文章基本信息

标题：New Resins for Ion Exchange Applications and a Process for Their Sustainable Regeneration
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作者：Tanita Gettongsong ; Mojtaba Taseidifar ; Richard M. Pashley 等
期刊名称：Substantia
电子版ISSN：2532-3997
出版年度：2021
卷号：4
期号：2 Suppl. 1
页码：33-37
DOI：10.36253/Substantia-824
出版社：Firenze University Press
摘要：The report is concerned with the design and synthesis of a mixed bead resin for high salt level desalination. The resin allows for the simultaneous exchange of both anions and cations, within the same polymer. This improves the efficiency of desalination at seawater levels. A novel process for sustainable and low energy desalination for brackish water has already been achieved via ion exchange resins as explained below. The advance in resin technology improves a novel membrane process with closed– cycle regeneration of the resin. It is a superior alternative to reverse osmosis.
其他摘要：The report is concerned with the design and synthesis of a mixed bead resin for high salt level desalination. The resin allows for the simultaneous exchange of both anions and cations, within the same polymer. This improves the efficiency of desalination at seawater levels. A novel process for sustainable and low energy desalination for brackish water has already been achieved via ion exchange resins as explained below. The advance in resin technology improves a novel membrane process with closed–cycle regeneration of the resin. It is a superior alternative to reverse osmosis.
关键词：thermal decomposition; bubble column evaporator; zwitterionic polymer resin; desalination; ion-exchange resin; ammonium bicarbonate; hollow fibre membrane.
其他关键词：Themal decomposition;bubble column evaporator;zwitterionic polymer resin;desalinisation;ion-exchange resin;ammonium bicarbonate;hollow fibre membrane