Frequently asked questions
What is directional drilling and when is it used?
Directional drilling is a trenchless method used to install underground utilities with minimal surface disruption. It’s ideal for running lines under roads, driveways, and landscaped areas.
What types of projects require fiber blowing?
Fiber blowing is commonly used for installing fiber optic cables in telecommunications networks, allowing for fast and efficient placement through pre-installed conduits.
What is hydrovac excavation and why is it safer?
Hydrovac excavation uses pressurized water and a vacuum system to safely expose underground utilities without damaging them, making it a preferred method for sensitive digging projects.
When should vibratory plowing be used instead of trenching?
Vibratory plowing is best for installing shallow utility lines in open areas where minimal ground disturbance and faster installation are desired.
What is frost trenching and when is it necessary?
Frost trenching is used to cut through frozen ground during colder months, allowing utility installation projects to continue even in harsh winter conditions.
What types of utilities can you install using these methods?
We install a variety of underground utilities, including fiber optic cables, electrical lines, water lines, and other communication infrastructure.
How do you minimize damage to existing utilities?
We use advanced locating techniques and non-destructive methods like hydrovacing to safely expose and work around existing underground utilities.
How long does a typical underground utility installation take?
Project timelines vary depending on the scope, soil conditions, and method used, but our team works efficiently to complete projects on time and with minimal disruption.
Do you handle both residential and commercial projects?
Yes, we work on a wide range of projects, including residential, commercial, and municipal utility installations.
Why choose trenchless methods over traditional excavation?
Trenchless methods reduce surface damage, lower restoration costs, improve safety, and allow for quicker project completion compared to traditional digging.