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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.
Question:1 (a) A flowchart of a continuous steady state two-unit separation process is shown below (Figure 1.1). Each stream contains two components, x and y, in different prop
a mixture of propane (125 lbmole, K = 2.056), n-butane (200 lbmole, K = 0.925), and n-pentane (175 lbmole, K=0.520), is at 200 psia and 200 F. determine the phase of the mixture?
AskAs your final task (Key Assignment), you will choose a topic in health care (e.g. cardiovascular issues, obesity, or cancer) and analyze it. Then, integrate all of the steps and
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#question.WHAT IS STEAM GENERATION AT CONSTATNT PRESSURE .
A system with constant heat capacity CP and initial temperature T1 is heated by contacting a reservoir at Tf . Find the entropy change of the system, reservoir, and system plus res
describe briefly any four internal conditioning methods
leaching
Q. What are the functions of a lubricant? Describe the various types of lubrication. OR Discuss the types of mechanism of lub
Which one of the following statements is correct? You may wish to examine molecular model of this compound. The configuration of alkene J is E The configuration of alkene J
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