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Q1 In a catalytic reforming process, C9H20 is converted to its corresponding aromatics. Knowing that the equilibrium constant (Keq) could be correlated to temperature, T
Q1 In a catalytic reforming process, C9H20 is converted to its corresponding aromatics. Knowing that the equilibrium constant (Keq) could be correlated to temperature, T using the following expression, where a is 28.94 x 103 and b is 53.78, respectively. In Keq = a + b (Ed.1) T (a) Determine the conversion and the composition of the reformate produced at 450C and 10 bar. (10 marks) (b) By refering to Eq. 1, determine the effect of temperature (7) on the conversion in the catalytic reforming process. (5 marks) Q1 In a catalytic reforming process, C9H20 is converted to its corresponding aromatics. Knowing that the equilibrium constant (Keq) could be correlated to temperature, T using the following expression, where a is 28.94 x 103 and b is 53.78, respectively. In Keq = a + b (Ed.1) T (a) Determine the conversion and the composition of the reformate produced at 450C and 10 bar. (10 marks) (b) By refering to Eq. 1, determine the effect of temperature (7) on the conversion in the catalytic reforming process
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