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l INDUSTRIES, INC. ' THE FIRECAT 250 DIRECT FIRED THERMAL OXIDIZER WITH CAT MODULE SUMMARY OF OPERATION The FIRECA i 250 Will process hydrocarbons in the following manner: The Firecat oxidizer pulls a suction from a dilution port to supply ambient air to begin combustion. Ail air shall pass through the burner and the dilution Ivalve stays open until the oxidizer reaches 1400 Degrees for Direct Fired or 650 Degrees for Catalytic operation Once the oxidizer reaches the minimum �• temperature the oxidizer begins opening the mechanical well isolation valve to allow the hydrocarbons to pass through the preheated oxidizer. If the temperature drops below the pre-set level the isolation valve will close and purge the system by opening the dilution valve The vapor extraction is performed by a vacuum pump that pulls in all air I through a knockout pot to separate a majority of the moisture. The air then passes through an ORIFICE PLATE that measures the differential pressure, this sends the DP to a transmitter which is calibrated to the correct range for the system. The transmitter then sends a signal to a stripchart recorder to record the total flow through the oxidizer. The vapor then passes through a flame arrestor and then to the burner where it has a self sustained pilot system to insure proper ignition of all gasses. The burner is a 104MVTA Eclipse burner and the pilot is an Eclipse NIVIPS type Tha rr-plot is Suipphori at all times %Kith a se arata amble t air blower to give it a proper fuel to air ratio The pilot is electronically ignited and is I monitored by a flame safety inside of the control panel. If flame response is lost the oxidizer will shut down until it is manually reset. The vapors are mixed in a combustion chamber which contains the burner, the chamber and the THROAT area. 3530 E. Enterprise Drive, Anaheim, CA 92807-1628 tel: (714) 632-1112 or (800) 632-1112 - fax (714) 632-1177