Thermal Oxidation Literature

Brochures  |  Technical Papers

Brochures

The following brochures are in the Adobe^® Acrobat file format. If you don't have Acrobat Reader, you may download it for free from the Adobe Web site.

	John Zink Company introduces TANGENTTM TANGENT forced-draft burner technology produces NOx and CO levels near zero. If waste-processing capacity is a plant bottleneck because of emissions, it can now be expanded with no increase in NOx and CO production. Ultra-low NOx and CO levels will allow greater waste processing capacities under established permits.
	Thermal Oxidizer Aftermarket Solutions As the world leader in advanced combustion technologies and environmental systems, John Zink combines its renowned expertise and global resources to offer the most comprehensive, value-added aftermarket products and technical services available for thermal oxidizers.
	Ethanol Case Study Engineers at an Alabama natural gas plant were faced with lowering the facility's total reduced sulfur (TRS) emissions to obtain a higher destruction removal efficiency (DRE). This was mandated in a consent decree from the Alabama Department of Environmental Management.
	HI Intensity Burner The High Intensity (HI) Burner is typically used in waste/fuel-specific John Zink Thermal Oxidizer Systems. It also can be retrofit to existing waste disposal systems. Also, the features of the HI Burner make it suitable for a wide variety of upstream applications.
	Hazardous Waste Disposal with Thermal Oxidation Thermal oxidation has proven to be an effective and safe method for the disposal of a wide variety of hazardous industrial wastes. Virtually all organic compounds can be thermally oxidized with an assured level of destruction. John Zink Company has over 2300 thermal oxidizer installations in service worldwide, destroying an array of hazardous and non-hazardous organic wastes.
	Case Study 3088: Custom Burner Design Installs in Record Time and Delivers Exceptional Emissions Reduction EEngineers at an Alabama natural gas plant were faced with lowering the facility's total reduced sulfur (TRS) emissions to obtain a higher destruction removal efficiency (DRE). This was mandated in a consent decree from the Alabama Department of Environmental Management.
	Thermal Oxidation Systems: Innovative Clean Air Solutions/a> Before hazardous waste became a common term, even before it was defined by law, John Zink Company was building thermal oxidation systems for responsible customers in the process industries. Hundreds of units have been placed in service to destroy waste and recover heat.
	Versión española disponible. Hi-Energy Electric Ignition Pilot AG-HE The most advanced ignition pilot on earth (or under water). View video of AG-HE in action, available in QuickTime and Windows Media formats. For 56k Modem Users and slower connections: QuickTime version Windows Media version   For ISDN and faster connections: QuickTime version Windows Media version
	Catalytic Oxidizer Organic vapors from industrial and commercial processes may create contaminated air streams which cannot be released into the atmosphere untreated. Incineration effectively eliminates these harmful organics. A catalytic oxidation process is often the best choice.
	Down-Fired Salt System Wastes containing organic or inorganic salts produce molten salt particles during the incineration process. The John Zink Down-fired Salt System uses a vertical arrangement that limits salt collection in the incinerator chamber and associated refractory deterioration.
	NOxIDIZER® Effective incineration of chemical wastes containing nitrogen compounds requires a special approach. The John Zink NOxIDIZER® is the most reliable system available for limiting NOx formation in the incineration of nitrogen-bearing wastes.
	Driving The Future of Clean Combustion: Research, Development and Testing At John Zink Company, LLC, the process energy challenges facing global industry inspire us to push the limits of combustion science for the benefit of our customers and our environment. Today, we are a world leader in the development of advanced combustion technologies and pollution-control systems that help make our customers' operations cleaner, more efficient, and less expensive.

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Technical Papers

The following technical papers are in the Adobe^® Acrobat^TM file format. If you don't have Acrobat^TM Reader^TM, you may download it for free from the Adobe Web site.

• Multistage Combustion for Removal of NO_x from Incinerator Offgas-NO_xidizer
  Prepared for U.S. Department of Energy, Office of Environmental Management
  Office of Science and Technology, April 2002
  Demonstrated at Brookhaven National Laboratory, Upton, New York
  Paper courtesy of the U.S. Department of Energy Office of Environmental Management's Science and Technology program (Publication number DOE/EM-3181).
• Hazardous Waste Disposal by Thermal Oxidation
  John Zink Company
• Innovations of Catalytic Combustion
  John Zink Company
  Presented at the AFRC/JFRC Jointly Sponsored International Symposium on Environmental Control of Combustion Processes
  Honolulu, Hawaii
  October 7 - 10, 1991
• Incineration of Nitrogen-Bearing Wastes
  John Zink Company
  Presented at the International Conference on Environmental Control of Combustion Processes
  Honolulu, Hawaii
  October 7 - 10, 1991

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John Zink Company, LLC
11920 East Apache
Tulsa, OK 74116
United States of America
+1-918-234-1800

email: info@johnzink.com