Environmental Remediation

Mechanical (Dig and Haul) is a technique used in environmental remediation to remove contaminated soil, sediment, or other materials from a site. It involves digging out the contaminated material and transporting it to a licensed disposal facility for proper disposal. This method is often used for sites with shallow contamination or for areas where in-situ treatment is not feasible.

Pros: Impact Is Removed Immediately for Visual Confirmation
Cons: Risk, Expense, Waste Stream

Insitu is a type of environmental remediation that involves treating contaminants in place, without excavating the soil or impacting groundwater. This approach is often more cost-effective and less disruptive than other remediation methods, such as mechanical excavation (Dig and Haul) and disposal. In-situ remediation includes Bioremediation and or other reagents.

Pros: Less Invasive, Less Expensive (Up to 75% Less), Better Land Utilization, Improved, Aesthetics, No Waste Stream
Cons: Takes Longer, Requires Broad Spectrum Amenability to Contaminates

Bioremediation is an environmental remediation technique that uses microorganisms to break down or neutralize contaminants in soil or water. These microorganisms can consume organic contaminants and convert them into less harmful substances, making it a popular approach for cleaning up oil spills and other environmental incidents.

Pros: Less invasive, Less expensive (up to 75% less), Better Land Utilization, Improved Aesthetics, No Waste Stream
Cons: Takes Longer, Requires Broad Spectrum Amenability to Contaminates

Hydrovac, also known as hydro excavation, is a non-destructive digging method that uses high-pressure water and a powerful vacuum to safely excavate soil and remove debris. This technique is commonly used in industry to safely expose and access underground pipelines, utilities, and other infrastructure without causing damage.

Pros: Non Destructive, Eco Friendly, Small Footprint
Cons: Efficient in Smaller Areas, Debris Tank Size Limitation