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    • 2. 发明申请
    • Mercaptan Removal Method
    • 硫醇去除方法
    • US20080245703A1
    • 2008-10-09
    • US12057407
    • 2008-03-28
    • Renaud CadoursEric LemaireJulia Magne-Drisch
    • Renaud CadoursEric LemaireJulia Magne-Drisch
    • C10G51/00
    • C10L3/10B01D53/86B01D53/8606B01D2257/306C10L3/102
    • The method allows to remove mercaptans contained in a gaseous feed comprising hydrocarbons by carrying out the following stages: a) contacting, in a reactor R1, gaseous feed 1 with a liquid stream 13 comprising olefins, in the presence of a first acid catalyst so that the mercaptans react with the olefins so as to form sulfides, b) discharging an effluent 3 from reactor R1 and separating the effluent into a gas phase and a liquid phase so as to obtain a mercaptan-depleted treated gas 4 and a sulfide-laden liquid, c) separating the sulfide-laden liquid into a first fraction 6 and a second fraction 5, the volume flow rate of first fraction 6 being at least three times higher than the volume flow rate of second fraction 5, d) recycling first fraction 6 to stage a) as a first portion of said liquid stream to be fed into said reactor R1, e) regenerating second fraction 5 by cracking so as to obtain a sulfide-depleted second fraction 2 that is recycled to stage a) as a second portion of said liquid stream.
    • 该方法允许通过进行以下步骤来除去包含在包含烃的气体进料中的硫醇:a)在反应器R 1中,气态进料1与包含烯烃的液体流13在第一种酸催化剂存在下接触, 硫醇与烯烃反应以形成硫化物,b)从反应器R 1排出流出物3,并将流出物分离成气相和液相,以获得硫醇贫化处理气体4和硫化物 - 负载液体,c)将含硫化物的液体分离成第一馏分6和第二馏分5,第一馏分6的体积流量比第二馏分5的体积流速高至少三倍,d)先循环 馏分6至步骤a)作为待进料到所述反应器R 1中的所述液体物流的第一部分,e)通过裂化再生第二级分5,以获得被再循环到a)的硫化物贫化的第二馏分2作为 第二部分 所说的液体流。
    • 3. 发明授权
    • Process for preparing a zeolite with structure type EUO
    • 制备结构型EUO的沸石的方法
    • US06342200B1
    • 2002-01-29
    • US09432120
    • 1999-11-02
    • Loic RouleauSylvie LacombeFabio AlarioElisabeth MerlenFrédéric KolendaJulia Magne-Drisch
    • Loic RouleauSylvie LacombeFabio AlarioElisabeth MerlenFrédéric KolendaJulia Magne-Drisch
    • C01B3904
    • B01J29/7023B01J20/18B01J29/04B01J2229/62C01B39/48C07C5/2708C07C2529/70C10G35/095C10G45/64Y02P20/588C07C15/067
    • The present invention concerns a process for preparing a zeolite with structure type EUO comprising at least one element X selected from silicon and germanium and at least one element T selected from iron, aluminium, gallium, boron, titanium, vanadium, zirconium, molybdenum, arsenic, antimony, chromium and manganese, characterized in that seeds of at least one zeolitic material are used comprising at least one element X′ selected from silicon and germanium and at least one element T′ selected from iron, aluminium, gallium, boron, titanium, vanadium, zirconium, molybdenum, arsenic, antimony, chromium and manganese with a ratio X′/T′ of less than 200, said seeds being different from the zeolite with structure type EUO being prepared. The present invention also concerns the use of the zeolite obtained as a catalyst in a process for converting hydrocarbon-containing feeds, as an adsorbent to control pollution and as a molecular sieve for separation, and more particularly as a catalyst in a process for isomerizing aromatic compounds containing 8 carbon atoms.
    • 本发明涉及一种制备具有结构型EUO的沸石的方法,该方法包括至少一种选自硅和锗的元素X和选自铁,铝,镓,硼,钛,钒,锆,钼,砷中的至少一种元素T ,锑,铬和锰,其特征在于使用至少一种沸石材料的种子,其包含至少一种选自硅和锗的元素X'和至少一种选自铁,铝,镓,硼,钛, 钒,锆,钼,砷,锑,铬和锰,其比例X'/ T'小于200,所述种子与制备具有结构类型EUO的沸石不同。 本发明还涉及在烃类进料转化方法中作为催化剂使用的沸石,作为用于控制污染的吸附剂和用于分离的分子筛,更特别地,作为用于异构化芳族化合物的方法中的催化剂 含有8个碳原子的化合物。
    • 9. 发明授权
    • Mercaptan removal method
    • 硫醇去除方法
    • US07811538B2
    • 2010-10-12
    • US12057407
    • 2008-03-28
    • Renaud CadoursEric LemaireJulia Magne-Drisch
    • Renaud CadoursEric LemaireJulia Magne-Drisch
    • B01D53/48
    • C10L3/10B01D53/86B01D53/8606B01D2257/306C10L3/102
    • The method allows to remove mercaptans contained in a gaseous feed comprising hydrocarbons by carrying out the following stages: a) contacting, in a reactor R1, gaseous feed 1 with a liquid stream 13 comprising olefins, in the presence of a first acid catalyst so that the mercaptans react with the olefins so as to form sulfides, b) discharging an effluent 3 from reactor R1 and separating the effluent into a gas phase and a liquid phase so as to obtain a mercaptan-depleted treated gas 4 and a sulfide-laden liquid, c) separating the sulfide-laden liquid into a first fraction 6 and a second fraction 5, the volume flow rate of first fraction 6 being at least three times higher than the volume flow rate of second fraction 5, d) recycling first fraction 6 to stage a) as a first portion of said liquid stream to be fed into said reactor R1, e) regenerating second fraction 5 by cracking so as to obtain a sulfide-depleted second fraction 2 that is recycled to stage a) as a second portion of said liquid stream.
    • 该方法允许通过进行以下步骤来除去包含在包含烃的气态进料中的硫醇:a)在反应器R1中将气态进料1与包含烯烃的液体流13在第一酸催化剂存在下接触使得 硫醇与烯烃反应以形成硫化物,b)从反应器R1排出流出物3,并将流出物分离成气相和液相,以获得硫醇贫化处理气体4和含硫化物的液体 ,c)将含硫化物的液体分离成第一馏分6和第二馏分5,第一馏分6的体积流量比第二馏分5的体积流速高至少三倍,d)回收第一馏分6 将a)作为待进料到所述反应器R1中的所述液体物流的第一部分,e)通过裂化再生第二馏分5,以获得被再循环至a)段的硫化物贫乏的第二馏分2作为第二部分 的说 液体流。