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    • 1. 发明申请
    • METHOD AND DEVICE FOR SEPARATING FINE PARTICLES FROM WHITE WATER
    • 从白水分离精细颗粒的方法和装置
    • WO1998020959A1
    • 1998-05-22
    • PCT/SE1997001763
    • 1997-10-22
    • ALFA LAVAL ABANDERSSON, RoineRUNDQVIST, Lars-Göran
    • ALFA LAVAL AB
    • B01D33/21
    • B01D33/21B01D33/463B01D33/801B01D33/808
    • Fine particles are separated from white water by the use of a disc filter, which comprises at least one rotating vertical filter disc (2), partly immersed in the white water to be separated, thereby sections (27) of the filter medium (5) of the filter disc are alternately displaced up from and down into the white water. When a section is displaced up from the white water it is covered by a cake containing fine particles which are detached in a detaching zone (16) before the section again is displaced down into the white water. According to the invention, each section is provided with a layer, solely containing fibres, in a forming zone (20) during each revolution and the section with its fibre layer is displaced through the white water in a separation zone (30), so that fine particles are deposited on the fibre layer and together with the latter form said cake.
    • 通过使用盘式过滤器将细颗粒与白水分离,所述盘式过滤器包括至少一个旋转的垂直过滤盘(2),其部分浸没在待分离的白水中,由此过滤介质(5)的部分(27) 的过滤盘交替地向上或向下移动到白水中。 当一个部分从白水上移开时,它被含有细颗粒的蛋糕覆盖,该蛋糕在分离区再次向下移动到白水中之前分离在分离区(16)中。 根据本发明,每个部分在每个旋转期间在成形区域(20)中设置单独包含纤维的层,并且其纤维层的区段在分离区(30)中被移动通过白水,使得 细颗粒沉积在纤维层上,并与后者形成所述饼。
    • 2. 发明申请
    • HYDROCYCLONE PLANT
    • HYDROCYCLONE植物
    • WO1992009371A1
    • 1992-06-11
    • PCT/SE1991000803
    • 1991-11-26
    • CELLECO HEDEMORA ABANDERSSON, RoineRUNDQVIST, Lars-Göran
    • CELLECO HEDEMORA AB
    • B04C05/24
    • B04C5/28D21D5/24
    • A hydrocyclone plant comprises a great number of hydrocyclones (1) arranged in groups of at least two hydrocyclones, each group being made in one single piece. The hydrocyclones extend substantially radially in an annular inlet space (11) for a liquid mixture to be separated. The inlet space extends concentrically around a cylindrical heavy fraction space (10) for receiving a created heavy fraction of the liquid mixture from the hydrocyclones. According to the invention, the hydrocyclone groups are distributed around the cylindrical heavy fraction space in the circumferential direction of the latter and are spaced from one another in the inlet space to allow the liquid mixture to flow between adjacent hydrocyclone groups.
    • 一个水力旋流器设备包括大量的至少两个水力旋流器组成的水力旋流器(1),每个组在一个单件中制成。 水力旋流器在环形入口空间(11)中基本上径向延伸,以使液体混合物分离。 入口空间同心地围绕圆柱形重级分空间(10)延伸,用于从水力旋流器接收所产生的重馏分的液体混合物。 根据本发明,水力旋流器组在圆柱形重质分数空间周围沿圆周方向分布,并且在入口空间中彼此间隔开,以使液体混合物在相邻的水力旋流器组之间流动。