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    • 2. 发明申请
    • CENTRIFUGAL SEPARATIONS APPARATUS
    • 离心分离装置
    • WO1995021697A1
    • 1995-08-17
    • PCT/AU1995000055
    • 1995-02-02
    • STG HOLDINGS PTY LTDGREIG, Christopher, RoyTAIT, Peter, JamesKIRK, Russell
    • STG HOLDINGS PTY LTD
    • B04B11/02
    • C13B30/06B04B3/00B04B11/06
    • Centrifugal separations apparatus (10), for example for separating sugar from massecuite, including centrifuge means (11) having an inlet (32), a liquids discharge (31), a lip, a solids discharge (18), and a deflector (23) operatively associated with the solids discharge, wherein: a) the lip is adapted to operatively discharge solids being discharged from the centrifuge means (11) at a trajectory and the deflector (23) is adapted to interrupt the trajectory to decelerate and change the direction of travel of the solids, to prevent them impacting the walls of the chamber (24); or b) the deflector (23) is operatively associated with the lip of the centrifuge means (11) and cooperable with solids being discharged from the solids discharge whereby build-up of solids on the deflector is substantially prevented; or c) the lip configuration causes the trajectories of the discharging crystals to be relatively independent of their size and/or their residual syrup/moisture content; or d) including support means, such as a spider-like construction having one or more webs substantially parallel to the angular motion of the solids being discharged from the solids discharge, operatively supporting the centrifuge means whereby the impact area for solids discharged from the solids discharge may be minimized; or e) including blending means operatively associated with the solids discharge for blending solids discharged from the centrifugal separations apparatus.
    • 离心分离装置(10)例如用于将糖分与糖膏分开,包括具有入口(32),液体排放物(31),唇缘,固体排出物(18)和偏转器(23)的离心机装置 ),其中:a)所述唇部适于在轨迹处操作地排出从所述离心机装置(11)排出的固体,并且所述偏转器(23)适于中断所述轨迹以减速并改变所述方向 的固体的行进,以防止它们撞击室(24)的壁; 或b)偏转器(23)可操作地与离心机装置(11)的唇部相关联,并且可与从固体排出物排出的固体配合,从而基本上防止了偏转器上固体的积聚; 或c)唇部结构导致排出晶体的轨迹相对独立于它们的尺寸和/或它们的残留糖浆/水分含量; 或d)包括支撑装置,例如具有基本上平行于从固体排出物排出的固体的角运动的一个或多个腹板的蜘蛛状结构,可操作地支撑离心机装置,由此从固体排出的固体的冲击面积 放电可以最小化; 或e)包括可操作地与固体排出物相关联的共混装置,用于混合从离心分离装置排出的固体。
    • 5. 发明申请
    • METHOD AND APPARATUS FOR BENEFICIATION OF A PARTICULATE SOLID
    • 颗粒固体受益的方法和装置
    • WO1995011088A1
    • 1995-04-27
    • PCT/AU1994000644
    • 1994-10-21
    • STG HOLDINGS PTY. LTD.GREIG, Christopher, RoyTAIT, Peter, James
    • STG HOLDINGS PTY. LTD.
    • B03B05/34
    • B01J19/10B03B5/00B03B5/02B03B9/00
    • A method and apparatus for the beneficiation of a contaminated particulate solid comprising a particulate solid and a contaminant including forming a feed slurry of the contaminated particulate solid in a mixing apparatus (22), passing the feed slurry to shear means (25) in fluid connection with the mixing apparatus and subjecting the feed slurry therein to conditions of shear in such manner as to disperse at least some of the contaminant in the feed slurry to provide a dispersed slurry, passing the dispersed slurry through a settler-type separator (32-36) which is in fluid connection with the shear means and collecting from an underflow outlet (49) of the settler-type separator a product slurry enriched in the particulate solid and collecting from an overflow outlet (47) of the settler-type separator a waste slurry enriched in the contaminant. In particular, the contaminated particulate solid is diatomaceous earth contaminated with clay and the beneficiated product has negligible cristobalite. The feed slurry may be formed by wet attriting of diatomite or diatomaceous earth in a high shear mixing apparatus and a dispersing agent may be used.
    • 一种用于选择污染颗粒固体的方法和设备,包括颗粒状固体和污染物,包括在混合设备(22)中形成污染颗粒固体的进料淤浆,使进料浆料流体连接到剪切装置(25) 与混合装置一起使进料浆料在其中进行剪切条件,以使至少一些污染物分散在进料浆料中以提供分散的浆料,使分散的浆料通过沉降器型分离器(32-36 ),其与剪切装置流体连接并从沉降器型分离器的下溢出口(49)收集富含颗粒状固体的产物浆料并从沉降器型分离器的溢流出口(47)收集废物 富含污染物的浆料。 特别地,污染的颗粒固体是被粘土污染的硅藻土,并且精选的产品具有可忽略的方英石。 可以通过在高剪切混合装置中湿法磨碎硅藻土或硅藻土来形成进料淤浆,并且可以使用分散剂。