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    • 1. 发明公开
    • Device and method for separating individual fluids from a mixture of fluids
    • 设备和用于从流体混合物中分离出单独的流体方法。
    • EP0266087A2
    • 1988-05-04
    • EP87309002.1
    • 1987-10-12
    • THE DOW CHEMICAL COMPANY
    • Johnson, Homer K.
    • B01D63/02B01D69/08B01D53/22
    • B01D53/22B01D63/02B01D2313/21
    • Individual fluids (particularly gases) are separated from a stream that contains more than one fluid by passing through a separator device made up of a bundle of hollow fibers (11) fastened into a resin tubesheet (16,19) at each end of the bundle. The fiber bundle is encased in a casing (10) and in the center of the bundle is a perforated, distributor tube (12). Pressure load on one tubesheet (16) is carried by a fixed head (30) in contact with the tubesheet (16). At the other end of the separator device, the tubesheet (19) pressure load is counterbalanced by floating head (22) that utilizes pressure against its backside (24). Pressurized fluid directed into the distributor tube (12) flows into the fiber bundle. The permeate fluids pass through the fiber walls and along the fibers (11) into spaces (28,33) between the tube sheets (16,19) and the fixed and floating heads (30,22) respectively and are carried out of the separator device through outlets (39,40) at each end. The nonpermeate fluids bypass the fibers and are carried out of the separator device through one or more outlets (35) in the casing (10).
    • 个别的流体(特别是气体)被从物流中分离那样通过穿过由中空纤维的束的各端部紧固到一个树脂管板(16,19)束(11)的分离器装置包含一个以上的流体 , 该纤维束在一个壳体(10),并在束的中心包裹是穿孔,分配管(12)。 在一个管板(16)的压力负荷是由在与所述管板(16)接触固定头(30)承载。 在分离器装置的另一端,所述管板(19)的压力负荷是由浮头(22)抵消那样利用压力抵抗其背面(24)。 引导到分配管(12)的加压流体流入纤维束。 渗透流体穿过纤维壁和分别沿管板(16,19)和所述固定和浮动刀头(30,22)之间的光纤(11)进入的空间(28,33),并进行了分离器的 通过在每个端部的出口(39,40)的设备。 非渗透流体绕过纤维,并通过在壳体(10)一个或多个出口(35)进行的分离器设备。
    • 3. 发明公开
    • Device and method for separating individual fluids from a mixture of fluids
    • Vorrichtung und Methode zur Trennung von einzelnen Fluiden aus Fluidmischungen。
    • EP0277411A1
    • 1988-08-10
    • EP87308247.3
    • 1987-09-17
    • THE DOW CHEMICAL COMPANY
    • Johnson, Homer K.
    • B01D63/02B01D69/08B01D53/22
    • B01D53/22B01D63/02B01D2313/21Y10T29/49428Y10T29/4984
    • Individual fluids (particularly gases) are separated from a stream that contains more than one fluid by passing through a separator device made up of a bundle of hollow fibers (11), which are fastened at each end into a resin tubesheet (16,19). The fiber bundle is enclosed in a casing (10) and in the center of the bundle is a perforated, distributor tube (12). The pressure load on one tubesheet (16) is carried by a movable flange (22) in contact with the tubesheet (16). At the other end of the separator the pressure load is carried by a stationary flange (28) that seats against the tubesheet (19). Pressurized fluid directed into the distributor tube (12) flows into the fiber bundle. The permeate fluids pass through the fiber walls and along the fibers into spaces (26a,31) between the tubesheets (16,19) and the respective flanges (22,28) and are carried out of the separator through outlets (34,35) at each end. The nonpermeate fluids bypass the fibers and are carried out of the separator through one or more outlets (33) in the casing (10).
    • 单个流体(特别是气体)通过穿过由一束中空纤维(11)组成的分离器装置与含有多于一种流体的流分离,该分离器装置在每端固定在树脂管板(16,19)中, 。 纤维束被封装在壳体(10)中,并且束的中心是穿孔的分配管(12)。 一个管板(16)上的压力负载由与管板(16)接触的可移动凸缘(22)承载。 在分离器的另一端,压力负载由靠在管板(19)上的固定凸缘(28)承载。 引导到分配管(12)中的加压流体流入纤维束。 渗透液通过纤维壁并沿着纤维进入管板(16,19)和相应的凸缘(22,28)之间的空间(26a,31)中,并通过出口(34,35)从分离器中进入, 在每一端 非渗透流体绕过纤维,并通过壳体(10)中的一个或多个出口(33)从分离器中进行。