Basic principles and applications of liquid-liquid phase transfer catalysis were discussed. Catalyst separation from reaction mixtures was carried out using solvent-resistant nanofiltration membranes. It was found that the catalyst can be easily recovered by precipitation with ethereal solvent and filtration.
Liquid-liquid phase transfer catalysis: Basic principles and synthetic applications (Reprinted from Interfacial Catalysis, pg 203-226, 2003) / D. Albanese. - In: CATALYSIS REVIEWS-SCIENCE AND ENGINEERING. - ISSN 0161-4940. - 45:3-4(2003), pp. 369-395.
Liquid-liquid phase transfer catalysis: Basic principles and synthetic applications (Reprinted from Interfacial Catalysis, pg 203-226, 2003)
D. AlbanesePrimo
2003
Abstract
Basic principles and applications of liquid-liquid phase transfer catalysis were discussed. Catalyst separation from reaction mixtures was carried out using solvent-resistant nanofiltration membranes. It was found that the catalyst can be easily recovered by precipitation with ethereal solvent and filtration.
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