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• Oxidizer Chamber: The Oxidizer Chamber is constructed of 3/16 inch carbon steel <br /> and lined with a 4 inch ceramic fiber high temperature lining that provides a safe cold <br />' face temperature while operating at 650'F to 1150'F on the hot face The oxidizer <br /> chamber also has an integral catalytic cell shelf and catalytic cell access door for easy <br /> .maintenance of the catalytic cell. <br />' * Electric Elements: <br /> A custom made Electric Element Plug is installed in the oxidizer <br />' chamber. This provides the necessary heat for the pre-heating of the incoming vapors. <br /> The operating range for the elements is 600°F to 1000°F <br />' * Heat Exchanger: The Heat Exchanger is designed to utilize the catalyst exhaust to <br /> pre-heat the incoming vapors It is designed with tube bundles that the vapors travel <br /> through while the hot exhaust passes around the outside. This is made of a 304 <br />' stainless steel material and a 3/8 inch thick carbon steel front-cover with insulation <br /> material. <br />' * Control Panel: The Control Panel contains a mann disconnect, on/off switches, <br /> lights, controllers, chart recorder, fuses, motor starters, relays and wiring. The panel is <br /> a NEMA 4 type for outdoor use and is 48 inches tall x 36 inches wide x 12 inches <br />' deep. <br /> * Valving: The Entrainment Separator comes equipped with two butterfly valves that <br /> are actuated by a drive motor One is a Process Isolation Valve that is provided to <br /> isolate the vapors during start-up, when an alarm occurs or when the oxidizer is not at <br /> temperature The other is a Dilution Valve that continually modulates and maintains <br />' the catalyst outlet temperature at a pre-set level. <br /> * Auto Drain Pump: A Liquid Pump is provided to remove the water accumulated m <br /> I the entrainment separator The pump is activated when the water reaches the high <br /> liquid level switch and runs for one minute. The pump transfers the water to a <br /> receptacle provided by the client at the ,site. <br /> * Liquid Levet Switches: Liquid Level Switches areP rovided on the entrainment <br /> separator site glass. A High Liquid Level Switch activates the liquid transfer pump <br /> when it is triggered The High/High Liquid Level Switch Alarm 1 turns the entire <br /> system off when the switch is actuated. <br /> * Process Air Pressure Switch: The process line utilizes an Air Pressure Switch to <br /> monitor air pressure in the system. If airflow decreases or stops, the Air Pressure <br /> Switch Alarm 2 will shut down the system. <br /> I * Flow Transmitter: <br /> The Flow Transmitter receives a high and low air pressure signal <br /> from the orifice plate in the process line and trw smits a signal to the chart recorder <br /> The chart recorder records the volumetric flow rate passing through the oxidizer. <br /> I ' <br />