Valveless Regenerative Thermal Oxidizer (vRTO) being installed on dryer offgas at an ethanol plant		Refinery Sludge Incineration System
Rotary Concentrator Unit (RCU), utilizing an adsorbant such as activated carbon, hydrophobic zeolite or a mixture, followed by a Thermal Oxidizer (TO) as final stage of exhaust air purification at a packaging facility		Thermal Oxidizer (TO) for exhaust air purification at a painting facility
Roller Hearth Kiln for the Destruction of Highly Toxic Waste		High Turbulence Furnace for Catalyst Recovery Application
Dual Stage Pyrolysis and Incineration System:  the dry sludge granules are first introduced to pyrolysis, followed by incineration.  The energy from the pyrolysis gas is used in the same process to dry the sludge.  The process is perfectly suited for the thermal utilization of solid or semi-solid materials with a high heating value. In the dual-chamber rotary furnace, the “pyrolysis” step for the conversion of the waste into energy, is followed by the “incineration” step, which turns the waste into inert ashes to be safely disposed of.		Thermal Oxidizer specifically designed for NOx removal

Catalytic Incinerators

CESCO is proud to be an authorized representative of John Zink, an industry leader in thermal oxidation equipment.

http://www.johnzink.com/products/therm_ox/pdfs/ther_catalytic.pdf

Catalytic destruction of volatile organic compounds (VOC) contaminants in an air stream is a very economical solution to plant emission reduction. The process involves lower temperature operation than corresponding thermal options and often allows heat recuperation without requiring exotic alloys in the heat exchangers. This feature further reduces the comparatively low fuel consumption of the catalytic systems. While these economic factors have made catalytic systems attractive to the end user, the applications have been limited by the vent stream constituents that could be tolerated by the catalyst formulation.  Catalysts used in VOC oxidation processes have had limited applicability because the catalyst could be deactivated by some contaminants, masked by some, and poisoned by others. The former limitations were so broad that only select applications were considered an appropriate fit.  Aggressive research programs by catalyst suppliers have developed formulations to eliminate these limitations or render them less harmful. 

Catalytic incinerators offer fixed-bed or fluid-bed systems and are used to combat VOCs (volatile organic compounds) and particulates. Industries such as petroleum, coal, chemical, primary metals, electronics, gas, sanitation, stone, clay, glass, mining, paper, surface coating and printing often rely on this method.