Environmental Remediation

Soil Excavation

Directly removes soil contaminated with heavy metals, petroleum products, or industrial chemicals. Excavators and backhoes dig up the contaminated material and backfill the site with clean dirt, sand, and gravel.

In-Situ Injections

Mixes chemical oxidizers into contaminated soil in order to neutralize toxic chemicals - improving soil strength, reducing permeability, and mitigating erosion risks.

Bioremediation

Blends bacteria, fungi, and plants into contaminated soil. The microorganisms degrade and detoxify pollutants by breaking them down into less harmful substances for use as metabolic energy.

Chemical Blending

Treats specific types of contaminants by mixing specialized surfactants, solvents, and oxidizing agents into the soil in order to mobilize pollutants and make them more accessible for treatment.

Product Recovery

 Extracts and reclaims harmful substances from contaminated soil and groundwater. Often used in situations where contaminants or their byproducts can be recycled or reused.

Pump and Treat

Brings polluted water to the surface, where it can be decontaminated through processes such as filtration, air stripping, and chemical treatment before being pumped back into the ground or utilized for non-potable purposes.

Soil Vapor Extraction

Wells and vacuum pumps draw volatile organic compounds out of the soil, so they can be treated through activated carbon adsorption or thermal oxidation.

Soil Encapsulation

Uses solidification agents such as cement or lime to isolate and immobilize contaminants within soil instead of extracting them, to prevent them from spreading into the surrounding environment.