Vacuum Excavation

Highly Reliable and Efficient Services for Gross Pollutant Traps and Vacuum Excavation for Industries, Businesses, and Households

Key Points Vacuum excavation to keep your underground utilities safe Non-destructive and safe digging method Key applications of vacuum excavation gross pollutant traps provide reduction in a variety of other pollutants

Vacuum excavation to keep your underground utilities safe

Aussie Hydro-Vac Services vacuum excavation uses high-pressure water or air to break up soil and debris. The slurry is extracted with the assistance of a vacuum, which is generated either by a fan system or by a positive displacement blower. The company's vacuum excavation unit may use a twin or triple air fan design to produce a bigger volume of air.

The material is pulled into the holding tank after passing through a micromesh filter system, which traps dust particles.

Non-destructive and safe digging method

Vacuum excavation is a non-destructive way of digging that avoids damaging neighbouring structures and underground utilities. Vacuum excavation eliminates the need for manual or abrasive excavation methods. The soft digging approach is deemed safe since it protects employees from trench cave-ins. When working in frozen ground, hydro excavation is useful since hot water can be used to defrost and break the soil.

Key applications of vacuum excavation

•Can be used to perform deep excavation for large depths, like cleaning storage tanks.

•Underground utilities, cables, and pipes can be exposed without causing any damage to them. This way, vacuum excavation ensures that these utilities are not damaged, and your facilities remain functional while the process is underway.

•Vacuum excavation is also best suited for the soil improvement techniques requiring the removal of contaminated soil and gravel, or solid spills.

gross pollutant traps provide reduction in a variety of other pollutants

Removal of particulate nutrients Removal of oil and grease Removal of trace metals Reduction in bacteria Reduction in dissolved oxygen demanding substances

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