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Chlorinated Emission Control System
Anguil's Chlorinated Emission Control System destroys halogenated or mixed organic vapor contaminants that are discharged from a variety of industrial process streams. How the Chlorinated Emission Control System Works The Chlorinated model is selected based on volume of airflow, contaminant type and desired destruction efficiency. During operation, VOC-laden air is drawn into the Chlorinated Oxidizer's fan and is discharged into the system's heat exchanger. The air passes through the tube side of the heat exchanger and into the burner, where the contaminated air is raised to the catalyzing temperature. When the VOC-laden air passes through the specialty catalyst, an exothermic reaction takes place. The VOCs in the air stream are converted to carbon dioxide, water vapor and inorganic acids.
Anguil's Cost Effective Design The Chlorinated Oxidizer is designed as part of Anguil's broad line of technologically advanced, yet user-friendly, air pollution control products. The Anguil product line includes over 1,600 installations of Recuperative and Regenerative Catalytic and Thermal Oxidizers ranging in size from 100 to 100,000 SCFM (150-150,000 Nm3/hr), Ceramic Filter Systems, Soil Remediation Equipment, Rotor Concentrator Systems and Scrubbers. Each product line represents value-engineered systems with emphasis on cost minimization. All systems are designed for optimum performance and trouble-free operation. Anguil strives to provide innovative pollution control technology including process analysis, engineering, equipment manufacturing, installation and post-sale 24-hour service. System Components Standard Chlorinated Emission Control System systems include a 316L stainless steel heat exchanger, modulating burner, fuel train, catalyst bed, motor, fresh air dilution valves, flanged inlet and outlet, system controls, temperature recorder, first-out shutdown detector and exhaust stack. All systems can be designed to meet exact customer specifications. Chlorinated Emission Control System System Schematic Options
Safety Shutdowns The system will shut down safely and automatically if any of the following occur:
The first-out shutdown detector will indicate the cause of a shutdown.
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The hot, purified air then passes on the shell side of the heat exchanger where the energy released by the reaction is used to preheat the incoming air. This minimizes the system's fuel costs; in many cases the Chlorinated Oxidizer is self-sustaining. Finally, the air is exhausted into the atmosphere. In some cases, an Anguil scrubber module may be required to neutralize inorganic acids.