Enhanced Aerobic Bioremediation


Enhanced Aerobic Bioremediation


Listed below are our latest case studies within the project category, Enhanced Aerobic Bioremediation:


Former Gas Station

Vertex was retained to remediate a former gas station now developed as a commercial mall. Excavation was not an option due to the depth of the free phase and plume as well as the utilities and infrastructure on site. Groundwater

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PCP, Copper and CCA in Central Canada

Vertex Environmental Inc. staff conducted a remedial program for groundwater impacted by pentachlorophenol (PCP) and copper, chromium and arsenic (CCA) at a site in central Canada. Historical use of the wood treatment compounds including PCP and CCA resulted in groundwater

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PCP in Western Canada

Vertex Environmental Inc. staff completed a remedial program for groundwater and soil impacted by pentachlorophenol (PCP) at a site in western Canada. Historical use of the biocide PCP at a wood preservation facility resulted in soil and groundwater impacts. The

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Direct Push Injection Yields Rapid Results

As part of a real estate transaction, a Vertex client was committed to restoring a heavy metal plume to below applicable standards. The heavy metals of concern included Copper, Cobalt and Nickel.

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Heavy Metal Plume

As part of a real estate transaction, our client was committed to restoration a heavy metal plume to below the applicable Standards. The heavy metals of concern included: Copper (maximum concentration of 86 μg/L) Cobalt (maximum concentration of 210 μg/L)

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Chromium Groundwater Plume

Vertex Environmental Inc. staff designed, constructed and maintained permeable reactive barrier (PRB) for the in-situ, passive treatment of a chromium (Cr) groundwater plume. The chromium plume represented an immediate risk to the surrounding environment as the groundwater was discharging to

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Real Estate Transaction

As part of a real estate transaction, our client was committed to remediating chlorinated ethane impacts within the groundwater to below the applicable Standards. The concentrations of the compounds of concern were: 1,1,1-TCA (maximum concentration of 11,000 μg/L) 1,1-DCA (maximum concentration

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Chemical Reduction

Groundwater impacted with chlorinated ethenes were flowing onto the Site at concentrations
greater than the applicable Standards.

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