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List of figures List of figures Figure 1. Three-step VSA cycle used to assess performance of adsorbent structures (a) and a typical channel of monolithic adsorbent (b). Figure 2. Top-view SEM image of NaX beads. Figure 3. Top-view (a, c) and side-view (b, d) SEM images of NaX film grown in 5 steps of 1 h and 20 minutes on 400 (a, b) and 900 (c, d) cpsi ceramic cordierite monoliths. Figure 4. Side-view SEM images of NaX films grown on 400 (a) or 900 (b) cpsi cordierite monoliths. Figure 5. Nitrogen adsorption-desorption isotherms per g sample of the NaX film samples and NaX beads. Figure 6. Mercury intrusion pore volume distribution for the NaX film samples. Figure 7. CO2 isotherms per g sample at 0, 20 or 40o C of NaX film samples (a) and NaX beads (b). C5400, C5900, and NaX beads are labelled by the symbols , o, and , respectively. Figure 8. N2 isotherms per g sample at 0, 20 or 40o C of NaX film samples (a) and NaX beads (b). C5400, C5900, and NaX beads are labelled by the symbols , o, and , respectively. Figure 9. CO2 breakthrough profiles determined at 0.2, 0.5 or 1 l/min for C5400 (a), C5900 (b) or NaX beads (c). Figure 10. Comparison of CO2 breakthrough front of C5400 at 1 l/min with ideal profile of C5900 sample (a), Comparison of experimental and simulated CO2 breakthrough front of C5900 sample (b). Figure 11. Product purity as a function of cycle time for different adsorbents. Figure 12. Product recovery as a function of cycle time for different adsorbents. 135PDF Image | Structured Zeolite Adsorbents for PSA Applications
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