Gas separations and eehanced catalytic conversions with composite ceramic membranes
Journal
American Chemical Society, Division of Petroleum Chemistry, Preprints
Journal Volume
34
Journal Issue
3
Pages
537
Date Issued
1989
Author(s)
Abstract
The superior permselectivity of microporous ceramic membranes commercially available are ideal as supports for catalytic membrane reactors, which can overcome the catalytic conversion limited by thermodynamic equilibrium. Dehydrogenation reactions are the focus of our study. Gas permeations using ceramic membranes with or without catalysts are presented. Conversion enhancement for dehydrogenation is discussed with mathematical simulation and experimental results.
Other Subjects
Catalysts--Supported; Gases--Separation; Mathematical Models; Membranes--Permeability, Mechanical; Organic Compounds--Dehydrogenation; Abstract Only; Composite Ceramic Membranes; Microporous Ceramic Membranes; Permselectivity; Ceramic Materials
Type
conference paper