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Being production manner of the catalytic converter constituent which is suited for the production manner of the high active desulfurization catalytic converter and the aforementioned catalytic converter, and

机译:作为适合于高活性脱硫催化转化器和上述催化转化器的生产方式的催化转化器成分的生产方式,

摘要

With that low the intermediate fraction supply raw materials which possess, the high density of the sulfur in order to obtain the sulfur intermediate fraction product, for example, production method of the high active catalyst composition which is suited for the use in desulfurization of the Diesel fuel and the like. As for this method, converting aforementioned aluminum hydroxide to the gamma - alumina by heating processes aluminum hydroxide under the temperature condition which is controlled, the aforementioned aluminum hydroxide everything is converted to the transition alumina essentially the description above which is the gamma - alumina process, and the description above which obtain the aluminum hydroxide which is converted the temperature condition which is controlled, by from 850 F (454 ) controlling inside the burning temperature range of 950 F (510 ), by controlling the fraction of the aluminum hydroxide which is converted, but under the amount of substance of the aluminum hydroxide which is converted, gammaThe process which is converted to the transition alumina other than the - alumina is included. As for the catalyst component, the description above being introduced in the aluminum hydroxide which is converted, profit, this, is heated is processed the intermediate field in order to obtain the aforementioned high active catalyst composition.
机译:为了获得硫中间馏分,具有低密度的硫的中间馏分供给原料具有例如高密度的硫,例如,适合用于柴油的脱硫的高活性催化剂组合物的生产方法燃料之类的。对于该方法,在受控的温度条件下通过加热处理氢氧化铝将上述氢氧化铝转化为γ-氧化铝,基本上将上述氢氧化铝全部转化为过渡氧化铝,即上文所述的γ-氧化铝方法,以及上面的描述,通过在850 F(454)的燃烧温度范围内控制950 F(510),通过控制转化的氢氧化铝的比例来获得被控制的温度条件。 ,但在要转化的氢氧化铝的量下,γ包括转化为除-氧化铝以外的过渡氧化铝的过程。关于催化剂成分,将上述说明引入转化后的氢氧化铝中,对其进行加热,在中间领域进行处理以获得上述高活性催化剂组合物。

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