services

Hydro Excavation is a non-destructive digging process that uses pressurized water and a powerful vacuum system to safely excavate soil and expose underground utilities. This method is widely used in industries such as construction, oil & gas, telecommunications, and municipal services due to its precision and minimal environmental impact.

How It Works:

1. Pressurized Water: A high-pressure water stream is directed at the ground to break up soil and debris.

2. Vacuum System: A powerful vacuum simultaneously removes the loosened material, storing it in a debris tank for disposal or reuse (once dried and not contaminated).

3. Precision Digging: This method allows for controlled excavation, reducing the risk of damage to underground utilities such as gas lines, fiber optics, and water mains.

Benefits of Hydro Excavation:

Safety: Reduces the likelihood of damaging underground utilities, preventing costly repairs and hazardous situations. Efficiency:Faster (in high utility environments) and more accurate than traditional digging methods, minimizing downtime. Minimal Environmental Impact: Less invasive than mechanical excavation, preserving surrounding infrastructure and landscapes. Versatility: Can be used in a variety of soil conditions and confined spaces where traditional digging is impractical.

Hydro excavation is the preferred method for utility locating, trenching, daylighting (exposing underground infrastructure), and debris removal. By combining precision with safety, it has become an essential service for protecting underground assets and improving excavation efficiency.

Subsurface Utility Engineering (SUE) is a specialized process used to locate, map, and manage underground utilities before construction or excavation projects begin. It combines advanced technology, engineering principles, and data management to reduce the risk of utility damage, improve project efficiency, and enhance safety.

Why SUE is Important:

Before digging, it is critical to know what lies beneath the surface to prevent costly delays, service disruptions, or accidents. SUE helps engineers and project managers make informed decisions about utility conflicts, reducing the risk of damage to water, gas, electric, telecommunications, and sewer lines.

How SUE Benefits Construction and Infrastructure Projects:

Prevents Utility Strikes: Reduces costly damage and service outages. Increases Safety: Protects workers and communities from potential hazards. Improves Project Efficiency: Avoids unexpected delays due to unknown utilities. Reduces Costs: Minimizes expensive utility relocations and redesigns. Enhances Design Accuracy: Ensures engineers have reliable data before breaking ground.

By integrating SUE and hydro excavation, contractors can safely and efficiently expose underground utilities, ensuring compliance with safety regulations and protecting critical infrastructure.

Jetting is the process of using high-pressure water to break up soil, debris, or blockages in underground utilities. It is commonly used in hydro excavation, sewer cleaning, and pipeline maintenance to efficiently and safely remove materials without damaging surrounding infrastructure.

How Jetting Works:

1. High-Pressure Water Application – A specialized nozzle directs pressurized water to loosen soil, sediment, or obstructions.

2. Material Breakdown – The force of the water breaks down compacted dirt, debris, or blockages, making it easier to remove.

3. Vacuum Extraction (If Used in Hydro Excavation) – The loosened material is simultaneously suctioned into a debris tank for disposal.

Types of Jetting Applications:

1. Hydro Excavation Jetting – Used to break up soil for precise digging, minimizing the risk of damaging underground utilities.

2. Sewer and Drain Jetting – Cleans and clears blockages in pipelines by blasting away debris, grease, and buildup.

3. Storm Drain Maintenance – Removes sediment and debris from stormwater systems to prevent flooding.

4. Pipeline and Industrial Cleaning – Clears pipelines, tanks, and industrial equipment of sludge, scale, and residues.

Benefits of Jetting:

Non-Destructive – Uses water to remove material without damaging infrastructure. Efficient & Precise – Effectively breaks up compacted debris and blockages. Environmentally Friendly – Reduces the need for mechanical digging or harsh chemicals. Versatile – Can be used in excavation, utility maintenance, and cleaning applications.

Jetting is a critical component of hydro excavation and utility maintenance, ensuring safe, efficient, and environmentally responsible material removal.