Partitioning equilibria in multicomponent surfactant systems for design of surfactant-based extraction processes

Safonova Evgenia A.; Mehling Tanja; Storm SandraRitter EricSmirnova Irina V.

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Partitioning equilibria in multicomponent surfactant systems for design of surfactant-based extraction processes

机译：在多组分分区平衡表面活性剂系统surfactant-based设计提取过程

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Aqueous biphasic systems based on nonionic surfactants have perspective applications in extraction processes, in particular, cloud point extraction of hazardous compounds or high valued products, especially biomolecules. Additives (e.g., ionic surfactants, salts) and variations in pH can significantly affect the surfactant-based separation processes, representing an additional degree of freedom for their optimization. However, there are few systematic studies of phase and partition behavior for these multicomponent surfactant systems.

机译：基于非离子的水两相的系统表面活性剂有角度的应用萃取过程,特别是,浊点有害化合物的提取或高价值产品,特别是生物分子。(例如,离子表面活性剂、盐)和变化在pH值可以显著影响surfactant-based分离过程,代表一个额外的自由度他们的优化。系统的研究阶段和分区这些多组分表面活性剂的行为系统。

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来源
《Chemical Engineering Research & Design: Transactions of the Institution of Chemical Engineers》 |2014年第12期|2840-2850|共11页
作者
Safonova Evgenia A.; Mehling Tanja; Storm SandraRitter EricSmirnova Irina V.;
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作者单位

St Petersburg State Univ, St Petersburg 198504, Russia;

Hamburg Univ Technol, Inst Thermal Separat Proc, D-21073 Hamburg, Germany;

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原文格式 PDF
正文语种英语
中图分类国际共产主义运动;
关键词
Nonidet P-40; hybrid expert system; Surface-Active AgentsvanillinNonionic surfactantsExtraction processesmixed toll systemDegree of freedomCloud point;

机译：诺乃清洁剂p 40;混合专家系统;表面活性的AgentsvanillinNonionic surfactantsExtractionprocessesmixed人数systemDegree freedomCloud点;

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Partitioning equilibria in multicomponent surfactant systems for design of surfactant-based extraction processes

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