首页> 外国专利> Device for stiffening plates of multi-stage column such as simulated moving bed separation column, comprises beams located beneath the plates, which support a bed of solid particles and are crossed downwards by flowing of fluid

Device for stiffening plates of multi-stage column such as simulated moving bed separation column, comprises beams located beneath the plates, which support a bed of solid particles and are crossed downwards by flowing of fluid

机译:用于加强多级塔板(例如模拟移动床分离塔)的板的设备,包括位于板下方的梁,该梁支撑固体颗粒床,并通过流体流动而向下交叉

摘要

The device comprises beams located beneath the plates. Each plate supports a bed (2) of solid particles, and is crossed downwards by flowing of fluid. Each beam has a profiled triangular lower surface. An angle (theta ) of two equal sides of profiling in triangle with respect to horizontal is 25-35[deg] . The profiled beams are: divided into a main beam aligned along a diameter of the column and secondary beams perpendicular to the main beam; parallel; and aligned along shelves. The solid particles constituting granular bed have a diameter of 300-800 microns. The device comprises beams located beneath the plates. Each plate supports a bed (2) of solid particles, and is crossed downwards by flowing of fluid. Each beam has a profiled triangular lower surface. An angle (theta ) of two equal sides of profiling in triangle with respect to horizontal is 25-35[deg] . The profiled beams are: divided into a main beam aligned along a diameter of the column and secondary beams perpendicular to the main beam; parallel; and aligned along shelves. The solid particles constituting granular bed have a diameter of 300-800 microns. A superficial velocity of fluid flowing inside the column is 1-2.5 mm/s.
机译:该装置包括位于板下方的梁。每个板支撑固体颗粒床(2),并且通过流体的流动而向下交叉。每个梁都有一个异形的三角形下表面。三角形轮廓的两个相等边相对于水平的夹角(θ)为25-35°。异型光束分为:沿柱径对齐的主光束和垂直于主光束的副光束。平行;并沿货架对齐。构成颗粒床的固体颗粒的直径为300-800微米。该装置包括位于板下方的梁。每个板支撑固体颗粒床(2),并且通过流体的流动而向下交叉。每个梁都有一个异形的三角形下表面。三角形轮廓的两个相等边相对于水平的夹角(θ)为25-35°。异型光束分为:沿柱径对齐的主光束和垂直于主光束的副光束。平行;并沿货架对齐。构成颗粒床的固体颗粒的直径为300-800微米。柱内流动的流体的表观速度为1-2.5 mm / s。

著录项

  • 公开/公告号FR2946547A1

    专利类型

  • 公开/公告日2010-12-17

    原文格式PDF

  • 申请/专利权人 IFP;

    申请/专利号FR20090002803

  • 申请日2009-06-10

  • 分类号B01J8/04;B01D15/22;

  • 国家 FR

  • 入库时间 2022-08-21 17:45:56

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