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76 low values of Bimply good separation and high recovery. From Figure 3.15 we can see that they also imply that less energy is needed for separation. The second law efficiency is plotted in Figure 3.16, also as a function of n and B. For low values of B the second law efficiency is high. However, even in the best cases shown here, the second law efficiencies are much less than 100%, implying that substantial energy savings are thermodynamically possible if better cycles are used. Recovery For the Four-Step Cycle (yo = 0.78) 0 5 10 15 20 PH/PL {-} Figure 3.17 Recovery for Oxygen Concentration Using the Four-Step Cycle. -©—Beta = 0.1 •H—Beta = 0.3 •A— Beta = 0.5 •e—Beta = 0.7PDF Image | Energy Efficiency of Gas Separation Pressure Swing Adsorption
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