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Primary and Secondary Heat Exchangers The primary and secondary heat exchangers are an air-to-air, plate type manufactured entirely of corrosion resistant stainless steel or other corrosion resistant metals. All-welded construction eliminates cross-contamination and provides structural integrity. Thermal Reactor All systems feature a horizontal reactor bed. The horizontal bed assures long-term burner conversion efficiency and VOC clean up performance. Inlet Temperature Control The temperature control maintains a uniform temperature across the reactor bed inlet (typically 1400 Deg. F to 1500 Deg. F). This assures proper solvent oxidation and minimizes fuel consumption. Modulating By-Pass Damper The by-pass damper works in conjunction with the inlet temperature control to temper the incoming air temperature. An electronic interlock automatically turns off the burner when the heat exchanger is providing sufficient temperature rise to maintain the thermal reaction in a self-sustaining state. Burner The burner is a low maintenance, natural gas, secondary air burner. This come equipped with an IRI or FM approved gas train per local codes. Reactor Vessel The reactor vessel, is constructed of an outer layer of carbon steel and an inner layer of three to four inches of refractory rated to 2300 Deg. F. Access Doors Access doors are provided at the burner chamber to provide for periodic inspection and maintenance of the systems. Installation The system is delivered in prefabricated modules. All units are shop assembled and tested prior to shipment to assure a minimal start-up period. A small amount of field welding, wiring and piping is required to install the unit. Warranty All M & W thermal oxidation systems are designed to bring stack emissions into compliance with Federal and State regulations. Defects in material and workmanship are warranted for one (1) year. |
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