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    • 6. 发明授权
    • Apparatus for the thermal conversion of methane
    • 用于甲烷热转化的装置
    • US5270016A
    • 1993-12-14
    • US913336
    • 1992-07-15
    • Jacques AlagyPaul BroutinChristian BussonJerome Weill
    • Jacques AlagyPaul BroutinChristian BussonJerome Weill
    • B01J12/00B01J19/24C07C2/76
    • C07C2/76B01J12/005B01J19/24B01J2219/00135Y10S585/913
    • Apparatus suitable for the thermal conversion of methane to hydrocarbons of higher molecular weight, comprising an elongated reactor 1 provided with an inlet 5 for supplying a gas mixture containing methane (process gas) and an outlet at the opposite end, the reactor over a first part towards the inlet end having a plurality of electric heaters 3 surrounded by sheaths 4. The heaters, e.g., electric resistors, which are spaced apart and are substantially parallel with respect to one another, are arranged in substantially parallel rows perpendicular to the axis of the reactor so as to permit circulation of the process gas and/or effluent between the sheaths and/or between the sheaths and walls 22 separating two consecutive rows. The heaters heat the passages by successive independent cross sections substantially perpendicular to the axis of the reaction. Towards the outlet end, the reactor further comprises an injector for supplying cooling fluid, which cools the effluent. The reactor also has a hydrogen inlet for introducing a gas containing hydrogen into the space surrounding the heaters inside the sheaths 4 at an appropriate pressure. The reactor and the sheaths 4 are designed so that hydrogen is diffused from inside the sheaths to outside them and can then be diluted in the process gas.
    • 适用于将甲烷热转化成较高分子量的烃的装置,包括一个细长的反应器1,该反应器1设有一个入口5,入口5用于提供含有甲烷(工艺气体)的气体混合物和另一端的出口,第一部分 朝向入口端具有由护套4围绕的多个电加热器3。间隔开并且相对于彼此大致平行的加热器,例如电阻器,被布置成垂直于 反应器,以允许工艺气体和/或流出物在护套之间和/或分离两个连续的行的护套和壁22之间循环。 加热器通过基本上垂直于反应轴线的连续的独立横截面来加热通道。 朝向出口端,反应器还包括用于供应冷却流体的喷射器,其冷却流出物。 反应器还具有氢气入口,用于以适当的压力将含氢的气体引入护套4内的加热器周围的空间。 反应器和护套4被设计成使得氢气从鞘内部​​扩散到外部,然后可以在工艺气体中稀释。
    • 7. 发明授权
    • Process for the thermal pyrolysis of hydrocarbons using an electric
furnace
    • 使用电炉对烃进行热解的方法
    • US5321191A
    • 1994-06-14
    • US972782
    • 1992-11-09
    • Jacques AlagyPaul BroutinChristian BussonJerome Weill
    • Jacques AlagyPaul BroutinChristian BussonJerome Weill
    • C10G9/24C07C4/04
    • C10G9/24Y10S585/921Y10S585/926
    • A process for the thermal pyrolysis of hydrocarbons in a reactor (1) of elongate shape comprising at a first end supply means (5) for a gaseous mixture containing at least one hydrocarbon, at the opposite end discharge means (10) for the effluents produced and between these two ends supply means (9) for effluent cooling fluid, the reactor comprising in a first part (first end side) a plurality of electric heating means (3) enclosed by casings (4) disposed in substantially mutually parallel layers perpendicular to the axis of the reactor, in such a way as to define between the casings and/or the casings and the walls (22), spaces or passages for circulation of the gaseous mixtures and/or effluents. The heating means heat the passages in successive, individual, transverse sections which are substantially perpendicular to the axis of the reactor. The reactor comprises means for introducing into the casings (4) a gas G known as a casing gas which preferably contains water vapour and/or hydrogen. The permeability of the casings is sufficient to permit diffusion, at least at certain points, of at least a part of the gas G from inside the casings to the outside of the casings, the gas G then being diluted in the gaseous mixture.
    • 一种用于在细长形状的反应器(1)中热解烃的方法,该方法包括在第一端供应装置(5),用于含有至少一种烃的气态混合物,在相对的端部排出装置(10)用于所产生的流出物 并且在这两个端部之间,用于流出物冷却流体的供应装置(9),所述反应器包括在第一部分(第一端侧)中的多个电加热装置(3),所述多个电加热装置(3)由壳体(4)包围, 反应器的轴线以限定壳体和/或壳体和壁(22)之间的方式,用于气态混合物和/或流出物循环的空间或通道。 加热装置加热基本上垂直于反应器轴线的连续的,单独的横向部分中的通道。 反应器包括用于将优选含有水蒸气和/或氢气的称为外壳气体的气体G引入壳体(4)的装置。 壳体的渗透性足以允许至少在某些点处将气体G的至少一部分从壳体内部扩散到壳体的外部,然后将气体G稀释在气体混合物中。
    • 9. 发明授权
    • Method for thermal conversion of methane and reactor for carrying out
the method
    • 甲烷和反应器热转化方法实施方法
    • US5160501A
    • 1992-11-03
    • US700706
    • 1991-05-16
    • Jacques AlagyPaul BroutinChristian BussonJerome Weill
    • Jacques AlagyPaul BroutinChristian BussonJerome Weill
    • B01J12/00B01J19/24C07C2/76
    • B01J19/24B01J12/005C07C2/76B01J2219/00135Y10S585/911Y10S585/913Y10S585/924Y10S585/926Y10S585/943
    • Method and apparatus for thermal conversion of methane to hydrocarbons of higher molecular weight, comprising a reactor 1 of elongated shape, connected at a first end to means 5 for supplying gas mixture containing methane (process gas), and connected at the opposite end to discharge means 10, the reactor having a plurality of electric heating means 3 surrounded by sheaths 4 over a first part (towards the first end). The heating means, which are substantially parallel, are arranged in sheets which are substantially parallel and perpendicular to the axis of the reactor, so that spaces or passages for circulation of the process gas and/or effluent are defined between the sheaths and/or between the sheaths and the walls 22 separating two consecutive sheets. The heating means are adapted to heat the passages by successive independent cross sections substantially perpendicular to the axis of the reactor. In a second part 8 (towards the opposite end) adjoining the first part, the reactor further comprises means 9 for cooling the effluent, connected to the means for supplying cooling fluid. The reactor also has means for introducing a gas containing hydrogen into the space surrounding the heating means inside the sheaths 4, at an appropriate pressure. The reactor and particularly the sheaths 4 are designed so that hydrogen is diffused from inside the sheaths to outside them and can then be diluted in the process gas.
    • 将甲烷热转化成较高分子量的烃的方法和装置,包括细长形状的反应器1,第一端连接到用于提供含有甲烷的气体混合物(工艺气体)的装置5,并在相对端连接以排出 装置10,反应器具有在第一部分(朝向第一端)上被护套4包围的多个电加热装置3。 基本上平行的加热装置被布置成基本上平行且垂直于反应器的轴线的片材,使得用于循环工艺气体和/或流出物的空间或通道限定在护套之间和/或之间 护套和墙壁22分隔两个连续的片材。 加热装置适于通过基本上垂直于反应器的轴线的连续的独立横截面来加热通道。 在邻接第一部分的第二部分8(朝向相对端),反应器还包括用于冷却流出物的装置9,连接到用于供应冷却流体的装置。 该反应器还具有用于在合适的压力下将含氢气体引入护套4内的加热装置周围空间的装置。 反应器,特别是护套4被设计成使得氢气从鞘内部​​扩散到外部,然后可以在工艺气体中稀释。