LIMITS OF SMALL SCALE PRESSURE SWING ADSORPTION

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LIMITS OF SMALL SCALE PRESSURE SWING ADSORPTION ( limits-small-scale-pressure-swing-adsorption )

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CHAPTER VII CONCLUSIONS The conclusions of this dissertation are only for small scale processes with short columns (10-30 cm in length) and particles similar in size to this study (0.5 mm). Columns of much longer length or use of much smaller particles might invalidate these conclusions as this may significantly increase the effect of pressure drop at similar cycle times as this work. 7.1. On the Effects of Axial Dispersion in Small Scale PSA While axial dispersion is known to increase with small adsorbent particles, it is largely not considered significant for columns packed with small LiLSX particles. The results of this study suggest this is no longer a good assumption as the overall mass transfer rate in the column is significantly impacted by axial dispersion effects. The implication of this observation for LiLSX particles is twofold in nature. First, the success 136

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