Kenox Technology Corporation
Sub-sectors:
Hazardous wastewater, Industrial wastewater
Products/Services:
Chemicals, treatment Package treatment systems, Sludge
handling/treatment, Wastewater treatment services
Company Profile
Kenox Technology
Corporation, privately owned by management, was incorporated in 1997 to acquire the rights, title
and know how of the patented Kenox 'State of the Art' waste water technology. The Kenox
technology is an advanced wet air oxidation (WAO) process for treatment, detoxification and
reduction of hazardous/non hazardous organic and oxidizable inorganic (e.g. sulphide) pollutants
present in many industrial and municipal wastewaters, sludges and slurries. The technology is a cost effective alternative to conventional processes which may be unsuitable or too costly for use.
WAO has the advantage of being able to treat, not separate, a broad range of complex pollutants
and is environmentally friendly.
The company offers Skid Mounted, Transportable Treatment Plants or Custom built Treatment Plants, installed Turn-Key by international engineering
construction contractors. The company acquired considerable operational experience with
installed plants and has access to specialized expertise, as required, to complement in-house
resources. The company invites enquiries from firms operating on a global basis interested in
joint venture, license or other arrangement of mutual benefit. For more information about our
company and process please visit 'www.kenoxtech.com'.
Kenox's wet air oxidation (WAO)
treats a broad range and concentration of pollutants, such as:
2, 4-dinitrophenol, p-chloroaniline, p-nitroaniline, Acrylamide, Acrylonitrile, Copper cyanides, cyanides Ethylcyanide, Ethyleneimine, Ethylenediamine, Hexachlorocyclopentadiene, Hydrocyanic acid, Hydrogen sulphide, Isocyanic acid, Methacrylonitrile, Methanethiol, Methyl ethyl ketone, Nitroglycerine
Pentachlorophenol, Potassium cyanide, Propionitrile, Sodium cyanide, Aniline production still
bottoms, Cyanide-bearing wastes from steel finishing, Distillation from carbaryl production,
Ethylene dichloride distillation ends in vinyl chloride production, Fractionating residues, benzene
and chlorobenzene recovery, Methanol recovery bottoms, heavy ends, methyl methacrylate
production ends, Quench column bottoms, acrylonitrile production, Residues from distillation of 1-
chloro-4-nitrobenzene, Vacuum still bottoms from maleic anhydride production.
Alliances/Contacts Sought
Strategic Alliances, Licensing Agreements, Joint Ventures, Equity Participation.
Company Details
Company Information
Lourens J. Van Monsjou
Title:
President
Area of Responsibility:
Management Executive
Telephone:
(905) 845-8323
Fax:
(905) 845-4808
Email:
Click Here
Products
Environmental Products And Services
Kenox 1, Advanced Wet Air Oxidation (wao) Process.
The WAO Process is a patented process capable of treating a variety of dissolved and suspended oxidizable contaminants present in wastewaters, sludges, and slurries. Two of the most important key breakthroughs Kenox has achieved are enhanced mass transfer and an accelerated induction period. Mass transfer is particularly important when treating high concentrations of rapidly oxidizable compounds. Accelerated induction increases oxidation rates and reduces undesirable side-reactions. The Kenox system uses the combined effects of controlled temperature, pressure, and static mixing, along with optional fixed catalysts and ultrasonic energy, in a dynamic recirculation reactor.
The Kenox system can be used to treat a variety of wastes from the pulp & paper, petroleum, petrochemical, coking, metal finishing, food processing, and chemical manufacturing industries. Chemicals amenable to treatment by this process include: acrylonitrile, dichloroethane, vinyl chloride, phenols, carbon tetrachloride, cyanides, and toluene. It can also be used to regenerate spent powdered activated carbon, desulphurize pyrite, condition peat for dewatering , and treat sewage sludge. It is particularly suited for aqueous waste liquids. Its operation is continuously monitored and controlled by computer, thereby reducing operating and labour costs.
The Kenox WAO Process has the distinct advantage of treating a broad range and concentration of pollutants. It has lower capital and operating costs than competing technologies or incineration.
In addition, when treating highly contaminated wastewaters, WAO produces more thermal energy than it requires, thus becoming a net thermal energy produce.
Kenox 1, Advanced Wet Air Oxidation (wao) .
The WAO Process is a patented process capable of treating a variety of dissolved and suspended oxidizable contaminants present in wastewaters, sludges, and slurries. Two of the most important key breakthroughs Kenox has achieved are enhanced mass transfer and an accelerated induction period. Mass transfer is particularly important when treating high concentrations of rapidly oxidizable compounds. Accelerated induction increases oxidation rates and reduces undesirable side-reactions. The Kenox system uses the combined effects of controlled temperature, pressure, and static mixing, along with optional fixed catalysts and ultrasonic energy, in a dynamic recirculation reactor.
The Kenox system can be used to treat a variety of wastes from the pulp & paper, petroleum, petrochemical, coking, metal finishing, food processing, and chemical manufacturing industries. Chemicals amenable to treatment by this process include: acrylonitrile, dichloroethane, vinyl chloride, phenols, carbon tetrachloride, cyanides, and toluene. It can also be used to regenerate spent powdered activated carbon, desulphurize pyrite, condition peat for dewatering , and sterilize and significantly reduce the volume of sewage sludge before agricultural reuse. It is particularly suited for aqueous waste liquids. Its operation is continuously monitored and controlled by computer, thereby reducing operating and labour costs.
The Kenox WAO Process has the distinct advantage of treating a broad range and concentration of pollutants. It has lower capital and operating costs than competing technologies or incineration.
In addition, when treating highly contaminated wastewaters, WAO produces more thermal energy than it requires, thus becoming a net thermal energy generator.
Services