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Chitosan‐Poly(acrylic acid): Mechanism of Complex Formation and Potential Industrial Applications

机译:壳聚糖-聚丙烯酸:复合物形成机理及潜在的工业应用

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AbstractThe food industry is interested in polyelectrolytic coagulants of natural origin for the clarification of food beverages and the recovery of colloidal and dispersed particles from processing waste streams. This paper discusses potential industrial applications of recent findings on polymer complex formation obtained with a chitosanpoly(acrylic acid) model system. Process recommendations could be made on the basis of the ionic strength, pH, and charged group concentration of the fluid to be treated. Ionic strength does not affect the complex formation process. The amount of chitosan in the complex formed is controlled by the solution pH. The mechanism of complex formation indicates that pH measurements could be used to monitor the coagulation process.
机译:摘要食品工业对天然来源的聚电解凝结剂感兴趣,用于澄清食品饮料以及从加工废物流中回收胶体和分散颗粒。本文讨论了用壳聚糖聚丙烯酸模型体系获得的聚合物络合物形成的最新发现的潜在工业应用。可以根据待处理流体的离子强度、pH 值和带电基团浓度提出工艺建议。离子强度不影响复杂的形成过程。形成的复合物中壳聚糖的量由溶液pH值控制。复合物形成的机制表明,pH测量可用于监测凝固过程。

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