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    • 7. 发明授权
    • Fluid treatment arrangements and methods
    • 流体处理布置和方法
    • US08048315B2
    • 2011-11-01
    • US12180606
    • 2008-07-28
    • Thomas J. FendyaXianyao ShenTanweer ul HaqMark F. HurwitzStephen A. Geibel
    • Thomas J. FendyaXianyao ShenTanweer ul HaqMark F. HurwitzStephen A. Geibel
    • B01D21/34B01D61/00B01D63/10
    • B01D63/12B01D63/043B01D2311/06B01D2313/24B01D2311/14
    • Fluid treatment arrangements and methods involve a plurality of fluid treatment modules and a core assembly that extends through the plurality of fluid treatment modules. Each fluid treatment module has a feed region, a permeate region, and a fluid treatment medium separating the feed region from the permeate region. The feed region extends along a feed surface of the fluid treatment medium, and the permeate region extends along a permeate surface of the fluid treatment region. Feed fluid is directed along the feed region of each module, and a portion of the feed fluid passes as permeate through the fluid treatment medium, into the permeate region, and then into the core assembly. One or more control mechanisms are fluidly coupled to the permeate region of one or more fluid treatment modules to control a flow parameter in the permeate region of the module.
    • 流体处理装置和方法涉及多个流体处理模块和延伸穿过多个流体处理模块的芯组件。 每个流体处理模块具有进料区域,渗透区域和将进料区域与渗透物区域分离的流体处理介质。 进料区域沿着流体处理介质的进料表面延伸,并且渗透物区域沿流体处理区域的渗透表面延伸。 进料流体沿着每个模块的进料区域被引导,并且一部分进料流体作为渗透物通过流体处理介质,进入渗透区域,然后进入芯组件。 一个或多个控制机构流体耦合到一个或多个流体处理模块的渗透区域以控制模块的渗透区域中的流动参数。