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Suppose someone had used the false kinetics (i.e., wrong E, wrong n)? Would the catalyst weight be overdesigned or underdesigned? What are other positive or negative effects that occur?
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Interpretation:
Whether the catalyst weight be overdesigned or underdesigned if false kinetics is used or not is to be stated. The other positive and negative effects of false kinetics are to be stated.
Concept introduction:
The effectiveness factor is the division of the average rate of the reaction with rate of reaction at the bulk-stream point that is at boundary conditions or without diffusion. It is denoted by
Answer to Problem 15.2Q
The catalyst weight will be overdesigned if false kinetics is used. The other positive and negative effects of false kinetics have been stated below.
Explanation of Solution
If kinetics like activation energy, number of moles is taken wrong then it is known as false kinetics. In case of decreased particle size, the activation energy and temperature of the reaction becomes higher. Due to this reason reaction becomes much more temperature sensitive. This causes the runaway reaction due to which explosion occurs.
These are effects of applying the false kinetics.
The weight of the catalyst is inversely proportional to the overall effectiveness and the rate constant according to the equation given below.
Where,
If the false kinetics is applied then the overall effectiveness becomes lower due to which rate of the reaction becomes higher which corresponds to the overdesigned catalyst weight.
The catalyst weight will be overdesigned if false kinetics is used. The other positive and negative effects of false kinetics have been stated above.
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Chapter 15 Solutions
Elements of Chemical Reaction Engineering (5th Edition) (Prentice Hall International Series in the Physical and Chemical Engineering Sciences)
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