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    • 1. 发明授权
    • Multi-tube pressure vessel
    • 多管压力容器
    • US07790030B2
    • 2010-09-07
    • US11642446
    • 2006-12-20
    • A. William SchwartzMark E. Schott
    • A. William SchwartzMark E. Schott
    • B01D24/00
    • B01D63/00B01D63/12B01D2313/06B01D2313/12B01D2313/125B01D2313/20B01D2319/04
    • A separation system including a pressure vessel containing a plurality of membrane cartridge assemblies is provided for the separation of a fluid feed. The separation system typically includes an elongated pressure vessel having a feed stream inlet, a residual stream and at least one permeate stream outlet. Disposed within the pressure vessel are a first tube sheet assembly defining a first permeate reservoir, a first fluid reservoir, and a plurality of membrane cartridge assemblies. The first tube sheet assembly includes a first pair of tube sheets, which define the first permeate reservoir therebetween, and a plurality of first sleeves disposed between the first pair of tube sheets. The first permeate reservoir is in fluid communication with the at least one permeate stream outlet. The at least one membrane cartridge assembly includes a membrane cartridge and a first permeate adapter joined to a first end of the membrane cartridge.
    • 提供包括含有多个膜盒组件的压力容器的分离系统,用于分离流体进料。 分离系统通常包括具有进料流入口,残余流和至少一个渗透物流出口的细长压力容器。 在压力容器内设置有限定第一渗透物储存器,第一流体储存器和多个膜滤芯组件的第一管板组件。 第一管板组件包括限定其间的第一渗透物储存器的第一对管板和设置在第一对管板之间的多个第一套筒。 第一渗透物储存器与至少一个渗透物流出口流体连通。 所述至少一个膜盒组件包括膜片盒和连接到所述膜盒的第一端的第一渗透适配器。
    • 2. 发明授权
    • Stacked fluid-separation membrane disk module assemblies
    • 堆叠流体分离膜盘组件
    • US5500122A
    • 1996-03-19
    • US241370
    • 1994-05-11
    • A. William Schwartz
    • A. William Schwartz
    • B01D63/08B01D63/00
    • B01D63/082B01D63/084
    • A module for separating at least one component from a flowing mixture containing the same, includes a pair of end plates between which a plurality of stacked separation disks are positioned. The separation disks separate at least one component from the flowing mixture and defines a central passageway therethrough. A tensionable conduit is disposed in the fluid passageway to define a pathway for the separated component through at least one of said end plates and cause the end plates to exert a compressive force to the stacked separation disks in response to the conduit being tensioned. In preferred embodiments, the tensionable conduit includes a single or double helix spring which is machined along a major axial extent of its length. An adjustment nut may thus be threadably coupled to at least one (nonmachined) end portion of the conduit so as to adjustably tension the conduit and translate such tension into compressive force exerted to the stack of membranes by the end plates.
    • 用于从包含该组分的流动混合物中分离至少一种组分的模块包括一对端板,多个堆叠的分离盘在其间定位。 分离盘将至少一种组分与流动的混合物分开并限定穿过其中的中心通道。 可张紧导管设置在流体通道中以限定通过所述端板中的至少一个的分离部件的路径,并使端板响应于导管被张紧而对堆叠的分离盘施加压缩力。 在优选实施例中,可张紧导管包括沿其长度的主要轴向范围加工的单螺旋弹簧或双螺旋弹簧。 因此,调节螺母可以螺纹连接到导管的至少一个(非加工的)端部,以便可调节地拉紧导管并将这种张力转化成由端板施加到膜堆的压缩力。
    • 3. 发明授权
    • Seal arrangement for rapid interconnection or axially arranged
separation elements
    • 用于快速互连或轴向排列的分离元件的密封装置
    • US5851267A
    • 1998-12-22
    • US789975
    • 1997-01-28
    • A. William Schwartz
    • A. William Schwartz
    • B01D53/22B01D63/10B01D63/12B01D65/00
    • B01D63/106B01D53/22B01D63/12B01D65/00B01D2201/40B01D2317/02Y02C10/10
    • A separation module uses a series of separation elements with interconnecting hardware that greatly reduces the time necessary for assembly of interconnected elements and the machining or preparation of an extended part of the module inside diameter for acceptance of the elements. The elements use an interconnection between the modules that provides a sliding seal for first engaging adjacent modules and allowing alignment while a secondary seal is brought into contact and locked to provide a rigid axial attachment between the separation elements. The module arrangement further uses a single outer seal near the end of the module into which the separation elements are inserted to reduce the amount of machining, honing, or sleeving necessary to seal the module against by-passing of feed or impermeable components.
    • 分离模块使用具有互连硬件的一系列分离元件,其大大减少了组装互连元件所需的时间,以及模块内径的延伸部分的加工或准备以接受元件。 这些元件使用模块之间的互连,其提供用于首先接合相邻模块的滑动密封件,并且允许在二次密封件被接触和锁定的同时对准以在分离元件之间提供刚性的轴向连接。 模块布置还使用靠近模块端部的单个外部密封件,分离元件插入该单个外部密封件中以减少密封模块所必需的机械加工,珩磨或套管的量,以防止进料或不可渗透部件的旁路。
    • 4. 发明申请
    • Multi-tube pressure vessel
    • 多管压力容器
    • US20080149555A1
    • 2008-06-26
    • US11642446
    • 2006-12-20
    • A. William SchwartzMark E. Schott
    • A. William SchwartzMark E. Schott
    • B01D63/00B01D27/08B01D27/14B01D29/50
    • B01D63/00B01D63/12B01D2313/06B01D2313/12B01D2313/125B01D2313/20B01D2319/04
    • A separation system including a pressure vessel containing a plurality of membrane cartridge assemblies is provided for the separation of a fluid feed. The separation system typically includes an elongated pressure vessel having a feed stream inlet, a residual stream and at least one permeate stream outlet. Disposed within the pressure vessel are a first tube sheet assembly defining a first permeate reservoir, a first fluid reservoir, and a plurality of membrane cartridge assemblies. The first tube sheet assembly includes a first pair of tube sheets, which define the first permeate reservoir therebetween, and a plurality of first sleeves disposed between the first pair of tube sheets. The first permeate reservoir is in fluid communication with the at least one permeate stream outlet. The at least one membrane cartridge assembly includes at membrane cartridge and a first permeate adapter joined to a first end of the membrane cartridge. The first permeate adapter in disposed within one of the first sleeves and is in fluid communication with the first fluid reservoir and the first permeate reservoir.
    • 提供包括含有多个膜盒组件的压力容器的分离系统,用于分离流体进料。 分离系统通常包括具有进料流入口,残余流和至少一个渗透物流出口的细长压力容器。 在压力容器内设置有限定第一渗透物储存器,第一流体储存器和多个膜滤芯组件的第一管板组件。 第一管板组件包括限定其间的第一渗透物储存器的第一对管板和设置在第一对管板之间的多个第一套筒。 第一渗透物储存器与至少一个渗透物流出口流体连通。 所述至少一个膜盒组件包括在膜滤芯和连接到所述膜滤芯的第一端的第一渗透适配器。 第一渗透适配器设置在第一套筒之一内并且与第一流体储存器和第一渗透物储存器流体连通。
    • 6. 发明授权
    • Stacked fluid-separation membrane disk module assemblies
    • 堆叠流体分离膜盘组件
    • US5520807A
    • 1996-05-28
    • US240509
    • 1994-05-11
    • Roman MyrnaA. William SchwartzC. Glen Wensley
    • Roman MyrnaA. William SchwartzC. Glen Wensley
    • B01D63/08B01D63/00
    • B01D63/084
    • A stacked membrane disk module has a number of membrane disks interleaved with seal rings and includes a biasing subassembly for maintaining a compressive force between the membrane disks and interleaved seal rings so that the module can be repeatedly pressurized/depressurized. The membrane disks preferably include a central first aperture and a pair of second apertures which are radially spaced from the central first aperture. These apertures will thus be respectively registered when a number of such membrane disks are stacked between a pair of end plates so as to establish a central fluid passageway and a pair of second fluid passageways. A rigid perforated tube is positioned within the central fluid aperture and is connected to the end plates so that at least one of the end plates is capable of being axially displaced relative to the perforated tube. A biasing member (e.g., a compression spring, stack of truncated conically shaped washers or the like) may thus be concentrically positioned around the perforated tube so as to exert a bias force onto one of the end plates capable of axial displacements and thereby cause a compressive force to be exerted against the membrane disks in the stack.
    • 堆叠的膜片模块具有多个与密封环交错的膜盘,并且包括用于保持膜盘和交错密封环之间的压缩力的偏置子组件,使得模块可以被反复加压/减压。 膜盘优选地包括中心第一孔和与中心第一孔径向间隔开的一对第二孔。 因此,当在一对端板之间堆叠多个这样的膜盘时,分别注册这些孔,以便建立中心流体通道和一对第二流体通道。 刚性穿孔管定位在中心流体孔内并且连接到端板,使得至少一个端板能够相对于穿孔管轴向移位。 因此,偏置构件(例如,压缩弹簧,截顶圆锥形垫圈等的堆叠)可以同心地定位在穿孔管周围,以便对能够轴向位移的一个端板施加偏压力,从而导致 对堆叠中的膜盘施加的压缩力。