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    • 4. 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。
    • 7. 发明授权
    • Deflecting system for column trays
    • 塔盘偏转系统
    • US08313092B2
    • 2012-11-20
    • US13311032
    • 2011-12-05
    • Ludovic RaynalAnne-Claire Lucquin
    • Ludovic RaynalAnne-Claire Lucquin
    • B01F3/04
    • 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。
    • 8. 发明申请
    • HIGH PERFORMANCE STRUCTURED PACKING FOR FLUID EXCHANGE COLUMN AND FABRICATION METHOD
    • 用于流体交换柱和制造方法的高性能结构化包装
    • US20100213625A1
    • 2010-08-26
    • US12530528
    • 2008-03-05
    • Ludovic RaynalPascal Alix
    • Ludovic RaynalPascal Alix
    • B01D47/14
    • B01J19/32B01J2219/3221B01J2219/32213B01J2219/32217B01J2219/3222B01J2219/32241B01J2219/32248B01J2219/32251B01J2219/32262B01J2219/32268B01J2219/32272B01J2219/32408B01J2219/32483B01J2219/3281B01J2219/3306B01J2219/3313
    • The invention relates to a structured packing for a liquid exchange column, said structure defining an exchange surface for at least one descending liquid phase intended to be placed in intimate contact with at least one ascending gaseous phase. The packing comprises a stack of plates having undulations, each plate being contained in a space included between two parallel planes L1 and L2 separated by a value of between 5 and 50 mm, the undulations being distributed on both sides of a center plane P separating said space into two equal parts, said undulations forming a series of channels which extend along a direction D, the channels comprising wings contained in the space included between the two parallel planes, each of said wings being composed of a strip B punched out in one of said channels according to at least two grooves C1 and C2, the width of the strip between the two grooves being between 1 and 15 mm, the strip B being stamped/embossed in such a way as to create an orifice forming a discontinuity in the surface of the channel at the level of the two grooves C1 and C2. The invention also describes a method for fabricating a structured packing.
    • 本发明涉及一种用于液体交换柱的结构化填料,所述结构限定用于至少一个下降液相的交换表面,用于与至少一个上升气相紧密接触。 填料包括具有起伏的一叠板,每个板包含在两个平行平面L1和L2之间的空间中,该两个平行平面L1和L2之间的间距在5和50mm之间,波纹分布在中心平面P的两侧, 所述波浪形成沿着方向D延伸的一系列通道,所述通道包括容纳在包括在两个平行平面之间的空间中的翼部,每个所述翼部由在其中之一中冲压的条带B组成 所述通道根据至少两个凹槽C1和C2,两个凹槽之间的条带的宽度在1至15mm之间,条带B被冲压/压花,以便形成在该表面中形成不连续的孔 在两个槽C1和C2的水平面上的通道。 本发明还描述了一种用于制造规整填料的方法。
    • 10. 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。