Activated Composite Membranes Containing the Chiral Carrier N-hexadecyl-L-hydroxyproline. Description of Morphology and Performance
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- 作者：Tà ; nia Gumí ; Carles Torras ; Ricard Garcia-Valls ; and Cristina Palet
- 刊名：Industrial & Engineering Chemistry Research
- 出版年：2005
- 出版时间：September 28, 2005
- 年：2005
- 卷：44
- 期：20
- 页码：7696 - 7700
- 全文大小：390K
- 年卷期：v.44,no.20(September 28, 2005)
- ISSN：1520-5045
文摘
Activated composite membranes (ACMs) containing the chiral carrier N-hexadecyl-L-hydroxyproline have been characterized by scanning electron microscopy (SEM). SEM membrane imageshave been further treated with the Intrepretació de Fotografies de Microsc
pia Electrnica(IFME) program, and certain morphological properties of the ACM (such as mean internal poresize, internal irregularity, and internal asymmetry) were determined. In addition, ACMs havebeen tested for propranolol filtration, using a dead-end filtration membrane module workingunder 3.5 bar, and both the permeation rate and the enantioselectivity have been evaluated.Propranolol permeation through the three ACMs has been detected here; however, unfortunately,a clear enantioselective behavior has not been observed. The morphological structure of theACM has been studied and related with their obtention procedure. Resulting data were finallycompared with the results from other characterization techniques applied previously for suchmembranes.
pia Electrnica(IFME) program, and certain morphological properties of the ACM (such as mean internal poresize, internal irregularity, and internal asymmetry) were determined. In addition, ACMs havebeen tested for propranolol filtration, using a dead-end filtration membrane module workingunder 3.5 bar, and both the permeation rate and the enantioselectivity have been evaluated.Propranolol permeation through the three ACMs has been detected here; however, unfortunately,a clear enantioselective behavior has not been observed. The morphological structure of theACM has been studied and related with their obtention procedure. Resulting data were finallycompared with the results from other characterization techniques applied previously for suchmembranes.