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    • 57. 发明申请
    • MINERAL EXTRACTION SYSTEM AND PROCESS
    • 矿物提取系统和过程
    • WO2007104106A1
    • 2007-09-20
    • PCT/AU2007/000320
    • 2007-03-16
    • DEVERE MINING TECHNOLOGIES LIMITEDSADLEIR, Nicholas Geoffrey DeVereMAWBY, Aaron BruceGIRAUDO, Clinton John
    • MAWBY, Aaron BruceGIRAUDO, Clinton John
    • C22B3/04C22B11/08
    • C22B11/04C22B3/02C22B11/08Y02P10/234
    • A trench leaching system (10, 10') including a tank (14) containing a charge of ore (50) flooded with a liquid solvent (94) up to the level of a gutter (90). A pump (42) recirculates the liquid solvent (94) upwardly through the charge of ore (50) via a sparging array (80) for dissolving valuable minerals which are reclaimed through a series of cyclones (44 and 46) and stripped out of the pregnant solvent by a carbon column (100). The rate and pressure of the liquid solvent (94) flowing through the sparging array (80) upwardly though the charge of ore (50) are kept below the amount that would fluidise the charge of ore (50) and at an amount that produces channels (114, 122) which follow random paths that vary with time through the charge of ore (50), wherein particles of ore in the channels (114, 122) are agitated by the liquid solvent (94) and wherein particles of ore outside the channels (114, 122) are maintained substantially static and in contact with the liquid solvent (94). Such a system (10, 10') can process low grade ore (50) at low operating and capital costs.
    • 一种沟槽浸出系统(10,10'),其包括容纳充满液体溶剂(94)的矿石(50)的电荷至罐沟(90)的水平面的罐(14)。 泵(42)通过喷射阵列(80)将液体溶剂(94)向上循环通过矿石(50)的装料,用于溶解通过一系列旋风分离器(44和46)回收的有价矿物质,并将其从 怀疑溶剂用碳柱(100)。 流经喷射阵列(80)的液体溶剂(94)的速度和压力通过矿石(50)的电荷向上流动,保持在低于使流体化矿石(50)的量并且产生通道的量 (114,122),其随随着路径随着时间流过矿石(50)而变化,其中通道(114,122)中的矿石颗粒被液体溶剂(94)搅拌,并且其中矿石颗粒在 通道(114,122)保持基本上静止并与液体溶剂(94)接触。 这种系统(10,10')可以以低运营和资本成本处理低品位矿石(50)。
    • 60. 发明申请
    • PROCESS FOR RECOVERY OF METAL VALUES FROM MATERIALS CONTAINING ARSENIC AND/OR ANTIMONY
    • 从含有ARSENIC和/或ANTIMONY的材料中回收金属值的方法
    • WO2007045034A1
    • 2007-04-26
    • PCT/AU2006/001549
    • 2006-10-19
    • DUNDEE PRECIOUS METALS INCRITCHIE, Ian, ChristopherKETCHAM, Victor, John
    • RITCHIE, Ian, ChristopherKETCHAM, Victor, John
    • C22B3/06C22B11/00C22B11/08C22B15/00
    • C22B3/08C22B3/44C22B11/08C22B15/0071C22B15/0089C22B30/00Y02P10/234Y02P10/236
    • A method for the recovery of metal values from a metal value-bearing material containing arsenic and/or antimony and a source of sulphate ions such as sulphide ore or concentrate is disclosed. In one form the method comprises the steps of: (a) providing a feed stream comprising a metal value-bearing material containing arsenic and/or antimony and a source of sulphate ions; (b) subjecting the feed stream to oxidative conditions under elevated temperature and pressure conditions in the presence of at least one component selected to decrease the effective concentration of free acid generated during the pressure oxidation step and promote the formation of pH-stable iron (III) sulphate products, thereby forming a slurry comprising a metal value-containing leach solution and a solid leach residue containing pH-stable iron (III) sulphate products and environmentally stable iron-arsenic and/or iron-antimony products; (c) separating the metal value-containing leach solution from the solid leach residue; (d) recovering the metal value (s) from the metal value-containing leach solution; and (e) recovering precious metal values, if present, in the solid leach residue by cyanide leaching.
    • 公开了一种从含有砷和/或锑的金属含量材料和硫酸根离子源如硫化矿石或浓缩物中回收金属值的方法。 在一种形式中,该方法包括以下步骤:(a)提供包含含有砷和/或锑的金属含量材料和硫酸根离子源的进料流; (b)在升高的温度和压力条件下,在至少一种选择降低在压力氧化步骤期间产生的游离酸的有效浓度并促进形成pH稳定的铁(III )硫酸盐产品,从而形成包含含金属含量的浸出溶液和含有pH稳定的硫酸铁(III)产物和环境稳定的铁 - 砷和/或铁 - 锑产物的固体浸出残渣的浆料; (c)将含金属含量的浸出溶液与固体浸出残渣分离; (d)从含金属含量的浸出溶液中回收金属值; 和(e)通过氰化物浸出回收固体浸出残渣中的贵金属值(如果存在)。