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    • 5. 发明授权
    • Fluid filter system and related method
    • 流体过滤系统及相关方法
    • US07799235B2
    • 2010-09-21
    • US10968707
    • 2004-10-19
    • Norman L. OlsonBrian R. McLaughlinDaniel P. CobbVaikko P. Allen, IIDerek M. Berg
    • Norman L. OlsonBrian R. McLaughlinDaniel P. CobbVaikko P. Allen, IIDerek M. Berg
    • B01D37/00B01D35/027B01D35/16B01D24/16E03F5/16
    • E03F5/14B01D29/15B01D29/52B01D29/96B01D35/027B01D35/04
    • A system and related method for separating floating and nonfloating particulate and entrained, suspended, and/or dissolved contaminants from a fluid. The system includes a tank with a lower chamber spaced from an outlet or upper chamber by a confinement deck. The deck includes one or more sockets for receiving one or more filter units for fluid treatment. In addition, the lower chamber of the tank acts as a pretreatment sump to remove floating and nonfloating particulates, thereby reducing the load on the filter units. The filter units are configured for radial and/or upward flow of the fluid from the lower chamber. The filter units may include one or more filter media through which the fluid pass prior to exiting the tank. The filter units include a removable screening retainer for retaining the filter media and/or to screen relatively large contaminants. The filter unit may be removed for ease of tank maintenance and replacement of filter media. The system allows a method of contaminated fluid treatment under varying flow conditions by directing the fluid radially and/or upwardly through the retainer. Establishing both types of flow through the filter unit improves filtering and extends filter life without compromising desired flow through rates.
    • 用于从流体中分离漂浮和非浮选的颗粒和夹带的,悬浮的和/或溶解的污染物的系统和相关方法。 该系统包括具有通过限制甲板与出口或上部腔室间隔开的下部腔室的罐。 甲板包括用于接收用于流体处理的一个或多个过滤器单元的一个或多个插座。 此外,罐的下腔体用作预处理池,以去除漂浮和非浮动颗粒,从而减少过滤器单元上的负载。 过滤器单元构造成用于来自下室的流体的径向和/或向上流动。 过滤器单元可以包括一个或多个过滤介质,流体在离开罐之前通过该过滤介质。 过滤器单元包括用于保持过滤介质和/或筛选较大污染物的可移除的筛网保持器。 过滤器单元可以被移除以便于罐维护和更换过滤介质。 该系统允许在不同的流动条件下通过将流体径向和/或向上引导通过保持器来进行污染流体处理的方法。 建立通过过滤器单元的两种类型的流量可以改善过滤效果,延长过滤器使用寿命,而不会影响所需流量。
    • 7. 发明授权
    • Apparatus for separating floating and non-floating particulate from a fluid stream
    • 用于将浮动和非浮动颗粒与流体流分离的装置
    • US06991114B2
    • 2006-01-31
    • US10664376
    • 2003-09-17
    • Vaikko P. Allen, IIDaniel P. Cobb
    • Vaikko P. Allen, IIDaniel P. Cobb
    • B01D21/00B01D21/02
    • B01D21/02B01D21/0006B01D21/2411B01D21/2444B01D21/245
    • A fluid separation system includes a tank with a storage chamber for retaining floating and non-floating particulates. The tank includes a baffle for retaining floating particulates within the storage chamber and for directing flow out of the storage chamber. The tank also includes a bypass with an inlet flow control zone and an outlet flow control zone. The flow control zones are separated by a weir sized and positioned to regulate the fluid flow through a baffle port into the storage chamber. The weir also provides control of the flow rate at which incoming fluid is diverted directly through the bypass to the tank outlet rather than into the storage chamber. The baffle and/or the weir may be curved, and the baffle may include a complex curve, to aid in the smoothing of the fluid flow within the storage chamber to improve particulate separation.
    • 流体分离系统包括具有用于保持漂浮和非浮动颗粒的储存室的罐。 储罐包括挡板,用于将浮动微粒保持在储存室内并用于引导流出储存室。 该储罐还包括一个带入口流量控制区和出口流量控制区的旁路。 流量控制区域由堰尺寸和位置分开,以调节通过挡板端口进入储存室的流体流动。 堰还提供对进入流体直接通过旁路转移到罐出口而不是进入储存室的流速的控制。 挡板和/或堰可以是弯曲的,并且挡板可以包括复曲线,以帮助平滑储存室内的流体流动以改善颗粒分离。
    • 8. 发明申请
    • FLUID FILTER SYSTEM AND RELATED METHOD
    • 流体过滤系统及相关方法
    • US20110062088A1
    • 2011-03-17
    • US12854484
    • 2010-08-11
    • Norman L. OlsonBrian R. McLaughlinDaniel P. CobbVaikko P. Allen, IIDerek M. Berg
    • Norman L. OlsonBrian R. McLaughlinDaniel P. CobbVaikko P. Allen, IIDerek M. Berg
    • E03F5/14B01D37/00B01D35/027
    • E03F5/14B01D29/15B01D29/52B01D29/96B01D35/027B01D35/04
    • A system and related method for separating floating and nonfloating particulate and entrained, suspended, and/or dissolved contaminants from a fluid. The system includes a tank with a lower chamber spaced from an outlet or upper chamber by a confinement deck. The deck includes one or more sockets for receiving one or more filter units for fluid treatment. In addition, the lower chamber of the tank acts as a pretreatment sump to remove floating and nonfloating particulates, thereby reducing the load on the filter units. The filter units are configured for radial and/or upward flow of the fluid from the lower chamber. The filter units may include one or more filter media through which the fluid pass prior to exiting the tank. The filter units include a removable screening retainer for retaining the filter media and/or to screen relatively large contaminants. The filter unit may be removed for ease of tank maintenance and replacement of filter media. The system allows a method of contaminated fluid treatment under varying flow conditions by directing the fluid radially and/or upwardly through the retainer. Establishing both types of flow through the filter unit improves filtering and extends filter life without compromising desired flow through rates.
    • 用于从流体中分离漂浮和非浮选的颗粒和夹带的,悬浮的和/或溶解的污染物的系统和相关方法。 该系统包括具有通过限制甲板与出口或上部腔室间隔开的下部腔室的罐。 甲板包括用于接收用于流体处理的一个或多个过滤器单元的一个或多个插座。 此外,罐的下腔体用作预处理池,以去除漂浮和非浮动颗粒,从而减少过滤器单元上的负载。 过滤器单元构造成用于来自下室的流体的径向和/或向上流动。 过滤器单元可以包括一个或多个过滤介质,流体在离开罐之前通过该过滤介质。 过滤器单元包括用于保持过滤介质和/或筛选较大污染物的可移除的筛网保持器。 过滤器单元可以被移除以便于罐维护和更换过滤介质。 该系统允许在不同的流动条件下通过将流体径向和/或向上引导通过保持器来进行污染流体处理的方法。 建立通过过滤器单元的两种类型的流量可以改善过滤效果,延长过滤器使用寿命,而不会影响所需流量。
    • 9. 发明授权
    • Apparatus for separating particulates from a fluid stream
    • 用于从流体流中分离颗粒的装置
    • US07297266B2
    • 2007-11-20
    • US11017415
    • 2004-12-20
    • Daniel P. CobbVaikko P. Allen, IIJohn E. RichardsonDavid R. CharltonDerek M. Berg
    • Daniel P. CobbVaikko P. Allen, IIJohn E. RichardsonDavid R. CharltonDerek M. Berg
    • B01D21/00B01D21/02
    • B01D21/02B01D21/0006B01D21/2411B01D21/2444B01D21/245
    • A screen apparatus for improved separation of particulates from a fluid stream. The screen is configured and arranged to filter relatively large particulates from the fluid stream as the fluid stream passes from a storage chamber of the tank to a tank outlet. The screen is removably affixed to a diverter, such as a baffle, used to divert a portion or all of the fluid into the storage chamber. The screen is preferably shaped to substantially conform to the shape of the diverter to aid in the smoothing of the fluid flow within the retention section of the tank. The screen may be entirely porous, or it may be non-porous at its leading edge to minimize particulate build-up at the transition from the tank interior wall to the screen. The apparatus may optionally include a second screen to provide additional filtering of floating particulates as the fluid level in the tank exceeds the crown elevation of the inlet. The second screen may be substantially horizontally oriented and may be combined with a collection weir. Alternatively, the second screen may be conical in shape. A high flow bypass arrangement for the separation system may include an upper baffle and a lower baffle or a screen instead of the lower baffle. The upper baffle is set closer to the center of the tank than the lower baffle or screen, thereby providing more volume for flow diversion behind the upper baffle.
    • 一种用于改善颗粒物与流体流分离的筛网装置。 屏幕被配置和布置成当流体流从罐的储存室传送到罐出口时,从流体流中过滤相对较大的颗粒。 屏幕可移除地固定到用于将一部分或全部流体转移到储存室中的分流器,例如挡板。 屏幕优选地被成形为基本上符合分流器的形状,以帮助平坦化罐的保持部分内的流体流动。 屏幕可以是完全多孔的,或者在其前缘可以是无孔的,以最小化从罐内壁到屏幕的过渡处的颗粒积聚。 该装置可以可选地包括第二屏幕,以便随着罐中的液位超过入口的冠高度而提供浮动颗粒的附加过滤。 第二屏幕可以基本上水平定向并且可以与收集堰组合。 或者,第二屏幕可以是圆锥形的。 用于分离系统的高流量旁路装置可以包括上挡板和下挡板或屏幕而不是下挡板。 上挡板设置为比下挡板或屏幕更靠近罐的中心,从而为上挡板后面的流动分配提供更多的体积。