The elementary gas phase reaction of an organic compound is carried out isothermally in a flow reactor. The specific reaction rate is k=0.04min1 at 60C and the activation energy is 80000J/mol. Pure A enters the reactors at 1013.25kPa and 130C and molar flowrate of 3mol/min. Calculate the reactor volume and the space time to achieve 90% in: AB+2C a) PFR [6] b) CSTR [6] c) If this reaction is reversible, calculate the CSTR volume [8] AB+2C With the value of k at 130C and KC=2.5mol/dm3 The elementary gas phase reaction of an organic compound is carried out isothermally in a flow reactor. The specific reaction rate is k=0.04min1 at 60C and the activation energy is 80000J/mol. Pure A enters the reactors at 1013.25kPa and 130C and molar flowrate of 3mol/min. Calculate the reactor volume and the space time to achieve 90% in: AB+2C a) PFR [6] b) CSTR [6] c) If this reaction is reversible, calculate the CSTR volume [8] AB+2C With the value of k at 130C and KC=2.5mol/dm3