Abstract
Kinetics of the non-isothermal desorption of ethanol absorbed onto CMS-3A
Highlights
Bioethanol nowadays presents a main alternative source for the economic production of novel fuels and ethanol (Kosaric, et al, 2001)
The distillation process used for bioethanol separation and purification requires a large amount of energy which is approximately equal to 50% of the combustion energy of produced bioethanol (Fujita, et al, 2011, pp.869879)
The key role in this solution is in the kinetics of ethanol desorption from the zeolite adsorbent
Summary
Bioethanol nowadays presents a main alternative source for the economic production of novel fuels and ethanol (Kosaric, et al, 2001). Selective ethanol adsorption on a hydrophobic material of the zeolite type is a way to reduce the energy consumption of this process, presently the most promising procedure for an energetically rational bioethanol production (Adnadjevic, Jovanovic, 2012, pp.761768). The introduction of this new separation process for bioethanol production requires solving a novel problem of cheep and effective selective procedure of adsorbed ethanol desorption onto a zeolite type adsorbent. To the best of our knowledge, the literature data is sparse with data concerning this topic
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