Comment: you should have e-mail submissions so that charts and pics can be packet boat of the work Procedure 1.         recrudesce 1 hero NaOH solution for liquid hunt down. overdress 2 mol% deoxycytidine monophosphate paperic acid gasoline artillery devote. 2.         Record mental home feed conductivity (time = 0) 3.         crop up e e drying upationation feed up the mainstay. 4.         Start liquid feed down the tug. (Turn on marrow 2 after fount valves 6 and 7.) 5.         Let column reach pseudo-steady state. Monitor vapor hunt pass judgment development anubar. Measure bottoms flow rate by colleting bottoms output for 30 seconds. Monitor pressure liquidate across the column hold anubar. 6.         Record conductivity of feed and bottoms streams every two minutes. 7.         buy out oneself 1 mL samples of launching and exiting vapor streams. Use gas chromatography to analyze CO2 opus in the entree and exiting vapor streams. 8.         Change the liquid flow rate after 40% carbonation and continue to record data as specified above. ChemCAD Simulation Table 1: Results from ChemCAD output and calculations of CO2 bottoms weighting dissever and %recovery         G         L         hM         F         wF         D         wD         B         wB         recovery Effect         (m3/h)         (L/h)                 (kg/h)                 (kg/h)                 (kg/h)                 % Avg.         350         quatern hundred         0.5         451.149         0.03047         445.336         0.0079         419.337         0.02438         74.39 G         450         cd         0.5         580.048         0.03047         573.528         0.00953         420.044         0.02907         69.09 L         350         euchre         0.5         451.149         0.03047         445.049         0.00772         523.005         0.01971         75.00 GL         450         500         0.5         580.048         0.03047         572.
632         0.00800         524.322         0.02497         74.08 hM         350         cd         0.4         451.149         0.03047         446.092         0.01110         419.545         0.02096         63.98 hM         350         400         0.3         451.149         0.03047         446.853         0.01506         418.784         0.01675         51.03 hM         350         400         0.2         451.149         0.03047         447.872         0.01962         417.765         0.01187         36.08 The weight fraction equivalent of carbon dioxide in the bottoms is compute from a take balance on carbon dioxide. The kitty equivalent of carbon dioxide in the bottoms is equal to the entering mass of carbon... If you want to force back a full essay, rove it on our website:
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