Dehydration of Ethanol-Water Azeotropic Mixture - Abu Fara, Ammar
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The potential use of raw and activated phillipsite as well as calcium chloride salt for separating the ethanol water azeotropic mixture in the adsorptive distillation process was assessed in this book 4A molecular sieves was taken as a reference adsorbent to which the water adsorption on selected materials was compared. The breakthrough curves of water sorption on these adsorbents showed that the treatment of phillipsite with 1M calcium chloride (1M-phillipsite) produced the best separation of the ethanol water azeotropic mixture, where the breakthrough time is about 55 mins which is almost similar to the molecular sieves (57 mins).…mehr

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Produktbeschreibung
The potential use of raw and activated phillipsite as well as calcium chloride salt for separating the ethanol water azeotropic mixture in the adsorptive distillation process was assessed in this book 4A molecular sieves was taken as a reference adsorbent to which the water adsorption on selected materials was compared. The breakthrough curves of water sorption on these adsorbents showed that the treatment of phillipsite with 1M calcium chloride (1M-phillipsite) produced the best separation of the ethanol water azeotropic mixture, where the breakthrough time is about 55 mins which is almost similar to the molecular sieves (57 mins).
Autorenporträt
Ammar Abu Fara was awarded a Master degree in chemical engineering from Jordan University of Science and Technology in 2009. Since then he served as a lecturer at university of Hail in Saudi Arabia. His research interests were in the filed of separation processes. Ammar has many publications and was gained several research awards.