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• Oxidizer Chamber: The Oxidizer Chamber is constructed of 3/16 inch carbon steel and lined with a 4 inch ceramic fiber high temperature lining that provides a safe cold face temperature while operating at 650°F to 1150°F on the hot face. The oxidizer chamber also has an integral catalytic cell shelf and catalytic cell access door for easy maintenance of the catalytic cell. • Electric Elements: A custom made Electric Element Plug is installed in the oxidizer chamber. This provides the necessary heat for the pre-heating of the incoming vapors. The operating range for the elements is 600'F to 1000°F. • Heat Exchanger: The Heat Exchanger is designed to utilize the catalyst exhaust to pre-heat the incoming vapors. It is designed Arith tube bundles that the vapors travel through while the hot exhaust passes around the outside. This is made of a 304 stainless steel material and a 318 inch thick carbon steel front-cover with insulation material. • Control Panel: The Control Panel contains a main disconnect, on/off switches, lights, controllers, chart recorder, fuses, motor starters. relays and wiring. The panel is a NEMA 4 type for outdoor use and is 48 inches tall x 36 inches wide x 12 inches deep. • Valving: The Entrainment Separator comes equipped with two butterfly valves that are actuated by a drive motor. One is a Process Isolation Valve that is provided to isolate the vapors during start-up, -,,.Then an alarm occurs or ,,N7hen the oxidizer is not at temperature. The other is a Dilution Valve that continually modulates and maintains the catalyst outlet temperature at a pre-set level. • Auto Drain Pump: A Liquid Pump is provided to remove the water accumulated in the entrainment separator. The pump is activated when the water reaches the high liquid level switch and runs for one minute. The pump transfers the water to a receptacle provided by the client at the site. • Liquid Level Switches: Liquid Level S«'itches are provided on the entrainment separator site glass. A High Liquid Level S xAch activates the liquid transfer pump when it is triggered. The High/High Liquid Level Switch (Alarm 1) turns the entire system off vdien the switch is actuated. • Process Air Pressure Switch: The process line utilizes an Air Pressure S\vitch to monitor air pressure in the system. If airflow decreases or stops, the Air Pressure Switch Alarm 2 will shut dog;n the system. • Flow Transmitter: The Flow Transmitter receives a high and low air pressure signal from the orifice plate in the process line and transmits a signal to the chart recorder. The chart recorder records the volumetric flow rate passing through the oxidizer.