Q8/ Determine the operating temperature for 90% conversion required to produce 400 kg of- in 6000 min for the irreversible reaction Z+ Y, under : 1- Isothermal operation. 2- Adiabatic operation with feed temperature of 92 °C. Data k =2.7* 10 exp (-15000/T) AHr = - 85 Cal/mol Z (min"). where T in K Heat capacity of mixture (C,) = 0.48 Cal/g.K, Mwt Z- Mwt Y 24 g/mol

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Q8/ Determine the operating temperature for 90% conversion required to produce 400 kg of-
in 6000 min for the irreversible reaction Z+ Y, under :
1- Isothermal operation.
2- Adiabatic operation with feed temperature of 92 °C.
Data
k=2.7* 10" exp (-15000/T)
AHr = - 85 Cal/mol Z
(min"). where T in K
Heat capacity of mixture (C,) = 0.48 Cal/g.K, Mwt Z- Mwt Y 24 g/mol
Transcribed Image Text:Q8/ Determine the operating temperature for 90% conversion required to produce 400 kg of- in 6000 min for the irreversible reaction Z+ Y, under : 1- Isothermal operation. 2- Adiabatic operation with feed temperature of 92 °C. Data k=2.7* 10" exp (-15000/T) AHr = - 85 Cal/mol Z (min"). where T in K Heat capacity of mixture (C,) = 0.48 Cal/g.K, Mwt Z- Mwt Y 24 g/mol
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