The consecutive reaction A > B > C is stationary and isothermally operated, carried out in...

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The consecutive reaction A > B > C is stationary and isothermally operated, carried out in an ideal continous stirred tank in such a way that B is present in the maximum concentration (Cbmax). Calculate: a) Degree of conversion UA and yield A^B b) Production nB if the reaction volume is VR = 30 m3 ? c) Which volume flow VA,0 and which mass flow ǹA,0 exists initially at the reactor inlet? The following values are given: - Temperature T = 394 K - Factors kl.0 = 2.60 106 1/h; k2.0 = 1.36 104 1/h - Activation energies EA,1 = 43.1 kJ/mol, EA,2 = 39.6 kJ/mol - Input concentrations CA,0 1.54 kmol/m3, cB,0 = cc,00 mol/m3 Assumption: V= const The consecutive reaction A > B > C is stationary and isothermally operated, carried out in an ideal continous stirred tank in such a way that B is present in the maximum concentration (Cbmax). Calculate: a) Degree of conversion UA and yield A^B b) Production nB if the reaction volume is VR = 30 m3 ? c) Which volume flow VA,0 and which mass flow ǹA,0 exists initially at the reactor inlet? The following values are given: - Temperature T = 394 K - Factors kl.0 = 2.60 106 1/h; k2.0 = 1.36 104 1/h - Activation energies EA,1 = 43.1 kJ/mol, EA,2 = 39.6 kJ/mol - Input concentrations CA,0 1.54 kmol/m3, cB,0 = cc,00 mol/m3 Assumption: V= const