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    • 1. 发明申请
    • Hollow Fiber Membrane Filter with a Supporting Structure
    • 具有支撑结构的中空纤维膜过滤器
    • US20070246422A1
    • 2007-10-25
    • US10594879
    • 2005-01-27
    • Stefan SchaferKlaus VossenkaulChristoph Kullmann
    • Stefan SchaferKlaus VossenkaulChristoph Kullmann
    • B01D35/34
    • B01D61/18B01D63/024B01D63/043B01D65/08B01D2313/025B01D2313/06B01D2315/06B01D2321/185C02F1/44
    • The invention relates to a membrane filter for operating while submerged, with a frame (1), which can be lowered into the liquid to be purified, and with modules (2) adjacently arranged in a row. The modules (2) each have a base element (3) with a permeate collecting chamber (4), tubes (5) for a fluid that are connected to both ends of the base element (3), and with hollow fiber membranes (6) that, with an open end, are embedded in the base element (3). The hollow fiber membranes (6) are closed at their other end and terminate inside the liquid to be purified without being fixed whereby being able to freely move. The tubes (5) are vertically oriented and, at the top, are connected to a collecting line. Fiber holding devices (7) for laterally guiding the hollow fiber membrane (6) are fastened to the tubes (5). According to the invention, the fiber holding devices (7) are provided in the form of U-shaped brackets that have a web (8) and limbs (9), which are located at the ends of the web and can be fastened to the tubes (5), and these brackets surround the hollow fiber membranes (6) of a module (2) on one side in the longitudinal direction and, due to a correspondingly large dimensioned limb length, also surround the membranes at the ends in front of the tubes (8).
    • 本发明涉及一种膜过滤器,用于在浸没的情况下操作,具有可以降低到待净化液体中的框架(1)和相邻排列成一体的模块(2)。 模块(2)各自具有带有渗透物收集室(4)的基部元件(3),用于连接到基座元件(3)两端的流体的管(5)和中空纤维膜(6) ),其具有开放端,嵌入在基本元件(3)中。 中空纤维膜(6)在其另一端封闭,并且在不固定的状态下终止于要净化的液体内部,从而能够自由移动。 管(5)垂直定向,并且在顶部连接到收集线。 用于横向引导中空纤维膜(6)的纤维保持装置(7)被紧固到管(5)。 根据本发明,纤维保持装置(7)设置为具有腹板(8)和四肢(9)的U形托架的形式,其位于腹板的端部并且可以紧固到 管(5),并且这些支架围绕在纵向方向一侧的模块(2)的中空纤维膜(6),并且由于相应地尺寸较大的肢体长度,也围绕在前面的端部处的膜 管(8)。
    • 4. 发明申请
    • Membrane Module for Immersed Operation
    • 用于浸没操作的膜模块
    • US20070205146A1
    • 2007-09-06
    • US11629719
    • 2005-06-16
    • Stefan SchaferKlaus VossenkaulChristoph Kullmann
    • Stefan SchaferKlaus VossenkaulChristoph Kullmann
    • B01D65/02
    • B01D61/18B01D63/022B01D63/024B01D65/08B01D2315/06B01D2321/185
    • The invention relates to a membrane module for an immersed operation with a fibre bundle (1) of a large number of hollow fibre membranes (2) which with an open end are cast into a headpiece (3) and in immersed operation are surrounded by a liquid to be filtered, having a permeate collection chamber (4) connected to the headpiece with at least one permeate outlet (5) for the permeate draining from the interior of the hollow fibre membranes and a gas supply (6) having a pipe (7) guided by the headpiece. The pipe (7) terminates in the interior of the fibre bundle (1) and has a gas outlet (8) for a gaseous medium which after the transfer from the pipe (7) to the liquid to be filtered largely rises between the hollow fibre membranes (2) of the bundle as bubbles. According to the invention the fibre bundle (1) is divided into sections (11) each comprising a group of hollow fibre membranes (2). Free spaces (12) remain between the sections (11) which extend from the pipe (7) to the outer circumference of the headpiece (3) and promote an inflow of the liquid to be filtered into a foot area of the fibre bundle (1) adjoining the headpiece (3).
    • 本发明涉及一种用于浸渍操作的膜组件,其中具有大量中空纤维膜(2)的纤维束(1),其开口端被浇铸成头盔(3)并且在浸没操作中被 待过滤的液体,具有连接到头盔的渗透物收集室(4),其具有至少一个渗透物出口(5),用于从中空纤维膜的内部排出渗透物;以及气体供应源(6),其具有管道(7) )由头盔引导。 管(7)终止在纤维束(1)的内部,并且具有用于气体介质的气体出口(8),在从管道(7)转移到被过滤的液体之后,中空纤维 束的膜(2)作为气泡。 根据本发明,纤维束(1)被分成各自包括一组中空纤维膜(2)的部分(11)。 自由空间(12)保留在从管道(7)延伸到头盔(3)的外周的部分(11)之间,并且促进被过滤的液体流入纤维束(1)的脚部区域 )连接头盔(3)。
    • 5. 发明申请
    • Method for aerating membrane modules
    • 曝气膜组件的方法
    • US20070193953A1
    • 2007-08-23
    • US10594880
    • 2005-01-27
    • Stefan SchaferKlaus VossenkaulChristoph Kullmann
    • Stefan SchaferKlaus VossenkaulChristoph Kullmann
    • C02F1/44
    • B01D63/043B01D63/024B01D65/08B01D2313/18B01D2313/90B01D2315/06B01D2321/185C02F3/1273Y02W10/15
    • The invention relates to a method for aerating a number of membrane modules of a membrane filtering installation operating in a submerged area. Air or a gas is supplied from a common source to the membrane modules and rises in the form of bubbles in the liquid to be purified. On-off valves are placed in the supply lines leading to the membrane modules whereby enabling or preventing the supply of air to an assigned membrane module. In a first method step, when all other membrane modules are closed, the on-off valve assigned to a first membrane module is additionally opened. At the beginning of a second method step, the on-off valve assigned to a second membrane module is opened whereby causing the formation of two partial air flows. At the beginning of a third method step, all membrane modules are aerated in succession until the aeration cycle in the first membrane module starts again.
    • 本发明涉及一种在淹没区域中操作的膜过滤装置的多个膜组件的充气方法。 空气或气体从共同的源供应到膜组件,并且在待净化的液体中以气泡的形式上升。 开关阀被放置在通向膜组件的供给管线中,从而能够或防止向分配的膜组件供应空气。 在第一方法步骤中,当所有其它膜组件关闭时,另外打开分配给第一膜组件的开关阀。 在第二方法步骤开始时,分配给第二膜组件的开关阀打开,从而形成两个部分空气流。 在第三方法步骤开始时,所有膜组件连续通气,直到第一膜组件中的通气循环再次开始。
    • 7. 发明授权
    • Membrane module for immersed operation
    • 用于浸入式操作的膜模块
    • US07638048B2
    • 2009-12-29
    • US11629719
    • 2005-06-16
    • Stefan SchäferKlaus VossenkaulChristoph Kullmann
    • Stefan SchäferKlaus VossenkaulChristoph Kullmann
    • B01D63/02B01D65/08B01D69/08B01D61/00
    • B01D61/18B01D63/022B01D63/024B01D65/08B01D2315/06B01D2321/185
    • A membrane module for an immersed operation has a fiber bundle of hollow fiber membranes which are cast into a headpiece and in immersed operation are surrounded by a liquid to be filtered. The module has a permeate collection chamber connected to the headpiece with an outlet for permeate draining from the interior of the hollow fiber membranes, and a gas supply having a pipe guided by the headpiece. The pipe terminates in the interior of the fiber bundle and has a gas outlet for a gaseous medium, which after the transfer from the pipe to the liquid to be filtered rises as bubbles between the hollow fiber membranes. The fiber bundle is divided into sections and free spaces remain between the sections which extend from the pipe to the outer circumference of the headpiece and promote an inflow of the liquid into a foot area adjoining the headpiece.
    • 用于浸渍操作的膜组件具有铸造成头盔的中空纤维膜纤维束,并且在浸没操作中被待过滤的液体包围。 模块具有连接到头架的渗透物收集室,具有用于从中空纤维膜的内部排出的渗透物的出口,以及具有由头盔引导的管道的气体供应。 管终止在纤维束的内部,并且具有用于气体介质的气体出口,其在从管道转移到待过滤的液体之后,随着中空纤维膜之间的气泡而上升。 纤维束被分成多个部分,并且在从管道延伸到头部外周的部分之间保留有自由空间,并且促使液体进入与头盔相邻的脚部区域中。
    • 8. 发明授权
    • Hollow fiber membrane filter with a supporting structure
    • 中空纤维膜过滤器具有支撑结构
    • US07531091B2
    • 2009-05-12
    • US10594879
    • 2005-01-27
    • Stefan SchäferKlaus VossenkaulChristoph Kullmann
    • Stefan SchäferKlaus VossenkaulChristoph Kullmann
    • B01D63/04B01D61/18B01D61/14
    • B01D61/18B01D63/024B01D63/043B01D65/08B01D2313/025B01D2313/06B01D2315/06B01D2321/185C02F1/44
    • The invention relates to a membrane filter for operating while submerged, with a frame (1), which can be lowered into the liquid to be purified, and with modules (2) adjacently arranged in a row. The modules (2) each have a base element (3) with a permeate collecting chamber (4), tubes (5) for a fluid that are connected to both ends of the base element (3), and with hollow fiber membranes (6) that, with an open end, are embedded in the base element (3). The hollow fiber membranes (6) are closed at their other end and terminate inside the liquid to be purified without being fixed whereby being able to freely move. The tubes (5) are vertically oriented and, at the top, are connected to a collecting line. Fiber holding devices (7) for laterally guiding the hollow fiber membrane (6) are fastened to the tubes (5). According to the invention, the fiber holding devices (7) are provided in the form of U-shaped brackets that have a web (8) and limbs (9), which are located at the ends of the web and can be fastened to the tubes (5), and these brackets surround the hollow fiber membranes (6) of a module (2) on one side in the longitudinal direction and, due to a correspondingly large dimensioned limb length, also surround the membranes at the ends in front of the tubes (8).
    • 本发明涉及一种膜过滤器,用于在浸没的情况下操作,具有可以降低到待净化液体中的框架(1)和相邻排列成一体的模块(2)。 模块(2)各自具有带有渗透物收集室(4)的基部元件(3),用于连接到基座元件(3)两端的流体的管(5)和中空纤维膜(6) ),其具有开放端,嵌入在基本元件(3)中。 中空纤维膜(6)在其另一端封闭,并且在不固定的状态下终止于要净化的液体内部,从而能够自由移动。 管(5)垂直定向,并且在顶部连接到收集线。 用于横向引导中空纤维膜(6)的纤维保持装置(7)被紧固到管(5)。 根据本发明,纤维保持装置(7)设置为具有腹板(8)和四肢(9)的U形托架的形式,其位于腹板的端部并且可以紧固到 管(5),并且这些支架围绕长度方向一侧的模块(2)的中空纤维膜(6),并且由于相应地尺寸较大的肢体长度,也围绕在前面的端部处的膜 管(8)。
    • 10. 发明申请
    • Membrane Module for Immersed Operation
    • 用于浸没操作的膜模块
    • US20090314704A1
    • 2009-12-24
    • US12462409
    • 2009-08-04
    • Stefan SchäferKlaus VossenkaulChristoph Kullmann
    • Stefan SchäferKlaus VossenkaulChristoph Kullmann
    • B01D63/02
    • B01D61/18B01D63/022B01D63/024B01D65/08B01D2315/06B01D2321/185
    • A membrane module for an immersed operation has a fibre bundle of hollow fibre membranes which are cast into a headpiece and in immersed operation are surrounded by a liquid to be filtered. The module has a permeate collection chamber connected to the headpiece with an outlet for permeate draining from the interior of the hollow fibre membranes, and a gas supply having a pipe guided by the headpiece. The pipe terminates in the interior of the fibre bundle and has a gas outlet for a gaseous medium, which after the transfer from the pipe to the liquid to be filtered rises as bubbles between the hollow fibre membranes. The fibre bundle is divided into sections and free spaces remain between the sections which extend from the pipe to the outer circumference of the headpiece and promote an inflow of the liquid into a foot area adjoining the headpiece.
    • 用于浸渍操作的膜组件具有铸造成头盔的中空纤维膜纤维束,并且在浸没操作中被待过滤的液体包围。 模块具有连接到头架的渗透物收集室,具有用于从中空纤维膜的内部排出的渗透物的出口,以及具有由头盔引导的管道的气体供应。 管终止在纤维束的内部,并且具有用于气体介质的气体出口,其在从管道转移到待过滤的液体之后,随着中空纤维膜之间的气泡而上升。 纤维束被分成多个部分,并且在从管道延伸到头部外周的部分之间保留有自由空间,并且促使液体进入与头盔相邻的脚部区域中。