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    • 22. 发明授权
    • Membrane gas dehydrating apparatus for gas controlled and powered systems
    • 用于气体控制和动力系统的膜气脱水装置
    • US06764529B2
    • 2004-07-20
    • US10186408
    • 2002-07-01
    • Randall W. NicholsJeff Malarik
    • Randall W. NicholsJeff Malarik
    • B01D5322
    • B01D53/22B01D53/268B01D63/02B01D2313/16B01D2313/44
    • An apparatus is disclosed for dehydrating gas in a system having control gas and supply gas. A first housing is fluidly connected to supply gas and a first membrane member is in the first housing flow path, with a plurality of tubes having interstitial spaces therebetween, each tube being more permeable to water vapor than to gas. Supply gas exiting the first membrane member is drier. Drier supply gas is metered to the first membrane member interstitial spaces, whereby dried supply gas sweeps water or water vapor from the first membrane member interstitial spaces to surrounding environment. A second housing similar to the first has a similar second membrane member therein and fluidly connected to control gas. Control gas exiting second membrane member is drier. Drier supply gas is also metered to second membrane member interstitial spaces, and sweeps water or water vapor from second member interstitial spaces through the second housing vent.
    • 公开了一种在具有控制气体和供应气体的系统中脱水气体的装置。 第一壳体流体地连接到供应气体,并且第一膜构件处于第一壳体流动路径中,多个管在其间具有间隙,每个管对于水蒸气比对气体更具渗透性。 离开第一膜构件的供应气体是干燥的。 干燥器供应气体被计量到第一膜构件间隙空间,由此干燥的供给气体将水或水蒸汽从第一膜构件间隙空间扫过到周围环境。 类似于第一壳体的第二壳体在其中具有类似的第二膜构件并且流体地连接到控制气体。 离开第二膜构件的控制气体是干燥的。 干燥器供应气体也被计量到第二膜构件间隙空间,并且通过第二壳体排气口从第二构件间隙空间扫过水或水蒸汽。
    • 29. 发明授权
    • Transverse sheet membrane separation module, components thereof and
related methods
    • 横薄膜分离模块及其组件及相关方法
    • US5100556A
    • 1992-03-31
    • US618747
    • 1990-11-27
    • Randall W. Nichols
    • Randall W. Nichols
    • B01D63/08B29C41/20B29C70/84
    • B29C41/20B01D63/081B01D63/082B29C70/845B29C2791/001B29K2063/00B29K2091/00
    • A wafer (100) providing transverse sheets of semipermeable membrane (21). Such wafers include peripheral support means (101) defining a generally cylindrical ring and having inside (104) and outside surfaces (105), a plurality of transverse sheet membrane sleeves (16) carried within the peripheral support means, and a plurality of baffle plates (110, 125) carried between adjacent membrane sleeves. Apparatus (60) for the separation of a fluid into permeate and retentate portions comprises at least one transverse sheet membrane wafer (100), vessel means (61) providing a first port (68) for receiving the fluid, a second port (69) for withdrawing the retentate and a third port (70) for withdrawing the permeate, means for compressing (74) the wafer within the apparatus, and permeate chamber means (72) within said vessel, separate from the feedstream and the retentate by the means for compressing (74) and peripheral support means (101). Separate methods are also provided for the manufacture of the wafers as well as for the separation of fluid feedstreams into permeate and retentate portions.
    • 提供半透膜(21)的横向片材的晶片(100)。 这种晶片包括限定大致圆柱形环并具有内部(104)和外表面(105)的周边支撑装置(101),在周边支撑装置内承载的多个横向薄膜套筒(16)和多个挡板 (110,125)承载在相邻的膜套筒之间。 用于将流体分离成渗透物和渗余物部分的装置(60)包括至少一个横向薄膜晶片(100),提供用于接收流体的第一端口(68)的容器装置(61),第二端口(69) 用于抽出滞留物和用于抽出渗透物的第三端口(70),用于在装置内压缩(74)晶片的装置和在所述容器内的渗透室装置(72),与进料流和渗余物分离, 压缩(74)和外围支撑装置(101)。 还提供了用于制造晶片以及将流体进料流分离成渗透物和渗余物部分的分开的方法。