A certain elementary liquid phase reaction A B, is carried out in a CSTR of volume 2000 dm3 . Feed consists of pure A at a rate of 300 dm3 /min with an initial concentration of 4 mol/dm3 . Determine the conversion and temperature at steady state for an adiabatic operation if: a) Inlet temperature, T0 = 17 C b) Inlet temperature, T0 = 25 C c) Inlet temperature, T0 = 32 C Data Given: CP = 3.5 J g-1 K-1 = 1.15 g/cm3 HRA = -50 kJ/mol (Assume above values to be constant) = 2.4*1015 min-1 , with T in Kelvin

A certain elementary liquid phase reaction AB, is carried out in a CSTR of volume 2000dm3. Feed consists of pure A at a rate of 300dm3/min with an initial concentration of 4mol/dm3. Determine the conversion and temperature at steady state for an adiabatic operation if: a) Inlet temperature, T0=17C b) Inlet temperature, T0=25C c) Inlet temperature, T0=32C Data Given: CP=3.5Jg1K1=1.15g/cm3HRA=50kJ/mol (Assume above values to be constant) kA=2.41015eT12000min1,withTinKelvin A certain elementary liquid phase reaction AB, is carried out in a CSTR of volume 2000dm3. Feed consists of pure A at a rate of 300dm3/min with an initial concentration of 4mol/dm3. Determine the conversion and temperature at steady state for an adiabatic operation if: a) Inlet temperature, T0=17C b) Inlet temperature, T0=25C c) Inlet temperature, T0=32C Data Given: CP=3.5Jg1K1=1.15g/cm3HRA=50kJ/mol (Assume above values to be constant) kA=2.41015eT12000min1,withTinKelvin