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Figure 2.15. Total adsorbed concentration in the adsorbent layer predicted for two cycles The performance of the purification process is analyzed by monitoring the product yield and purity. Figure 2.16 shows the product collection from a process operating in cyclic steady state. For this simulation, it is assumed that although the feed stage only lasts for 0.19 s, the product collection continues until the displacement of gas is complete, so that the product recovery remains high. The initial increase in product gases seen in Figure 2.16 is due to the collection of gases from the adsorbent microchannel present previously before the start of the feed stage and the feed gases. At the end of the cooling stage, the adsorbed concentrations of both the component gases, CH4 and CO2 are the lowest, which are subsequently compensated by the product purge. This essentially reduces the total product by the amount required to replenish the adsorbed concentrations in the adsorbent and gaseous concentrations in the void spaces. 63PDF Image | TEMPERATURE SWING ADSORPTION PROCESSES FOR GAS SEPARATION
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