Contaminated Site Remediation


Contaminated Site Remediation

REGENESIS, the global leader in proven and low-cost soil and groundwater remediation technologies, offers a range of technologies in the form of specialty chemical technologies. Each technology has been specifically designed for environmental remediation applications with an emphasis on performance, cost-effectiveness, ease of use and environmental safety.

There is a broad range of possible solutions to choose in the treatment of contaminated site remediation and the treatment of soil, groundwater and vapor (air). From in situ chemical oxidation (ISCO) and enhanced bioremediation to soil mixing and vapor intrusion barriers, there is no one-size-fits-all remediation solution. Regenesis products have been used to effectively treat a broad range of groundwater contaminants from petroleum hydrocarbons, to chlorinated solvents, pesticides, and metals.

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RegenOx® In-Situ Chemical Oxidation (ISCO)

RegenOx is an injectable, easy-to-apply, chemical oxidant designed specifically for the rapid,
in-situ and/or ex-situ chemical oxidation of a broad range of contaminants including both chlorinated solvents and petroleum hydrocarbons. RegenOx destroys groundwater and soil contaminants through abiotic chemical reactions produced when combining the two-part technology. Regenesis designed the RegenOx material to be highly compatible with follow-on bioremediation applications as well ...Download brochure

RegenOx® PetroCleanze™

RegenOx® PetroCleanze™, is a customised formulation of the widely-used RegenOx® in situ chemical oxidation technology. The primary function of RegenOx® PetroCleanze™ is to increase the desorption rates of hydrocarbons bound in saturated soil and make them available for more efficient and rapid treatment using enhanced recovery technologies ...Download brochure

PersulfOx™ in situ Chemical Oxidation Reagent

Persulfox is an in situ chemical oxidation reagent that destroys organic contaminants found in groundwater and soil through powerful yet controlled chemical reactions. Persulfox is a sodium persulfate- based technology which employs a uniquely patented surface mounted activator to enhance oxidative destruction of both hydrocarbon and chlorinated contaminants in the subsurface ...Download brochure

Oxygen Release Compound ADVANCED (ORC Advanced®)

Upon hydration, Regenesis’ ORC Advanced powder releases molecular oxygen for periods of up to 12 months to drive the enhanced aerobic bioremediation process. Designed specifically treat petroleum hydrocarbon contamination, ORC Advanced® is often applied directly into tank pit excavations or directly injected into the saturated zone to stimulate aerobic biodegradation ...Download specification sheet


Regenesis’ Filter Socks create conditions optimal for enhanced aerobic bioremediation as they release molecular oxygen for periods of up to 12 months. Filter Socks come in various sizes and are designed to be placed into existing wells for the localised treatment of low level petroleum hydrocarbon contamination.

3-D Microemulsion® (HRC Advanced®)

3-D Microemulsion is an injectable electron donor emulsion for the biological treatment of chlorinated hydrocarbons. It is comprised of an advanced molecular structure incorporating proven polylactate ester technology with a uniquely engineered molecule (patent pending).
3-D Microemulsion is specifically designed to provide the staged, controlled-release of three highly efficient electron donors including organic acids to drive the enhanced reductive dechlorination process.

Hydrogen Release Compound (HRC®)

HRC is a controlled-release, electron donor material that upon hydration produces a controlled-release of lactic acid. The newly available lactic acid is critical for the production of hydrogen to fuel anaerobic biodegradation processes in soil and groundwater.


If you are considering enhanced bioremediation or in-situ chemical oxidation at a project, please take advantage of our free application design and cost estimate by filling out and submitting the Project Evaluation Form.

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