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    • 1. 发明授权
    • Process for converting hydrocarbons by treatment in a distillation zone comprising withdrawing a stabilized distillate, associated with a reaction zone, and its use for hydrogenating benzene
    • 通过在蒸馏区中处理来转化烃的方法,包括萃取与反应区相关的稳定的馏出物及其用于苯化氢的用途
    • US06261442B1
    • 2001-07-17
    • US09285679
    • 1999-04-05
    • Jean-Louis AmbrosinoBlaise DidillonPierre MaracheJean-Charles ViltardGérald Witte
    • Jean-Louis AmbrosinoBlaise DidillonPierre MaracheJean-Charles ViltardGérald Witte
    • C10G700
    • C10G49/00C10G45/44
    • The invention provides a process for converting a hydrocarbon feed in which said feed is treated in a distillation zone producing an overhead vapour distillate and a bottom effluent, associated with an at least partially external reaction zone comprising at least one catalytic bed, in which at least one reaction for converting at least a portion of at least one hydrocarbon is carried out in the presence of a catalyst and a gas stream comprising hydrogen, the feed for the reaction zone being drawn off at the height of at least one draw-off level and representing at least a portion of the liquid flowing in the distillation zone, at least part of the effluent from the reaction zone being re-introduced into the distillation zone at the height of at least one re-introduction level, so as to ensure continuity of the distillation, said process being characterized in that a liquid distillate is withdrawn from the distillation zone at the height of at least one withdrawal level, said level being located below the vapour distillate withdrawal level. This process can be used to reduce the benzene content in a hydrocarbon cut.
    • 本发明提供了一种转化烃进料的方法,其中所述进料在蒸馏区中处理,产生塔顶蒸馏馏出物和底部流出物,其与包含至少一个催化床的至少部分外部反应区相关联,其中至少 用于转化至少一种至少一种烃的一种反应是在催化剂和包含氢的气流的存在下进行的,反应区的进料在至少一个排出水平的高度被排出, 代表在蒸馏区中流动的液体的至少一部分,至少部分来自反应区的流出物在至少一个再引入水平的高度被重新引入蒸馏区,以确保连续性 所述方法的特征在于,在至少一个提取水平的高度处从蒸馏区中取出液体馏出物, g位于蒸汽馏出物提取水平以下。 该方法可用于降低烃馏分中的苯含量。
    • 2. 发明授权
    • Process for converting hydrocarbons by treatment in a distillation zone comprising a circulating reflux, associated with a reaction zone, and its use for hydrogenating benzene
    • 通过在包含与反应区相关联的循环回流的蒸馏区中处理来转化烃的方法及其用于使苯氢化的方法
    • US06174428B1
    • 2001-01-16
    • US09285777
    • 1999-04-05
    • Jean-Louis AmbrosinoBlaise DidillonPierre MaracheJean-Charles ViltardG{acute over (e)}rald Witte
    • Jean-Louis AmbrosinoBlaise DidillonPierre MaracheJean-Charles ViltardG{acute over (e)}rald Witte
    • C10G700
    • C10G45/44C10G49/00
    • The invention provides a process for converting a hydrocarbon feed in which said feed is treated in a distillation zone producing a bottom effluent and a vapour distillate, associated with an at least partially external reaction zone comprising at least one catalytic bed, in which at least one reaction for converting at least a portion of at least one hydrocarbon is carried out in the presence of a catalyst and a gas stream comprising hydrogen, the feed for the reaction zone being drawn off at the height of at least one draw-off level and representing at least a portion of the liquid flowing in the distillation zone, at least part of the effluent from the reaction zone being re-introduced into the distillation zone at the height of at least one re-introduction level, so as to ensure continuity of the distillation, and so as to withdraw a distillate from the distillation zone and to recover a bottom effluent from the bottom of the distillation zone, said process being characterized in that the temperature of the portion of effluent re-introduced into the distillation zone is lower than that of the feed to the reaction zone drawn off at the height of a draw-off level located below the re-introduction level. This process can be used to reduce the benzene content in a hydrocarbon cut.
    • 本发明提供了一种转化烃进料的方法,其中所述进料在蒸馏区中处理,产生底部流出物和蒸气馏出物,其与包含至少一个催化床的至少部分外部反应区相关联,其中至少一个 用于转化至少一部分至少一种烃的反应在催化剂和包含氢气的气流的存在下进行,反应区的进料在至少一个排出水平的高度被排出,并表示 在蒸馏区中流动的液体的至少一部分,至少部分来自反应区的流出物在至少一个再引入水平的高度被重新引入蒸馏区,以确保连续性 蒸馏并且从蒸馏区抽出馏出物并从蒸馏区的底部回收底部流出物,所述方法的特征在于t 重新引入蒸馏区的流出物部分的温度比在重新引入水平以下的排出水平高度排出的反应区的进料的温度低。 该方法可用于降低烃馏分中的苯含量。
    • 4. 发明授权
    • Process for converting hydrocarbons by treatment in a distillation zone associated with a reaction zone, comprising re-contacting a vapor distillate with the feed, and its use for hydrogenating benzine
    • 在与反应区相关联的蒸馏区中处理碳氢化合物的方法,包括使蒸气馏出物与进料重新接触,以及其用于苯化氢的用途
    • US06238549B1
    • 2001-05-29
    • US09459874
    • 1999-12-14
    • Jean-Charles ViltardJean-Louis AmbrosinoBlaise Didillon
    • Jean-Charles ViltardJean-Louis AmbrosinoBlaise Didillon
    • C10G700
    • C10G45/44C10G49/002
    • The invention concerns a process for converting a hydrocarbon feed in which said feed is treated in a distillation zone producing an overhead vapor distillate and a bottom effluent, associated with an at least partially external reaction zone comprising at least one catalytic bed, in which at least one reaction for converting at least a portion of at least one hydrocarbon is carried out in the presence of a catalyst and a gas stream comprising hydrogen, the feed for the reaction zone being drawn off at the height of at least one draw-off level and representing at least a portion of the liquid flowing in the distillation zone, at least part of the effluent from the reaction zone being re-introduced into the distillation zone at the height of at least one re-introduction level, so as to ensure continuity of the distillation, said process being characterized in that at least a portion of the vapor distillate is re-contacted with at least a portion of the feed introduced into the distillation zone. This process can be used to reduce the benzene content in a hydrocarbon cut.
    • 本发明涉及一种用于转化烃进料的方法,其中所述进料在蒸馏区中处理,产生塔顶蒸馏馏出物和底部流出物,其与包含至少一个催化床的至少部分外部反应区相关联,其中至少 用于转化至少一种至少一种烃的一种反应是在催化剂和包含氢的气流的存在下进行的,反应区的进料在至少一个排出水平的高度被排出, 代表在蒸馏区中流动的液体的至少一部分,至少部分来自反应区的流出物在至少一个再引入水平的高度被重新引入蒸馏区,以确保连续性 蒸馏,所述方法的特征在于至少一部分蒸气馏出物与引入馏出物的进料的至少一部分重新接触 离子区。 该方法可用于降低烃馏分中的苯含量。
    • 8. 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。
    • 10. 发明授权
    • Process for the separation of isoalkanes/n-alkanes by gas phase
adsorption using a pressure swing and four adsorbers
    • 使用压力摆动和四个吸附器通过气相吸附分离异烷烃/正烷烃的方法
    • US5863315A
    • 1999-01-26
    • US900532
    • 1997-07-25
    • Sophie JullianJean-Louis AmbrosinoAlain ChansolmeValerie Wiss-Henrard
    • Sophie JullianJean-Louis AmbrosinoAlain ChansolmeValerie Wiss-Henrard
    • B01D53/04B01J20/18C07C7/13C10G25/03B01D53/047
    • C10G25/03C07C7/13
    • Four adsorbers 1 to 4, each operating in a cycle comprising (described for adsorber 2): an adsorption step 1 wherein a feed from adsorber 2 is circulated to adsorber 2; an adsorption step 2 wherein feed is injected to the bottom of adsorber 2 and a product rich in isoparaffins is recovered from the head of adsorber 2; an adsorption step 3 wherein a portion of the fluid leaving adsorber 2 is sent to adsorber 3; an adsorption step 4 wherein the head of adsorber 2 receiving the feed is connected to the bottom of adsorber 3; a first depressurisation step 5 wherein adsorber 2 at high pressure is connected to adsorber 4 at a lower pressure; a second depressurisation step 6 wherein the head of adsorber 2 is closed; a stripping step 7 wherein the bottom of adsorber 2, which receives desorbent overhead, is connected to the top of adsorber 2; two principal stripping steps 8 and 9 wherein adsorber 2 alone is supplied with desorbent; a stripping finishing step 10 wherein adsorber 2 is continued to be supplied with desorbent and the outlet from the adsorber 2 is connected to adsorber 3; a first pressurisation step 11 to an intermediate pressure wherein the bottoms of adsorbers 2 and 4 are connected together; and a second pressurisation step 12 wherein a stream providing a portion of the effluent from adsorber 1 is introduced into the bottom of adsorber 2.
    • 四个吸附器1至4,每个在包括(对于吸附器2描述)的循环中操作:吸附步骤1,其中来自吸附器2的进料循环到吸附器2; 从吸附器2的头部回收吸附步骤2,其中将进料注入吸附器2的底部和富含异构烷烃的产物; 吸附步骤3,其中离开吸附器2的一部分流体被送到吸附器3; 吸附步骤4,其中接收进料的吸附器2的头部连接到吸附器3的底部; 第一减压步骤5,其中高压吸附器2以较低压力连接到吸附器4; 第二减压步骤6,其中吸附器2的头部关闭; 汽提步骤7,其中接收解吸塔顶的吸附器2的底部连接到吸附器2的顶部; 两个主要的汽提步骤8和9,其中单独的吸附器2被提供解吸剂; 剥离完成步骤10,其中吸附器2继续被提供解吸剂,并且吸附器2的出口连接到吸附器3; 第一加压步骤11到中间压力,其中吸附器2和4的底部连接在一起; 和第二加压步骤12,其中将提供一部分来自吸附器1的流出物的流引入吸附器2的底部。