Problem 2. Find the value (Dz/vL) using the results of the Inert Pulse test (use the equation assuming a closed vessel and ignore the second term). If a first-order (rAkCA) reaction is performed in the reactor where these data are obtained, a) When the reactor IPFR? is accepted, b) In case of reactor with axial distribution, Find the unconverted reactant fraction CA/CAO =(1xA). NOTE; k=0.2=10 Figure 13.19 Comparison of real and plug flow reactors for the first-order A products, assuming negligible expansion; from Levenspiel and Bischoff (1959,1961). Problem 2. Find the value (Dz/vL) using the results of the Inert Pulse test (use the equation assuming a closed vessel and ignore the second term). If a first-order (rAkCA) reaction is performed in the reactor where these data are obtained, a) When the reactor IPFR? is accepted, b) In case of reactor with axial distribution, Find the unconverted reactant fraction CA/CAO =(1xA). NOTE; k=0.2=10 Figure 13.19 Comparison of real and plug flow reactors for the first-order A products, assuming negligible expansion; from Levenspiel and Bischoff (1959,1961)