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 …

This paper reviews and classifies publications dealing with catalytic membrane reactors in
flow-through mode. In contrast to other membrane reactor concepts, the membrane is …

The Handbook of Membrane Separations: Chemical, Pharmaceutical, and Biotechnological
Applications provides detailed information on membrane separation technologies as they …

Catalytic membrane reactors (CMRs) combine a membrane that controls transfers and a
catalyst that provides conversion. This paper focuses on the catalyst itself. Depending on the …

This overview discusses the developments occurred in the field of membrane reactors
during the last few years. Novel applications of existing reactor concepts as well as new …

The alkylation of benzene into both mono-and multi-alkylated benzenes is a forefront
technology recently considered by the petroleum refineries for the reduction of benzene from …

Literature on zeolite membranes in catalytic reactions is reviewed and categorized
according to membrane location. From this perspective, the classification is as follows:(i) …

Isobutene oligomerization was carried out at room temperature over sulfated-titania sol–gel
catalysts prepared by three methods;(i)“in situ” sulfation using sulfuric acid,(ii) gelling with …

Because zeolite membranes can potentially sieve out molecules in a continuous way, their
development has attracted the attention of many research and industrial groups, since the …

The oligomerization of alkenes to a variety of higher weight homologues is an important and
extensively studied area of petroleum chemistry because it represents a route to the …