Technologies

Air Sparge/Vacuum Capture (SpargeVac)

Bioremediation (BioVac)

Chemical Oxidation (OxyVac®)

Cut-Off or Semi-Permeable Barriers

Excavation & Disposal

Free Product Recovery

Pump & Treat

Solidification/Stabilisation

Thermal Treatment (Six Phase Heating)


UST (Underground Storage Tank) Removal

Vapour Extraction and Treatment
Chemical Oxydation (OxyVac®)

Suitable for
 

Treatment and removal of organic compounds including chlorinated compounds.

Technique
 
Chemicals applied to soils in-situ or ex-situ are used to oxidise organic contaminants causing complete breakdown/removal. The oxidation process is due to Fenton's Reaction using hydrogen peroxide. Final residual breakdown products are carbon dioxide and water. When oxidising chlorinated compounds, breakdown products may require monitoring prior to complete removal.
For in-situ works, off-gasses from the oxidation reactions can be captured by a vacuum extraction system designed specifically to suit soil conditions.
Benefits
 
Particularly rapid and thorough breakdown of contaminants which may also increase biodegradation activity by the addition of electron receptors. The oxidation process is suitable for dissolved and adsorbed phase contaminants and can be operated discretely during or after a site has been developed. Typically, an operational system can be less disruptive than other in-situ techniques.


Today's Date:
Terra Vac (UK) Ltd, Unit 4, Willowbridge Way, Whitwood, Castleford, WF10 5NP
T: 01977 556637 F: 01977 557587 E:
Case Studies