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    • 93. 发明授权
    • Process for continuously converting coal into a saturated hydrocarbon gas
    • 将煤连续转化为饱和烃气的方法
    • US3973924A
    • 1976-08-10
    • US520669
    • 1974-11-04
    • Shozo Ito
    • Shozo Ito
    • C10J3/54C07C1/00C07C1/02C07C4/04C07C9/00C07C9/04C07C67/00C10K3/04C10K3/06C10J3/46C10K1/00
    • C10K3/06
    • Coal is continuously converted into a saturated hydrocarbon gas containing substantially no unsaturated hydrocarbon and having a high calorific value and a uniform composition by the operations of: providing a first treating gas having a predetermined temperature, pressure and composition, by mixing, in a first conditioning chamber, a first substantially inert burnt gas which has been prepared by burning a mixture of a fuel and air, containing therein 2% by volume or less of free oxygen, with steam and, if necessary, hydrogen gas; thermally cracking, in a first treating chamber, the coal particles with the first treating gas while fluidizing said coal particles; separately providing a second treating gas having a predetermined temperature, pressure and composition by mixing, in a second conditioning chamber, a second substantially inert burnt gas which has been prepared by burning a fuel, and contains therein 2% by volume or less of free hydrogen gas, with hydrogen gas and, if necessary, an additional gas; hydrogenating, in a second treating chamber, the thermally cracked product with the second treating gas while fluidizing the thermally cracked product to generate the saturated hydrocarbon gas and isolating the saturated hydrocarbon gas from the hydrogenation mixture, the hydrogen gas used in the above process being prepared by collecting char from the hydrogenation mixture, converting the char into water-gas containing hydrogen and carbon monoxide gases by treating with a third treating gas containing steam, converting the carbon monoxide into a mixture of hydrogen and carbon dioxide gases by steam treatment and isolating the hydrogen gas from the conversion mixture.
    • 通过以下操作将煤连续地转化为基本上不含不饱和烃并具有高热值和均匀组成的饱和烃气体:通过在第一调理中混合提供具有预定温度,压力和组成的第一处理气体 通过燃烧含有2体积%以下的游离氧的燃料和空气的混合物与蒸汽和必要时的氢气制备的第一基本上惰性的燃烧气体; 在第一处理室中热裂解煤颗粒与第一处理气体同时使所述煤颗粒流化; 分别提供具有预定温度,压力和组成的第二处理气体,在第二调节室中,通过燃烧燃料制备的第二基本上惰性的燃烧气体,并且其中含有2体积%以下的游离氢 气体,带有氢气,如有必要,还有一个额外的气体; 在第二处理室中将热裂化产物与第二处理气体氢化,同时使热裂化产物流化以产生饱和烃气体并从饱和烃气体中分离氢化混合物,在上述方法中使用的氢气被制备 通过从氢化混合物中收集焦炭,通过用含有蒸汽的第三处理气体处理将焦炭转化为含有氢气和一氧化碳气体的水气,通过蒸汽处理将一氧化碳转化成氢气和二氧化碳气体的混合物,并将 来自转化混合物的氢气。
    • 95. 发明授权
    • Butane cracking
    • BUTANE CRACKING
    • US3761538A
    • 1973-09-25
    • US3761538D
    • 1971-02-11
    • CHEM SYSTEMS
    • SUGERMAN GESPINO RSHERWIN M
    • C07C4/04C07C3/30
    • C07C4/04C07C11/04C07C11/06
    • A process for the preparation of ethylene and propylene wherein n-butane is cracked at high pressure in the presence of steam, preferably with ammonia in a reactor containing a solid support, at a temperature of from 550* to 750* C. for a residence time of 0.2 to 15 seconds to convert 40 to 90 percent of the n-butane. The reaction product is cooled and methane separated therefrom at a pressure not greater than that in the cracking reaction. The C4 fraction separated from the reaction product is recycled to the cracking step.
    • 一种制备乙烯和丙烯的方法,其中正丁烷在蒸汽存在下在高压下,优选在含有固体载体的反应器中在氨的存在下在550℃至750℃的温度下裂解 时间为0.2至15秒,将40至90%的正丁烷转化。 将反应产物冷却,并在不高于裂解反应的压力下从其中分离甲烷。 将与反应产物分离的C4馏分循环至裂化步骤。
    • 97. 发明授权
    • Fired heater
    • 燃烧加热器
    • US3667429A
    • 1972-06-06
    • US3667429D
    • 1971-01-25
    • LUMMUS CO
    • CROSS ALAN
    • F24H3/04B01J7/00B01J8/06B01J19/00C01B3/12C01B3/22C01B3/38C07C1/00C07C4/04C07C11/04C07C67/00C10G9/20F22B21/30
    • C10G9/20B01J8/062C01B3/384
    • A fired heater having two parallel vertical radiant sections essentially completely separated from each other and a convection section above and offset from both radiant sections with each radiant section having a single row of process tubes which are fired from both sides, with tubes of each section being interconnected with each other by horizontal crossover tubes to provide for flow of process fluid from inlet to outlet through both sections. The inlet radiant section may be fired at higher heat rates to heat a fluid to be processed from an inlet temperature to an intermediate temperature in a short residence time. The heater may be employed for: heating a mixture of carbon monoxide and hydrogen; pyrolysis of hydrocarbons; or steam reforming of hydrocarbons.
    • 一种具有两个基本上彼此完全分离的平行的垂直辐射部分和在两个辐射部分上方偏移的对流部分的燃烧加热器,每个辐射部分具有从两侧被烧制的单排处理管,每个部分的管是 通过水平交叉管彼此互连,以提供过程流体从入口到出口通过两个部分的流动。 入口辐射部分可以以更高的热速率被烧制,以在短的停留时间内将待加工的流体从入口温度加热到中间温度。 加热器可用于:加热一氧化碳和氢气的混合物; 碳氢化合物的热解; 或烃的蒸汽重整。