The end goal is to save as much time, resources, and space while getting accurate assessments.

Benefits of GPR

Provides accurate location and detection.

GPR is one underground utility locator that can trace both metallic and non-metallic utilities. These elements may include water, gas pipes, polythene, and even fiber-optic cables, which other methods find difficult or impossible to detect. It can also provide detection of pipe leakages and voids although, this will require further processing of the data.

The underground utility locator will also give you the exact locations of these objects inclusive of their depths. More so, it will perform this function without having prior knowledge of the utility’s respective location. It becomes a significant advantage when dealing with an area with complete unknowns.

Provides non-destructive examination.

The GPR underground utility locator uses either magnetic or electromagnetic principles to identify and map out the location of underground utilities. Its approach enables it to reinforce steel within concrete and voids without damaging surrounding surfaces and structures. It also enables non-intrusive inspection of a site, therefore preserving the structure and preventing project downtime.

It is cost-effective.

Utilizing GPR underground utility locating services before performing directional drilling will save you from causing damage to existing utilities, which promotes cost-effective installations. It will minimize or eliminate; setbacks from structure damages, expensive job downtime, worker injury, or shutdown of a facility for a severed utility line.

It is user-friendly.

Originally, GPR was considered a major capital investment, dedicated only to experts and skilled operators. The underground utility locator required expertise to operate owing to its complexity and its need for hands-on data processing. However, with technological advancements and innovation, the new GPR equipment is of uncomplicated electronic designs with user-friendly interfaces that do not require complex filter settings.

Other benefits of using GPR for underground utility locating services include:

Early tracing of warning signs and,
Fast, reliable diagnosis of problems.

Util-Locate has been a trusted provider of Ground Penetrating Radar services in California. We are qualified to do even the most challenging job. Let us know how we can help.

What is the Best Method for Pipe Location?

Doing any type of digging in your yard without knowing the location of utility lines will increase your risk of damage. This can result in flooding your yard or even your entire home, which can be extremely costly to fix. Therefore, hiring a utility locating service can ensure the safety of everyone and your property.

A utility locator with a metal detector won’t work for most water pipes because they are made of PVC or similar materials. PVC pipes aren’t easy to find. In addition, not every underground utility locator is able to perform this task because of the use of a special process.

Finding and mapping underground pipes is challenging without the right information and tools. A property diagram with an incorrect property location, an outdated utility map, and an unreliable tool can all be in conflict with each other.

When you must locate pipes and cables without disrupting the soil of the site, it’s especially frustrating. Our infrastructure is so complex that it’s a wonder anything gets found so deep underground.

How Do Underground Utility Locators Work?

Various utility locators use similar techniques, but they do differ in some ways. They provide a strong signal that can be detected by handheld locators from the surface through induction by injecting an electrical signal, either directly or indirectly.

A basic distinction must be made before we can compare location techniques and signal types. A locator typically connects to a network using a receiver and a transmitter. This handheld receiver is easy to sweep above the ground.

An electrical supply or pipe is connected to the transmitter, or the transmitter is fed through the pipe. This way, the cable or pipe is located with the devices by sending a low-frequency radio current that establishes a connection.

Different Methods for Pipe Location

Utility line locators can both detect metal and plastic pipes underground, so you will need one to find underground water pipes. This material could be made from either metal or plastic, depending on where you’re currently working.

It is, therefore, important to use equipment that can locate both if you want to get the best results.

Acoustic Method

Workers tried to trace PVC water lines by banging on aboveground structures with their ears to the ground without using advanced technology. PVC pipe vibrations were detected more easily with ground rods and probes, and rods could be manually inserted into the ground to locate and trace the pipe.

Using a sensitive ground probe, the length of the PVC pipe will be listened to and followed. Since this method uses acoustics, ambient noise in the area may limit the ability of the operator to hear the signal. Huge machinery, busy roads, and busy streets can all interfere.

Ground Penetrating Radar

Due to its ability to locate both metallic and non-metallic objects, ground-penetrating radar (GPR) can be useful for finding underground water pipes. It requires some more time due to installing a leak detection device at the access point, removing the hydrant’s cap, and pressurizing it correctly.

Unlike traditional radars, ground-penetrating radars transmit electromagnetic radiation using antennas attached to rolling carts. You can apply the same principle if you are familiar with how sonar frequencies work. An antenna receives a wave that bounces back after hitting an object. Visual feedback is provided to the operator by the system based on this reflection.

Why Should I Use GPR for Locating Pipes?

There is an increase in the density and complexity of underground infrastructures nowadays. No matter how well plans are laid, diagrams, maps, and schematics don’t always reflect the truth. The non-destructive yet highly effective technique of GPR is extremely useful in these challenging situations.

A company that utilizes a pipe locator and cable locator to locate underground lines has a razor-sharp advantage over a company that doesn’t. The most important benefit of GPR is its ability to provide accurate information concerning what lies underneath the ground.

The data is available in real-time and shared with other project participants. No matter what kind of construction project you’re planning or digging a hole in, reliable data facilitates decision-making. A GPR system can deliver accurate 3D data of the subsurface without ever having to sink a shovel, delivering unprecedented clarity.

Consider Hiring Professionals to Locate Your Pipes

In every job, our team ensures safety, accuracy, confidence, and efficiency. Planning well, adhering to safety practices diligently, and maintaining quality compliance are important factors contributing to the success of any project. If underground obstacles threaten you and the people in your community, we can help you find them in time.

All home or business service requests are handled promptly and efficiently by our highly skilled and experienced technicians. If you have any questions or if you are in need of CCTV pipe inspection or utility locating service, don’t hesitate to call us at 888-88 56228 at Util-Locate today!

4 Benefits of a Private Utility Locator

Property owners must follow their state’s regulations when it comes to maintaining underground utility lines. To prevent interference with those belonging to others, they may require the aid of private utility locating services.

Mapping technology and the expertise of skilled technicians can be utilized to achieve this.

This method helps developers and owners easily manage utility records, as well as prevent potential damage to both public and private utility lines from new foundations, posts or structures.

The focus of this post will be exploring the advantages of utilizing private utility locating companies, including:

1. Trained and Certified Utility Location Technicians

The specialized tools used in locating the position and depth of underground utility lines need to be operated by skilled and trained technicians.

The same goes for the data they generate—which need to be collected, assessed, and analyzed by licensed eyes.

Certified utility line personnel can also discern significant data from what could be a piece of plastic or metal buried underneath.

2. Sophisticated Potholing Utilities

Private utility locators use high-technology scanning tools to identify the exact location of utility lines in an area.

Gone are the days when utility locating services used manual utility maps and did a lot of guesswork. In modern times, they use equipment such as:

Electromagnetic equipment
Electronic or radio frequency (RF) pipe and cable locating tools
CCTV-guided mapping tools
Ground-penetrating radar (GPR)

GPR tools are the most common and advanced. They can detect electric, water, gas, oil, communications, and drainage lines without the need to break ground.

3. Reduced Utility Line Locating Time and Cost

Often, private owners deploy excavating professionals to locate utility lines. While they are experts in digging the ground, they often are not equipped to map out unseen lines.

This may result in having to dig before knowing the actual positions and may cause damages along the way.

4. Protection for Underground Utility Lines

Property developers and owners need to maintain their respective utility lines as part of the law. And the only way to properly do so is to know where they are located under the ground.

Private potholing utilities can obtain an overall view of the placements and connections of buried lines—regardless of whether they are part of the current construction or renovation project or not.

This information can serve as an FYI for any future real estate change that will be made.

Risk of Not Calling for Private Utility Location Service

Private utility locating is crucial to:

Reduce the risk of existing utility line damage
Prevent injury to personnel who will be exposed to water, electrical, and gas pipes
Avoid expensive repairs that happen when blind digging

Call Util-Locate!

Private utility line locating ensures the safety of workers and prevents costly damages to underground lines. This is a project that should not be DIY-ed.

Instead, you should let the experts get the job done. Util-Locate serves clients in Southern California. We use the combination of licensed expertise and high-tech ground mapping tools to generate accurate data.

Our potholing portfolio includes universities, schools, military bases, theme parks, correctional facilities, stadiums, shopping centers, hospitals, hotels, telecoms, and water companies.

Let’s discuss what our services can do for you, contact us at (866) 638-1075 at Util-Locate today!

Why Potholing is Highly Recommended for Construction Projects

Construction contractors can use potholing to safely control potential problems while searching for underground utility main lines, such as for natural gas or cable television, without causing a severe inconvenience in the local area. The loose soil from the test hole can be quickly and easily removed with vacuum excavation to then provide an open space for construction workers to use to inspect for underground utility main lines. With practical techniques for reducing the number of potential problems, a construction contractor can control the costs and can focus on the construction schedule.

Utility potholing locates utility lines by using forceful water pressure to push through the earth, creating a small home in the process. When the hole is deep enough, your construction crew will be able to visually confirm the location of any underground utility lines. This will allow your other construction work to resume without risk of interfering with any existing lines.

Potential Problems for Construction Contractors

The location of some underground utility main lines may not be documented because those lines for fiber optics or wastewater may not have been used by the current owner of a building that had been demolished for a new project such as for new art and entertainment center. The contractor can use potholing in construction projects to prevent problems and to protect the workers who could be injured by an underground hazard.

Evaluation of Potential Costs

The process for being offered a construction project usually includes bids from several contractors who must submit a construction plan and a budget for the project. Some of those contractors could encounter budget problems, such as for additional labor, equipment and supplies expenses while being forced to replace an underground utility line that had been accidentally damaged while trying to build an underground garage for a new apartment building. Managers can use potholing in construction projects to protect investments and to become more prepared for accurately planning a new project.

With the risk of utility line damage and service interruptions, comes expensive and time-consuming delays that might have to be approved by a local planning permission authority. Time is an expensive commodity on any construction site, which makes these delays and extra expenses something you don’t want to risk. Bypass these dangers by hiring an experienced potholing team. Not only will this keep your construction project running on time, but you will also be keeping the crew and nearby residents protected from utility outages.

Easy Access to Construction Sites in Isolated Locations

Some heavy construction equipment could be unsafe in an isolated area where a hidden water well or a concealed sinkhole had not been filled with soil to control the problem. With vacuum excavation, a contractor can use equipment that will cause fewer safety problems and that can be used to easily remove soil without blocking a path with a pile of soil while digging to search for underground utility lines.

Protection for Workers and the Environment

The aesthetic advantage of underground utility lines is a problem for contractors who want to quickly locate those underground utility lines. The techniques for utility potholing can be used to minimize the degree of damage to the topsoil at a construction site. With more detailed information about underground utility lines, a contractor can move forward with a project while also protecting the environment and not endangering a worker.

Plans for Controlling a Potential Problem

Vacuum excavation will prevent damage to utility lines, flooding, and service outages. Additionally, construction crews cannot dig in ‘safe zones’, which is the land that runs parallel alongside the utility lines.

In conjunction with utility potholing, you can first find the approximate location of unground utility lines and other facilities by using digital equipment and ground-penetrating RADAR. However, nothing can replace the certainty that comes with vacuum excavation and visual confirmation of the utility lines.

The various factors for improving the quality of a construction project can be controlled with different methods such as with more safety equipment and with innovative techniques. A contractor can use utility potholing to reduce the worker turnover rate with safer working conditions and to ensure that the project will be a success. Project managers can conveniently contact Util-Locate for professional advice about the potholing services for a construction site.

Month: January 2023