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    • 1. 发明授权
    • Apparatus for regulating the flow rate of at least one fluid in simulated moving bed separation units
    • 用于调节模拟移动床分离单元中的至少一种流体的流速的装置
    • US06332982B1
    • 2001-12-25
    • US09525454
    • 2000-03-15
    • Gérard HotierAlbert Le CorreDominique HumeauPierre Renard
    • Gérard HotierAlbert Le CorreDominique HumeauPierre Renard
    • B01D1508
    • B01D15/1842B01D2215/024C07C7/12C07C15/08
    • An apparatus and process for regulating the flow rate of at least one fluid or effluent circulating in a simulated moving bed comprises a plurality of beds disposed in a closed loop in at least one chromatographic column (1) and comprising at least one means for recirculating fluid and comprising at least two lines for injecting fluid at a controlled flow rate and at least two lines for withdrawing fluid, one of said withdrawal (extract or raffinate) lines being under flow rate control, the other (60) being under pressure control via at least one control valve (6), and is characterized in that said pressure controlled withdrawal line (60) comprises, in addition to the control valve, comprises at least one restriction means (201) enabling the pressure downstream of at least one of the beds to be reduced. One embodiment of the use of the invention is for separating a xylene isomer.
    • 用于调节在模拟移动床中循环的至少一种流体或流出物的流速的装置和方法包括在至少一个色谱柱(1)中设置在闭环中的多个床,并且包括至少一个用于再循环流体的装置 并且包括用于以受控流速喷射流体的至少两条线和用于抽出流体的至少两条线,所述抽出(提取物或提余液)管线之一处于流量控制之下,另一条管线(60)在压力控制下通过 至少一个控制阀(6),其特征在于,所述压力控制抽出管线(60)除了所述控制阀之外还包括至少一个限制装置(201),所述至少一个限制装置能使所述床中的至少一个床 要减少 本发明使用的一个实施方案是分离二甲苯异构体。
    • 2. 发明授权
    • Mat element that has a distribution function
    • 具有分布函数的Mat元素
    • US06969495B1
    • 2005-11-29
    • US09590380
    • 2000-06-09
    • Gérard HotierPierre RenardXavier Decoodt
    • Gérard HotierPierre RenardXavier Decoodt
    • B01J8/04C07C7/00B01J10/00
    • B01J8/0492C07C7/00C07C15/067
    • For use in a separation column, a mat element or a beam element has at least: an upper part 2; at least one distributor-collector part (3) having one or more secondary orifices (7i) and at least one main orifice (6), whereby the passage sections of orifices (8) and (7i) are different; and a lower part (4). The distributor-collector part or parts (3) arranged between the upper part (2) and the lower part (4). A sealing element (5a) arranged between the distributor-collector part (3) and the upper part (2), and a sealing element (5b) arranged between the distributor-collector part (3) and the lower part (4). A separation element (8) arranged at distributor-collector part (3), thus delimiting two spaces (3a, 3b) for circulation of fluids.
    • 为了在分离柱中使用,垫元件或梁元件至少具有:上部2; 至少一个分配器 - 收集器部分(3)具有一个或多个次级孔(7i)和至少一个主孔(6),由此孔口(8)和(7i)的通道部分不同; 和下部(4)。 布置在上部(2)和下部(4)之间的分配器 - 收集器部分(3)。 布置在分配器 - 收集器部分(3)和上部部分(2)之间的密封元件(5a)和布置在分配器 - 收集器部分(3)和下部部分(4)之间的密封元件(5b) 。 布置在分配器 - 收集器部分(3)处的分离元件(8),从而限定用于流体循环的两个空间(3a,3b)。
    • 3. 发明授权
    • Simulated moving bed separation process and device
    • 模拟移动床分离过程及装置
    • US07473368B2
    • 2009-01-06
    • US11136729
    • 2005-05-25
    • Gérard Hotier
    • Gérard Hotier
    • B01D15/00
    • C07C7/12B01D15/1871B01D53/0423B01D2259/40005B01D2259/4146Y10T436/11C07C15/08
    • A simulated moving bed (SMB) separation device comprises at least one column, beds of adsorbent arranged in this column, trays Pi with a chamber Ci for distribution and extraction of fluids, a multi-way rotary valve for the distribution of the fluids feeding or leaving said trays, and junction lines Li between this valve and said trays. The SMB device also comprises a plurality of bypass lines Li,i+1 between adjacent lines, these bypasses being outside the multi-way rotary valve and situated in proximity to this valve, for the circulation of rinsing liquids with a small or zero concentration gradient. The invention makes it possible to use all types of distribution and extraction trays and all types of adsorbent loading, while preserving a high level of product purity. Application of the separation devices is in particular to the separation of paraxylene or metaxylene from a C8 aromatic charge.
    • 模拟移动床(SMB)分离装置包括至少一个柱,在该塔中排列的吸附剂床,具有用于分配和提取流体的腔室Ci的托盘Pi,用于分配流体的多通旋转阀或 在该阀和所述托盘之间留下所述托盘和接合线Li。 SMB设备还包括在相邻线路之间的多个旁路管线Li,i + 1,这些旁路在多路旋转阀外部并且位于该阀附近,用于循环具有小或零浓度梯度的冲洗液体 。 本发明使得可以使用所有类型的分配和提取塔板和所有类型的吸附剂负载,同时保持高水平的产品纯度。 分离装置的应用特别是从C8芳族电荷分离对二甲苯或间二甲苯。
    • 6. 发明授权
    • Simultaneous process for simulated moving-bed dismutation and separation of toluene into benzene and xylenes
    • 模拟移动床歧视同时进行甲苯分离成苯和二甲苯
    • US06429346B2
    • 2002-08-06
    • US09832872
    • 2001-04-12
    • Gérard HotierHugues DulotMichel BaillyKarine Ragil
    • Gérard HotierHugues DulotMichel BaillyKarine Ragil
    • C07C512
    • C07C6/123C07C2529/40C07C2529/70Y02P20/544
    • A simultaneous process for simulated moving-bed dismutation and separation of a toluene feedstock into benzene and xylenes in the presence of a hydrogen-rich desorbent in at least one adsorber-reactor (100) that contains beds of a solid and comprises at least three zones (23, 24, 25) is described. Vapor-phase or supercritical feedstock (1) is introduced at the inlet of a reaction and adsorption zone (25) (zone III), and a raffinate (15) that is high in benzene and desorbent is recovered at the outlet. Desorbent (5, 7) is introduced at the inlet of a desorption zone (23) (zone I), and an effluent from which is drawn off a portion (8) in the form of an extract that is high in xylenes and desorbent is recovered at the outlet. The other portion of the effluent of zone I is introduced at the inlet of a reaction and desorption zone (24) (zone II), and an effluent is recovered at the outlet that is sent back to the inlet of reaction and adsorption zone III. Each of the zones comprises at least one bed that contains an adsorbent that is adapted to separate benzene, toluene and xylenes, and a catalyst that is adapted to dismutate toluene into benzene and xylenes, whereby the adsorbent and the catalyst are in solid form.
    • 在含有固体的床的至少一个吸附器 - 反应器(100)中,在富氢解吸剂存在下,将模拟的移动床歧化和甲苯原料分离成苯和二甲苯的同时进行的方法包括至少三个区 (23,24,25)。 在反应和吸附区(25)(区域III)的入口引入气相或超临界原料(1),在出口处回收苯和解吸剂高的萃余液(15)。 将解吸剂(5,7)引入解吸区(23)(区域I)的入口处,将从二甲苯和解吸剂高的提取物形式的部分(8)中排出的流出物 在出口处恢复。 区域I的流出物的另一部分在反应和解吸区(24)的入口处引入(区域II),并且在出口处回收流出物,其被送回反应和吸附区域III的入口。 每个区域包括至少一个床,其包含适于分离苯,甲苯和二甲苯的吸附剂,以及适于将甲苯分解成苯和二甲苯的催化剂,由此吸附剂和催化剂是固体形式。
    • 8. 发明授权
    • System for injecting a by-pass fluid in a separation method in a simulated moving bed
    • 用于在模拟移动床中以分离方法注入旁通流体的系统
    • US07288200B1
    • 2007-10-30
    • US09762580
    • 2000-05-26
    • Gérard HotierXavier DecoodtGilles FerschneiderJean-Christophe Viguie
    • Gérard HotierXavier DecoodtGilles FerschneiderJean-Christophe Viguie
    • B01D15/08
    • B01D15/1842C07C7/12C07C15/08
    • Device and process for separating at least one compound from a mixture in a simulated moving bed, comprising: an enclosure comprising several absorbent beds, two adsorbent beds being separated by a fluid distribution and extraction plate (Pi), the plate comprising one or more distribution, mixing and/or extracting panels, comprising a chamber (Ci), main fluid delivery (4) and extraction (2) lines, several secondary fluid extraction or injection lines (10, 11, 12, 13, Ti), a bypass circuit communicating a distribution plate with a bypass line, means (14, Voi,j, 20) communicating at least one chamber (Ci) with at least one bypass line (Li,j), at least one of the ends of a bypass line communicates with a zone Ri, R′I of an adsorbent bed, said zone being distinct from a distribution chamber (Ci) and another end is connected to said chamber (Ci).
    • 一种用于在模拟移动床中从混合物中分离至少一种化合物的装置和方法,包括:包含多个吸收床的外壳,两个吸附床由流体分配和提取板(Pi)隔开,所述板包括一个或多个分布 ,混合和/或提取面板,包括室(Ci),主流体输送(4)和萃取(2)管线,若干二次流体萃取或注入管线(10,11,12,13,Ti),旁路回路 将分配板与旁路管路连通,使至少一个腔室(Ci)与至少一个旁通管线(Li,j)连通的装置(14,Voi,j,20),旁路管线的至少一个端部连通 具有吸附床的区域Ri,R'I,所述区域与分配室(Ci)不同,另一端连接到所述室(Ci)。
    • 9. 发明授权
    • Process for co-production of paraxylene, metaxylene and/or orthoxylene
    • 共生产对二甲苯,间二甲苯和/或邻二甲苯的方法
    • US06841714B2
    • 2005-01-11
    • US10247830
    • 2002-09-20
    • Philibert LeflaiveLuc WolffGérard HotierAlain Methivier
    • Philibert LeflaiveLuc WolffGérard HotierAlain Methivier
    • C07C7/00C07C7/13C07C15/08C07C7/12
    • C07C15/08C07C7/005C07C7/13
    • A process for co-production of paraxylene, metaxylene and/or orthoxylene from a hydrocarbon feedstock (1) that comprises [1] a separation stage of the feedstock in a simulated moving bed in a chromatographic column (9) that contains a number of beds of an adsorbent, interconnected in a loop, is described, whereby said column comprises an injection (3) of the feedstock, a draw-off (10) of an extract that consists of paraxylene and desorbent, an intermediate fraction (11) (extract or raffinate) that contains ethylbenzene, and a raffinate (12) that contains a mixture of metaxylene and orthoxylene that is virtually free of ethylbenzene and paraxylene and [2] a crystallization stage (27) of the metaxylene and/or orthoxylene fraction. Upstream from the adsorption zone and/or upstream from the crystallization zone, it is possible to distill the entering mixture to produce an orthoxylene-enriched fraction at the bottom and a metaxylene-enriched fraction at the top.
    • 一种从烃原料(1)共同生产对二甲苯,间二甲苯和/或邻二甲苯的方法,其包括[1]在色谱柱(9)中的模拟移动床中的原料的分离阶段,其包含多个床 描述了以循环相互连接的吸附剂,其中所述柱包括原料的注入物(3),由对二甲苯和解吸剂组成的萃取物的萃取物(10),中间馏分(11) 或萃余液)和含有实际上不含乙苯和对二甲苯的间二甲苯和邻二甲苯混合物的萃余液(12),[2]间二甲苯和/或邻二甲苯馏分的结晶阶段(27)。 从吸附区上游和/或结晶区上游,可以蒸馏进入的混合物,在底部产生富含邻二甲苯的馏分,并在顶部产生富含甲炔的馏分。
    • 10. 发明授权
    • Process for co-producing para-xylene and metaxylene, comprising two separation steps
    • 共同生产对二甲苯和间二甲苯的方法,包括两个分离步骤
    • US06838588B2
    • 2005-01-04
    • US10108392
    • 2002-03-29
    • Philibert LeflaiveAlain MethivierGérard Hotier
    • Philibert LeflaiveAlain MethivierGérard Hotier
    • C07C7/04C07C7/00C07C7/12C07C7/13C07C15/08
    • C07C7/005C07C7/13C07C15/08
    • A process is described for co-producing metaxylene and paraxylene from a hydrocarbon feed comprising two separation steps. The first step of the process is a counter-current simulated moving bed system in a chromatographic column containing at least five zones, comprising injecting the feed and injecting a desorbent and delivering an extract, a raffinate and an intermediate raffinate either continuously or discontinuously. The extract is distilled to obtain a paraxylene with a purity of at least 99.7%. The raffinate, which is richer in metaxylene, is distilled to extract the desorbent and injected into a counter-current simulated moving bed continuously delivering an extract and a raffinate. One of these two streams is enriched in metaxylene. The most metaxylene-rich stream is distilled to obtain metaxylene with a purity of more than 99%.
    • 描述了从包含两个分离步骤的烃进料共同生产间二甲苯和对二甲苯的方法。 该方法的第一步是在含有至少五个区域的色谱柱中的逆流模拟移动床系统,包括注射进料并注入解吸剂并连续地或不连续地递送提取物,萃余液和中间萃余液。 蒸馏提取物,得到纯度至少为99.7%的对二甲苯。 富含中间二甲苯的萃余液被蒸馏以提取解吸剂并注入到逆流模拟移动床中,连续输送提取物和萃余液。 这两条河中的一条富含间二甲苯。 蒸馏出最富含中间二甲烷的料流,得到纯度大于99%的间二甲苯。