About OxyTek...

Oxy Teknologies Inc. is dedicated to providing the state-of-the-art chemical oxidation and heavy metal stabilization technology to its clients.  We are cleaning the earth of toxic materials project by project.

aboutWhat We Do….

Oxy Teknologies Inc. is a North American provider of innovative and definitive environmental solutions. We have developed patent pending remediation technologies that are field proven and are used in a wide range of sites including industrial properties, below buildings, active service stations, and refineries to mention a few. Our chemical oxidation technologies remediate hydrocarbons, chlorinated solvents, herbicides, pesticides, PCP/Dioxins and PCBs in soil and groundwater, and are based on modified Fenton's chemistry and pursulfate oxidation chemistry.

company

Our metal remediation technology,  OxyTek-ADT, is a proprietary stabilization system that renders high levels of lead, chrome, cadmium, arsenic and other heavy metals into non-leachable, safe forms, suitable for on site disposition or off-site disposal in Subtitle D landfills or construction debris monofills.

The OxyTek solution has a 100% success rate and is particularly effective in difficult conditions where conventional remediations are too expensive or fail. The OxyTek solution differs from other chemical oxidation processes in that it can be successfully applied during harsh Canadian winter conditions saving stakeholders valuable time and money.

OxyTek proudly serves contractors, consultants and their clients.  This unique relationship has allowed OxyTek to work for major petroleum, petrochemical and utility companies throughout the United States and Canada.  Based on the high quality of our service and cost effectiveness of our remedial solutions, many clients, have repeatedly entrusted us with their site remediation and technology needs.

The following table compares OxyTek-L with other remediation technologies:

Technology

Features

OxyTek-LTM

Permanganate

Persulfate

Ozone

Physical State as

Injected

Liquid

Liquid

Liquid

Gas

Key Oxidant

OH•

MnO4

SO4

O3

Oxidation Potential

2.8V (highest)

1.7V

2.5V

2.07V

Reaction Times

Fast

Slow

Moderate

Fast

By-Products

Ferric iron, O2, H2O

Dissolved manganese, potential heavy metals

Sulfate

Oxygen

Contaminant Mass / NAPL Reduction

Yes

Limited

Moderate

Limited

Potential to Enhance Bioremediation

Yes, using Modified Fenton’s

No

No

Yes

Capital Costs

Low

Low

Low

High

Reagent Costs

Moderate

Moderate (for KMnO4) to high (for NaMnO4)

Moderate

Moderate