Sued-chemie IP Gmbh & Co. Kg

Clariant Produkte (deutschland) Gmbh

Süd-chemie IP Gmbh & Co Kg

Clariant International Ltd

Sud-chemie Ag

Areva Gmbh

Volvo Technology Corporation

Ecolith - Zeolithe Gmbh

Ecolith-zeolithe Gmbh I.g.

Framatome Gmbh

Clariant Produkte Gmbh

Arno Tissler

Frank Klose

Klaus Wanninger

Volker Kurth

Olaf Buettner

Hans-Christoph Schwarzer

Markus Hutt

Patrick Mueller

Roderik Althoff

Andane Stein

Margit Schuschke

Grigory Reznikov

Mika Endler

Patrick Muller

Johan Adriaan Martens

Edward Jobson

Lennart Cider

Andreas Bentele

Gerd Maletz

Rainer Albert Rakoczy

Helge Toufar

Helmut Hartsberger

Roderick Althoff

David Habermacher

RoderikPeter Althoff

Rolf Kurzhals

Silke Sauerbeck

Attila Jambor

Ashveer Raghunandan

Soovi Hurgobin

Andreas Pritzl

Anna Omegna

Florian Weilermann

Olaf Buttner

Katharina Donabauer

Olaf BÜTTNER

Rainer Rakoczy

Patrick MÜLLER

Kerstin Stepanik

A hydrogen oxidation catalyst is provided, comprising a zeolite that contains at least one catalytically active noble metal or a compound thereof, wherein said zeolite is a hydrophobic zeolite. A use of the catalyst and a method for hydrogen recombination in nuclear power plants, reprocessing plants or fuel element repositories is also specified.

Hydrogen oxidation catalyst, use thereof, and method for hydrogen recombination

A methyl iodide adsorber, comprising a zeolite containing at least one iodide-adsorbing metal or a compound thereof, wherein the zeolite is a hydrophobic zeolite. Also, a use of the adsorber and a method for the adsorption of methyl iodide.

Methyl iodide adsorber, use thereof and method for the adsorption of methyl iodide

The invention relates to a method for producing a bimetallic catalyst containing palladium and platinum on a zeolitic carrier material, to a bimetallic catalyst that can be obtained by means of the method, and to the use of the catalyst in oxidation catalysis.

Platinum/palladium zeolite catalyst

The invention relates to a method for purifying exhaust gas and for regenerating an oxidation catalytic converter, comprising treating the exhaust gas in an oxidation catalytic converter, which comprises a catalytically active material, which contains at least one noble metal and/or at least one base transition metal, wherein the oxidation catalytic converter is operated continuously or at times at a temperature that causes the oxidation of soot particles and/or carbon particles, and/or wherein the oxidation catalytic converter is periodically heated to a temperature that causes the oxidation of soot particles and/or carbon particles.

Method for purifying exhaust gas and for regenerating an oxidation catalyst

A metal-doped or metal-exchanged zeolite is disclosed, wherein the doping metal is present in the zeolite in the form of individual atoms i.e. as monomeric and/or dimeric species. Further, a process for the preparation of such a metal-doped or metal-exchanged zeolite is disclosed. The metal-doped zeolites are useful, in particular, as catalysts for the reduction of nitrogen oxides.

Metal doped zeolite and process for its preparation

Novel metal-containing silicates, in particular redox-active as well as crystalline silicates, a process for preparing metal-containing crystalline silicates, as well as use thereof as high-temperature oxidation catalyst or diesel oxidation catalyst. Further, a catalytic composition and a shaped catalyst body which contains the metal-containing crystalline silicates.

Metal-containing crystalline silicates

The present invention provides a process for the preparation of metal-doped zeolites comprising the steps of The invention further relates to the use of a metal-doped zeolite prepared by means of the process according to the invention for the conversion of NOand NO into harmless products.

Method for producing metal-doped zeolites and use thereof for the catalytic conversion of nitrogen oxides

A drying device comprising a titano-alumino-phosphate with thermal management for the more efficient drying of objects and appliances, and its production. Further, a drying method for obtaining dried objects and appliances, as well as a method for regeneration accompanied by the desorption of water from water-containing titano-alumino-phosphate.

Drying device containing a titanium aluminum phosphate

A supported platinum catalyst comprising an open-pored support material and platinum of oxidation state 0, wherein an XRD spectrum of the catalyst is free of signals of elemental platinum.

Supported platinum catalyst

The invention relates to an adsorber unit for volatile hydrocarbons in order to control the emission of volatile hydrocarbons, comprising a hydrocarbon adsorber material, wherein the adsorber material is an iron-containing zeolite, which can be optionally promoted with monovalent metal ions. The invention further relates to a method for production of the adsorber material in question.

Adsorber unit for volatile hydrocarbons comprising an adsorber material made from an iron-containing molecular sieve

The present invention relates to a method for producing a precursor of a supported platinum catalyst. To provide a method for producing a platinum catalyst precursor, by means of which supported platinum catalysts can be produced which have a relatively high activity, a method is proposed, comprising the steps of:

Method for producing a platinum catalyst precursor

The invention relates to a coating composition for diesel oxidation catalysts or a combination of diesel oxidation catalysts and diesel particle filters, said coating composition comprising a combination of a noble metal on a metal oxide, with the exception of cerium oxide, and a zeolite doped with iron. The invention also relates to a catalyst provided with the coating according to the invention, and to a method for treating the exhaust gas of diesel internal combustion engines.

Coating composition for diesel oxidation catalysts

Porous material () for catalytic conversion of exhaust gases including a carrier with a first porous structure (), and an oxidation catalyst (OX) which in the presence of oxygen (O), according to a first reaction (), has the ability to catalyze oxidation of nitrogen monoxide (NO) into nitrogen dioxide (NO) and, according to a second reaction (), to catalyze oxidation of a reducing agent (HC), which oxidation catalyst (OX) is enclosed inside the first porous structure (). The invention is characterized in that the oxidation catalyst (OX) includes iron (Fe) and silver (Ag) loaded on a zeolite. The invention also relates to a method and an arrangement and a catalytic conversion device that utilizes the porous material, and indicates an advantageous use of the porous material.

Porous material, method and arrangement for catalytic conversion of exhaust gases

The subject invention describes a synthetic crystalline aluminosilicate of the pentasil type and method for using the same as a catalyst or a catalyst component in petrochemical processes for the catalytic conversion of hydrocarbons and their derivatives into useful organic compounds and intermediates.

Synthetic crystalline aluminosilicate for the catalytic conversion of

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Tegernheim, Germany

Arno Tissler