The catalytic properties of Pd and Pt supported on woven glass fabrics were explored for liq.-phase hydrogenation of benzaldehyde as a model for three-phase catalytic reaction. The catalysts demonstrated high activity and are suitable materials to be used in reactors with structured catalytic bed. The main characteristics of catalytic bed are discussed. [on SciFinder (R)
International audienceA catalytic system was designed in the form of highly porous monoliths (HPM) i...
The monometallic catalytic membrane reactors were established with catalytic hollow fibers prepared ...
The performance of heterogeneous catalysts in multiphase reactions in general is governed by differe...
Different glass fibers in woven forms were used as supports for Pt and Pd catalysts and were tested ...
Woven fibrous materials are proposed as structured catalysts for three-phase catalytic reactors. The...
The principal objective of this thesis is the development of a palladium catalyst supported on woven...
Pd and Pt supported on glass fiber materials with developed porosity and high sp. surface areas were...
The chemistry and technology of new versatile multipurpose catalytic systems developed and studied b...
Structured palladium catalysts suitable for three-phase reactions have been developed based on woven...
The objective of this thesis is the development of a compact reactor for continuous three-phase reac...
This review summarizes the resent research on fiber based structured materials for catalytic applica...
New catalytic materials, based on palladium immobilized in ionic liquid supported on alginate, were ...
International audienceNew catalytic materials, based on palladium immobilized in ionic liquid suppor...
A new reactor concept for catalyzed three-phase reactions based on the use of woven fibrous material...
An asymmetric ceramic hollow fibre is proposed as a substrate for the development of a catalytic hol...
International audienceA catalytic system was designed in the form of highly porous monoliths (HPM) i...
The monometallic catalytic membrane reactors were established with catalytic hollow fibers prepared ...
The performance of heterogeneous catalysts in multiphase reactions in general is governed by differe...
Different glass fibers in woven forms were used as supports for Pt and Pd catalysts and were tested ...
Woven fibrous materials are proposed as structured catalysts for three-phase catalytic reactors. The...
The principal objective of this thesis is the development of a palladium catalyst supported on woven...
Pd and Pt supported on glass fiber materials with developed porosity and high sp. surface areas were...
The chemistry and technology of new versatile multipurpose catalytic systems developed and studied b...
Structured palladium catalysts suitable for three-phase reactions have been developed based on woven...
The objective of this thesis is the development of a compact reactor for continuous three-phase reac...
This review summarizes the resent research on fiber based structured materials for catalytic applica...
New catalytic materials, based on palladium immobilized in ionic liquid supported on alginate, were ...
International audienceNew catalytic materials, based on palladium immobilized in ionic liquid suppor...
A new reactor concept for catalyzed three-phase reactions based on the use of woven fibrous material...
An asymmetric ceramic hollow fibre is proposed as a substrate for the development of a catalytic hol...
International audienceA catalytic system was designed in the form of highly porous monoliths (HPM) i...
The monometallic catalytic membrane reactors were established with catalytic hollow fibers prepared ...
The performance of heterogeneous catalysts in multiphase reactions in general is governed by differe...