Construction workers using a vacuum truck to excavate soil around underground utility pipes at a busy city site.
Construction workers using a vacuum truck to excavate soil around underground utility pipes at a busy city site.
Non-destructive engineering

Subsurface utility exposure without the strike risk

Pressurized water kinetic force and high-CFM vacuum extraction replace mechanical teeth to expose buried infrastructure safely.

White PVC pipes with condensation connected by a T-joint in a dirt trench for underground plumbing and irrigation.
White PVC pipes with condensation connected by a T-joint in a dirt trench for underground plumbing and irrigation.
Yellow heavy excavator digging a deep trench at a night construction site with a worker in a safety vest supervising.
Yellow heavy excavator digging a deep trench at a night construction site with a worker in a safety vest supervising.
Industrial vacuum truck with a large black tank parked at a chemical refinery plant with illuminated towers at dusk.
Industrial vacuum truck with a large black tank parked at a chemical refinery plant with illuminated towers at dusk.
Operational methods

Precision execution for complex civil sites

Daylighting

Positive utility exposure

Potholing and daylighting existing infrastructure with high-pressure water and instantaneous vacuum recovery to verify exact spatial coordinates.

Trenching

Precision slot excavation

Narrow, clean-walled utility trenches cut through heavily congested urban corridors without disturbing adjacent structural foundations.

Extraction

High-volume debris removal

Rapid slurry removal and dry vacuum recovery for catch basins, manholes, drilling muds, and industrial processing sumps.

Fleet engineering metrics

Heavy machinery operating parameters

6,400

CFM blower capacity

3,500

Max water pressure PSI

15 yd³

Debris tank volume

24/7

Emergency dispatch

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