Technical Papers...
The OxyTek chemical
oxidation process is based on Modified Fenton's Chemistry. However, Oxy Teknologies has enhanced this established chemical process and
perfected it to suit individual site's requirements.
OxyTek-ADT heavy metal treatment technology centers on a unique array of chemical reagents together with a body of remedial knowledge
and experience. This significantly reduces the toxicity (TCLP) of heavy metals in soil, sludge, sediment or groundwater.
When our office is contacted by potential clients, contractors or environmental consultants, we are usually asked for technical information
to substiate our technology. We are compiling a series of articles to provide this base of knowledge and we will be adding additional articles
over time.
CHEMICAL OXIDATION |
Anne-Clarisse Ndjou'ou, Joseph Bou-Nasr and Daniel Cassidy*, The Effect of Fenton Reagent Dose On Co-Existing Chemical and
Microbial Oxidation in Soil. Department of Geology and Engineering, University of Laval, Sainte-Foy, Quebec, Canada.
*Corresponding author : (418) 656-7339, Fax (418) 656-2131, email: dcassidy@ggl.ulaval.ca. 2006.
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Anne-Clarisse Ndjou'ou, Daniel Cassidy*, Surfactant Production Accompanying The Modified
Fenton Oxidation of Hydrocarbons In Soil. Department of Geology and Engineering, University of Laval, Sainte-Foy, Quebec,
Canada. *Corresponding author: (418) 656-7339, Fax (418) 656-2131, email: dcassidy@ggl.ulaval.ca . 2006. |
Gordon H. Bures, Kent S. Sorenson, Jr., Jennifer P. Martin and Richard F. Reinke, “ Bio-Fracing for Enhance In Situ Bioremediation of
Chlorinated Solvents in Low-Permeability Sediments” |
METAL STABILIZATION |
“Understanding Apatite Crystalization” |
“Consensus Plan for Soil and Sediment Studies,
Couer D’Alene River Soils and Sediments Studies ”, US EPA Region 10
(February 2001) |
“Immobilization of Pb from Contaminated Water,
Soils, and Wastes by Phosphate Rock ” FIPR Publication No. 01-101-106, Q. Y. Ma, University of Florida and T. J. Logan and S. J. Traina, Ohio State
University. October, 1994. |
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