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    • 4. 发明申请
    • DEFLECTING SYSTEM FOR COLUMN TRAYS
    • 柱托盘的偏转系统
    • US20120073440A1
    • 2012-03-29
    • US13311032
    • 2011-12-05
    • Ludovic RaynalAnne-Claire Lucquin
    • Ludovic RaynalAnne-Claire Lucquin
    • B01D53/18B01F3/04
    • B01D3/16B01D3/24
    • A gas-liquid contact column tray has a section including a gas pathway (SAA) and a liquid pathway section (SD) delimited by at least one downspout, wherein a deflecting system including a roof is included, located above the liquid gas interface at the level of the liquid pathway section (SD), in order to apportion the gas phase over a surface section greater than the section including the means of gas pathway (SAA). In a method for gas-liquid contact in such a column, most of the gas phase part is redirected and apportioned over the whole pathway section available for gas, corresponding to the tray section provided with the gas pathway (SAA), increased by the liquid pathway section (SD), using a deflecting system consisting of the roof located higher than the gas-liquid interface level of the liquid pathway section (SD), and the liquid collected is evacuated toward the lower tray.
    • 气液接触柱托盘具有包括由至少一个下水口限定的气体通路(SAA)和液体通道段(SD)的部分,其中包括位于液体气体界面上方的包括屋顶的偏转系统 液面通过部分(SD)的高度,以便在比包括气体通路(SAA)的部分的部分更大的表面部分上分配气相。 在这种塔中气 - 液接触的方法中,大部分气相部分被重定向并分配在可用于气体的整个通路段上,对应于设置有气体通路(SAA)的塔板段,由液体增加 通道部分(SD),使用由位于高于液体通道部分(SD)的气液界面水平的顶部组成的偏转系统,并且将收集的液体朝向下部托盘抽空。
    • 5. 发明授权
    • Installation and method for mixing and distributing a liquid phase and a gaseous phase
    • 用于混合和分配液相和气相的安装和方法
    • US07727311B2
    • 2010-06-01
    • US11223142
    • 2005-09-12
    • Ludovic RaynalEric LemaireJean-Louis Ambrosino
    • Ludovic RaynalEric LemaireJean-Louis Ambrosino
    • B01D47/14B01D53/14
    • B01D53/18
    • Installation for gas treatment by a liquid phase comprising a) a column (C) that comprises means (1) for introducing gas at one end of said column, means (9) for drawing off gas from the other end of column (C) and, from upstream to downstream in the direction of circulation of the liquid phase: a first internal (2) that comprises means for distribution of a liquid phase, a first bed (6) that comprises a packing or catalytic particles, a second internal (3) that comprises means for separating liquid/gas mixture (19, 20) that is obtained from first bed (6), first means (32, 4) for collecting and evacuating the separated liquid phase, means (100) for passing through internal (3) of the treated gas, and distribution means (31, 101) of a liquid phase with said gas, a second bed (8), second means (10) for collecting and evacuating the liquid phase at the lower outlet of column (C), b) Means for recycling the collected liquid phase.
    • 用于通过液相进行气体处理的装置包括a)柱(C),其包括用于在所述塔的一端引入气体的装置(1),用于从塔(C)的另一端排出气体的装置(9)和 ,从液相循环方向的上游到下游:包括用于分配液相的装置的第一内部(2),包括填料或催化颗粒的第一床(6),第二内部(3) )包括用于分离从第一床(6)获得的液体/气体混合物(19,20)的装置,用于收集和抽空分离的液相的第一装置(32,4),用于通过内部( 3)和与所述气体的液相的分配装置(31,101),第二床(8),第二装置(10),用于在塔的下部出口处收集和排出液相(C ),b)回收液相的方法。
    • 7. 发明申请
    • Method of Mixing and Distributing a Liquid Phase and a Gaseous Phase
    • 混合和分配液相和气相的方法
    • US20070252291A1
    • 2007-11-01
    • US10577726
    • 2004-10-29
    • Ludovic RaynalChristophe Boyer
    • Ludovic RaynalChristophe Boyer
    • B01D47/16C01B17/48
    • B01D53/1456B01D3/008B01D53/185B01J8/025B01J8/0278B01J2208/00283B01J2219/00243
    • Method in which a gas and a liquid are mixed and distributed in a chamber that comprises a distribution means that consists of a compartment that is filled with liquid through which a gas stream passes. Said method is characterized in that liquid is injected either in gas countercurrent or in gas co-current into the gas passage section or sections through at least two orifices that are present in said compartment, whereby said two orifices are arranged approximately facing one another, and in that the diameter and the number of orifices and/or the speed V of the liquid at the outlet of each of the orifices and/or the distance d between two injection points placed facing one another are selected such that the Froude number Fr, defined by the equation: Fr = V g × d in which g is the gravitational constant, is greater than 0.5.
    • 气体和液体混合并分布在包括分配装置的室中的方法,该分配装置由填充有气体流过的液体的隔室组成。 所述方法的特征在于,通过至少两个存在于所述隔室中的孔口将液体以逆流或气体并流的方式注入到气体通道部分中,由此所述两个孔大致彼此相对布置,并且 其特征在于,选择每个孔口的出口处的液体的直径和数量和/或速度V和/或彼此相对放置的两个注入点之间的距离d,使得弗劳德数F r 由下列公式定义: Fr = V > 其中g是重力常数,大于0.5。
        • 9. 发明申请
        • DEFLECTING SYSTEM FOR COLUMN TRAYS
        • 柱托盘的偏转系统
        • US20080156746A1
        • 2008-07-03
        • US11956895
        • 2007-12-14
        • Ludovic RaynalAnne-Claire Lucquin
        • Ludovic RaynalAnne-Claire Lucquin
        • B01D29/05F02M29/04
        • B01D3/16B01D3/24
        • A gas-liquid contact column tray has a section including a gas pathway (SAA) and a liquid pathway section (SD) delimited by at least one downspout, wherein a deflecting system including a roof is included, located above the liquid gas interface at the level of the liquid pathway section (SD), in order to apportion the gas phase over a surface section greater than the section including the means of gas pathway (SAA). In a method for gas-liquid contact in such a column, most of the gas phase part is redirected and apportioned over the whole pathway section available for gas, corresponding to the tray section provided with the gas pathway (SAA), increased by the liquid pathway section (SD), using a deflecting system consisting of the roof located higher than the gas-liquid interface level of the liquid pathway section (SD), and the liquid collected is evacuated toward the lower tray.
        • 气液接触柱托盘具有包括由至少一个下水口限定的气体通路(SAA)和液体通道段(SD)的部分,其中包括位于液体气体界面上方的包括屋顶的偏转系统 液面通过部分(SD)的高度,以便在比包括气体通路(SAA)的部分的部分更大的表面部分上分配气相。 在这种塔中气 - 液接触的方法中,大部分气相部分被重定向并分配在可用于气体的整个通路段上,对应于设置有气体通路(SAA)的塔板段,由液体增加 通道部分(SD),使用由位于高于液体通道部分(SD)的气液界面水平的顶部组成的偏转系统,并且将收集的液体朝向下部托盘抽空。