Remediation Approaches Overview
for the treatment of contaminated land and groundwater
In Situ Remediation Techniques and Reagents offered by REGENESIS:
Bioremediation – Biological treatment
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Enhanced aerobic bioremediation ORC Advanced®
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Enhanced anaerobic biodegradation – enhanced reductive dechlorination (ERD), enhanced dehalogenation 3DME®
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Sorption and enhanced biodegradation – aerobic/anaerobic oxidation and anaerobic reduction PlumeStop® PetroFix®
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Bioaugmentation (Dehalococcoides Sp.) BDI Plus®
Chemical Treatment – Chemical Oxidation/Reduction/Immobilisation
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In Situ Chemical Oxidation (ISCO) RegenOx® PersulfOx®
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In Situ Chemical Reduction (ISCR)
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Colloidal, Sufidate, Zero Valent Iron (ZVI) S-MicroZVI®
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Metals Immobilisation 3-D Microemulsion® (3DME)
S-MicroZVI®
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In Situ Sorption
PFAS Specific Treatment
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Source Treatment, featuring SourceStop™
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Plume Treatment with PlumeStop®
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Warranty offering: PlumeShield™
Enhancing Ex Situ Techniques
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Enhanced Desorption (increased efficiency of physical extraction/pump and treat systems) RegenOx®
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Soil mixing or spraying ORC Advanced® RegenOx® PetroFix®
Integrated Treatment / Combining Remedies
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The above techniques can be combined or paired with other remedial approaches.
Applicability
Our in situ remediation technologies are suitable for treating a wide range of contaminants in soil and groundwater, across widely varying site types and conditions, including:
- Petroleum hydrocarbons including BTEX, PAH etc, Chlorinated Solvents, TNT, MNT, DNT, Pesticides, Herbicides, Metals (including CrVI), PFAS and other emerging contaminants.
- From high concentrations to very low contaminant concentrations
- Brownfield land, legacy sites, sites earmarked for redevelopment, or other forms of contaminated land
- Commercially active facilities including defense, manufacturing, retail, rail, industrial, pharmaceutical, petrochemical, warehousing/logistics sites
- Treatment types: source treatment, plume treatment, remediation to reduce liability or manage risk of contaminant migration