首页> 外国专利> Process for preparing a supported Catalyst, Palladium, Gold and copper, Where The Catalyst is prepared by impregnating a porous Carrier with an aqueous solution of a water-soluble Salt of palladium and Copper.Setting the palladium and copper, and then The Catalyst impregnated with a water-soluble Salt of Gold (Divisional Application 1210 - 98).

Process for preparing a supported Catalyst, Palladium, Gold and copper, Where The Catalyst is prepared by impregnating a porous Carrier with an aqueous solution of a water-soluble Salt of palladium and Copper.Setting the palladium and copper, and then The Catalyst impregnated with a water-soluble Salt of Gold (Divisional Application 1210 - 98).

机译:制备负载型催化剂,钯,金和铜的方法,其中催化剂是通过将多孔载体用钯和铜的水溶性盐的水溶液浸渍而制备的,将钯和铜定型,然后将催化剂浸渍水溶性金盐(分案申请号1210-98)。

摘要

Process for preparing a catalyst supported Palladium Gold and CopperWith a minor reduction in the amount of Copper In The Catalyst due to sublimation that when there is a Copper compound in the load,Comprising impregnating a porous Carrier with an aqueous solution of a water-soluble Salt of palladium and Copper.Setting the palladium and Copper in the form of non soluble compounds by the reaction of an Alkaline Compound, appropriateThen The Catalyst impregnated with a solution of a soluble Salt of the quantities of Gold and PalladiumIncluded in the elemental copper and Gold Impregnation Solutions equal to the Predetermined amounts of Palladium, copper and gold in the desired metal CatalystIn the setting of gold catalyst impregnating Solution present in the final by reacting soluble Salt dissolved in the solution with an Alkaline Compound suitable forPrecipitate a water-soluble Gold Compound, and the reduced form of the metal free compounds not water-soluble Palladium, copper and Gold are present in The Catalyst.
机译:升华的制备催化剂负载的钯金和铜的方法由于负载中含有铜化合物的升华作用而使催化剂中的铜含量略有减少,包括用水溶性盐水溶液浸渍多孔载体适当地通过碱性化合物的反应将钯和铜制成非可溶性化合物,然后将催化剂浸入元素铜和金浸渍中所含的一定数量的金和钯的可溶性盐溶液中所需金属催化剂中的钯,铜和金的预定量的溶液在金催化剂浸渍的情况下,通过将溶解在溶液中的可溶性盐与适合于沉淀水溶性金化合物的碱性化合物反应,最终存在的溶液非金属化合物的还原形式,非水溶性钯,铜和金ar e出现在《催化剂》中。

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