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Your first assessment will cover the design of a monolith reactor for the VOCs removal. Therefore, you are asked to do the following: 1. Choose a specific VOC; 2. Search for the reaction rate for the catalytic combustion of that VOC; 3. Pick the concentration and flow rate from the graph provided within your lecture; 4. Design a monolith reactor to address the VOC removal, assuming a 99% efficiency. Your report will contain:
1. Introduction: identify the industrial flue gas which would release the chosen VOC, short description of the process and reasons for the use of catalytic incineration for air purification;
2, Monolith reactor model and design approach
3, Results: reactor volume and optimal configuration, graphs showing the conversion and temperature variations along the monolith wall
4. Conclusions.
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1. Consider the previous heat exchanger. Tune a proportional controller for a) GM = 2; PM = 45 degrees and c) MPH (maximum peak height) occurs at 2 dB (provides a z of ~ 0.4).
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