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Catalyst support

Номер патента: US20240335821A1
Опубликовано: 10-10-2024
Автор(ы): Mark Stuckey, Matthew Deakin, Richard Caulkin
Принадлежит: Jemmtec Ltd
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Method of producing alumina-silica catalyst supports

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Method of producing alumina-silica catalyst supports

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Method of producing alumina-silica catalyst supports

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Catalyst support

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Process for preparing a Fischer-Tropsch catalyst support comprising a spin flash drying step

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PROCESS FOR PRODUCING CATALYST SUPPORTS AND PRODUCTS OBTAINED

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Catalyst support for purification of exhaust gas, catalyst for purification of exhaust gas using the said support, and method for producing the catalyst support

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Catalyst supports/catalysts for the treatment of vehicular exhaust gases

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Catalyst support for purification of exhaust gas, catalyst for purification of exhaust gas using same, and method for producing catalyst support for purification of exhaust gas

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Catalyst support for purification of exhaust gas, catalyst for purification of exhaust gas using the same, and method for producing the catalyst support for purification of exhaust gas

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Catalyst support, catalyst comprising it, use of the catalyst and process for preparing this catalyst

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Catalyst support substrate and catalyst support

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Silica catalyst support for reduced sulphate emissions from diesel-fuelled engines

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Silica catalyst support for reduced sulphate emissions from diesel-fuelled engines

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Alumina catalyst support

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Carbon-bearing material combustion catalyst, method of preparing said catalyst, catalyst support and preparation method thereof

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Manufacturing catalyst supports based on improved durability alumina

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CATALYST SUPPORT MATERIALS, CATALYSTS, METHODS OF MAKING THEM AND USES THEREOF

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Fluid bed process and reactor for catalyst and catalyst support treatment

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CATALYST SUPPORT MATERIALS, CATALYSTS, METHODS OF MAKING THEM AND USES THEREOF

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METHOD FOR PREPARING MAGNESIA-ZIRCONIA COMPOSITE CARRIER FOR CATALYZING OXIDATIVE DEHYDRATION OF NORMAL-BUTANE, METHOD FOR PREPARING MAGNESIUM ORTHOVANADATE CATALYST SUPPORTED BY MAGNESIA-ZIRCONIA COMPOSITE CARRIER PREPARED THEREBY, AND METHOD FOR PREPARING NORMAL-BUTENE AND 1,3-BUTADIENE USING MAGNESIUM ORTHOVANADATE CATALYST

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Catalyst support material, catalysts prepared therefrom and process for the treatment of a flue gas

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A high heat-resistant catalyst support and its production method, and a high heat-resistant catalyst and its production method

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Catalyst support and catalyst for engine flue gas treatment, and process for their production

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CATALYST SUPPORT AND CATALYST FOR THE TREATMENT OF EXHAUST GASES OF INTERNAL COMBUSTION ENGINES AND METHOD OF MANUFACTURING THE SAME

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A high heat-resistant catalyst support and its production method, and a high heat-resistant catalyst and its production method

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Alumina-based perovskite catalysts and catalyst supports

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Process for the preparation of a high-temperature stable, TiO 2 -containing catalyst or catalyst support

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Catalyst-supporting base material and catalyst carrier

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PROCESS FOR PRODUCING A CATALYST SUPPORT BASED ON ALUMINOSILICATES

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PROMOTED IRON CATALYSTS SUPPORTED ON CARBON NANOTUBES FOR FISCHER-TROPSCH SYNTHESIS

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PRODUCTION OF GRAPHENE AND NANOPARTICLE CATALYSTS SUPPORTED ON GRAPHENE USING MICROWAVE RADIATION

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FERRITE PARTICLES PROVIDED WITH OUTER SHELL STRUCTURE FOR CATALYST SUPPORTING MEDIUM

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BASIC CATALYST SUPPORT BODY HAVING A LOW SURFACE AREA

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Hollow Microsphere Catalyst Support and Methods of Making Same

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Rhodium-free, palladium and platinum containing catalyst supported on zirconia and/or lanthana stabilized ceria

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Amorphous refractory composition, its synthesis and its use as a catalyst support

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Method for producing a catalyst support and compositions thereof

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CATALYST FOR CHEMICAL PROCESSES 1 The invention relates to catalysts for chemical processes, for example for the oxidation of ethylene, containing the active phase in the carrier. Catalysts for chemical processes containing the active phase deposited on the carrier are known. chemical process to the formation of overheated catalyst zones or "GQp points". ' Due to local overheating of the catalyst, it is impossible to precisely maintain the desired temperature that is optimal for this process. Temperature fluctuations during the chemical process can lead not only to a decrease in the yield of the target product, but also to the appearance of undesirable products resulting from the development of side reactions. The presence of “hot spots” also increases the amount of carbonaceous deposits on the catalyst surface, thereby reducing its service life. Local overheating of the catalyst causes sintering of the surface, which disrupts its structure. To improve the heat transfer properties of the catalysts, a catalyst is proposed consisting of an active phase in the form of solid particles pressed into the metal strip of lesser hardness than the active phase, which is then given the desired geometric configuration providing a good catalyst conductivity with reagent-5 and low resistance to the flow through the reactor. The active phase is deposited on one or both sides of the metalogical strip. . Catalytic particles are pre-screened through standard 10-100 mesh sieves and then applied to the metal sheet by rolling. The basis for the active phase can be any metal, less solid than the active phase, inert with respect to the reactants and products obtained in the chemical process being carried out, as well as with high thermal conductivity. The metal strip with the active phase applied to it is attached to the geometric 20 configuration, e.g., star-shaped, spiral-shaped, etc., providing good contact and heat transfer when this configuration is set as a liner in the reactor. In the drawings, variations of configurations25 of metal liners for a catalyst supported on a metal catalyst are given. FIG. 1 is given a section of a metal sheet with a supported catalyst; in fig. 2 shows a reaction chamber for carrying out a chemical process, a top view; in fig. 3—

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NOx TRAP CATALYST SUPPORT MATERIAL WITH IMPROVED STABILITY AGAINST BAAL2O4& xA;FORMATION

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Nox trap catalyst support material with improved stability against baal2o4 formation

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Method for preparing alumina-containing catalyst supports of desired pore structure

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CATALYSTS HAVING METAL NANO-PARTICLE CATALYST SUPPORTED ON SURFACE-TREATED NATURAL CELLULOSE FIBERS AND PREPARATION METHOD THEREOF

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Monolithic ceramic material used as, e.g. all-active catalysts and catalyst supports, comprises micropores, mesopores and/or macropores and is at least partially decomposable under physiological conditions

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Processing apparatus equipped with catalyst-supporting honeycomb structure, and method for manufacturing same

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NOx Trap Catalyst Support Material with Improved Stability Against BaAl2O4 Formation

Номер патента: US20180065112A1. Автор: Marcos Schoneborn,Thomas Harmening,Sonke Rolfs,Drik NIEMEYER,Johanna Fabian. Владелец: Sasol Germany GMBH. Дата публикации: 2018-03-08.

PROCESSING APPARATUS EQUIPPED WITH CATALYST-SUPPORTING HONEYCOMB STRUCTURE, AND METHOD FOR MANUFACTURING SAME

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Sulfur tolerant alumina catalyst support

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Manufacturing method of metal catalyst-supporting carrier, metal catalyst-supporting carrier, manufacturing method of fuel cell and catalyst supporting device

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Base metal doped zirconium oxide catalyst support materials

Номер патента: US12055083B2. Автор: Michel Deeba,Fudong Liu. Владелец: BASF Corp. Дата публикации: 2024-08-06.

Method for producing supported metal catalysts with a granular activated carbon used as a catalyst support

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Manufacturing method of metal catalyst-supporting carrier, metal catalyst-supporting carrier, manufacturing method of fuel cell and catalyst supporting device

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Yttrium-doped catalyst support

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Yttrium-doped catalyst support

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Catalyst support material comprising polyazole, electrochemical catalyst, and the preparation of a gas diffusion electrode and a membrane-electrode assembly therefrom

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Platinum group metal catalysts supported on large pore alumina support

Номер патента: EP3445486A1. Автор: Xiaoming Wang,Michel Deeba. Владелец: BASF Corp. Дата публикации: 2019-02-27.

Catalyst-supported particles for fuel cell, composite electrolyte using same, catalyst electrode, fuel cell, and method for fabricating them

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CATALYST SUPPORT WITH SECANT CHANNEL NETWORKS, CATALYST REACTOR COMPRISING SUCH SUPPORT AND METHOD FOR PRODUCING SUCH CATALYST SUPPORT

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OXIDATION CATALYST, CATALYST SUPPORT STRUCTURE, METHOD OF PRODUCING OXIDATION CATALYST, AND METHOD OF PRODUCING CATALYST SUPPORT STRUCTURE

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Base metal doped zirconium oxide catalyst support materials

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CATALYST-SUPPORTING POROUS MEMBRANE, CATALYST MEMBER, AIR CLEANING DEVICE, AND METHOD FOR PRODUCING CATALYST-SUPPORTING POROUS MEMBRANE

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Unit catalyst support block and catalyst support of mass and catalyst converter using the same

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Unit catalyst support block and catalyst support of mass and catalyst converter using the same

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Attrition resistant catalyst support

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Directly heated ceramic catalyst support

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Base for supporting catalyst and catalyst support

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Method for manufacturing unit catalyst support block and catalyst support of mass

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CATALYST SUPPORT BODY AND PROCESS FOR THE SELECTIVE WELDING OF A METAL CATALYST SUPPORT BODY

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Catalyst supports

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Base for supporting catalyst and catalyst support

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Method for producing supported metal catalysts with a granular activated carbon used as a catalyst support

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Catalyst support and process for the preparation thereof

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Catalysts supported on polymers for olefin polymerization

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Catalyst-supporting filter useful for cleaning exhaust gas

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Preparation method of denitration-catalyst-supported polyphenylene sulfide (PPS) filter material

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Nano-gold catalyst supported on combined metal oxide, preparation method and application thereof

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Catalyst Support and How to Use It

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