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Catalyst support

Номер патента: GB2619695A
Опубликовано: 20-12-2023
Автор(ы): Caulkin Richard, Stuckey Justine, Stuckey Mark
Принадлежит: Jemmtec Ltd
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Catalyst support materials with oxygen storage capacity (OSC) and method of making thereof

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Ceramic foam catalysts, or catalyst supports, particularly for steam reforming

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Catalysts and catalyst supports

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NOx Trap Catalyst Support Material Composition

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Functional organic particles for catalysts supports

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Catalyst supports and carbon nanotubes produced thereon

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Catalyst support material and use thereof

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Catalyst support, production and use thereof in the polymerization of olefins

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Catalyst support used for olefin polymerization and preparing method and application thereof

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Catalyst support

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Catalyst support and process for producing the same

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Preparation method for meso-porous carbon material and the fuel cell catalyst support manufactured by using the same

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P-aramid polymer catalyst supports

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P-aramid polymer catalyst supports

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Attrition resistant catalysts,catalyst precursors and catalyst supports

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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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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 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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Vanadia-based denox catalysts and catalyst supports

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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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Catalyst support substrate and catalyst support

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Process for producing catalyst support for exhaust gas purification and catalyst support for exhaust gas purification

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Catalyst/catalyst support compositions having high reducibility and comprising a nanometric cerium oxide deposited onto a support substrate

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Carbon Foam-Based Catalyst Support

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

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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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