The integration of reaction and separation in catalytic membrane reactors has received
increasing attention during the past 30 years. The combination promises to deliver more …

Despite more than a decade of intense research on the high‐resolution selectivity of thin
zeolite films as alternatives to energy‐intensive industrial separations, membranes …

A seeded growth method for the fabrication of high-permeance, high-separation-factor
zeolite (siliceous ZSM-5,[Si96O192]-MFI) membranes is reported. The method consists of …

Amphiphilic compounds such as lipids and surfactants are fundamental building blocks of
soft matter. We describe experiments with poly (1, 2-butadiene-b-ethylene oxide)(PB-PEO) …

Interest in structured catalysts is steadily increasing due to the already proven, as well as
potential, advantages of these catalysts. Updating the comprehensive coverage of the first …

The synthesis and evaluation of high performance MFI-type membranes is described. These
systems exhibit fluxes that are one to two orders of magnitude higher than previous literature …

Zeolites grown as films may enable applications such as gas or liquid separations,[1±5]
catalytic membranes,[6, 7] chemical sensors,[8] corrosion-resistant coatings,[9] and dielectric …

The separation potential of five different commercial tubular inorganic membranes
consisting of A-, T-and Y-type zeolites from Mitsui and microporous silica from ECN and …

The effects of synthesis parameters (ie [TEOS],[TPA+],[OH−], dilution and temperature) on
the membrane thickness and orientation were investigated for MFI zeolite membranes …

Fluorescence confocal optical microscopy (FCOM) was used to characterize MFI
membranes made by secondary (seeded) growth. It is demonstrated that FCOM is a …