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    • 2. 发明授权
    • Enhancing sedimentation performance of clarifiers/thickeners
    • 提高澄清池/增稠剂的沉降性能
    • US08187470B2
    • 2012-05-29
    • US12727326
    • 2010-03-19
    • Guoxin WangZhengxing GuEdward W. Gannon
    • Guoxin WangZhengxing GuEdward W. Gannon
    • C02F1/52B01D21/01
    • C02F11/14C02F1/52
    • Some mineral processing plants encounter difficulties in dewatering pulps using clarifier/thickener (C/T) equipment due to a layer of fine particles, air bubbles and chemicals formed at the top of the liquid in the thickener. Such layers are very stable and form a cap on the C/T. The dewatering performance of the C/T then deteriorates under these conditions, and a high percentage of solids is contained in the thickener overflow. A process for removing water from rock slurry containing a wide range of particle sizes in mineral processing operations has been developed. The process includes: (a) classifying the feed slurry into two size fractions, namely a coarse fraction and a fine fraction, (b) treating the fine fraction (and the coarse fraction if required) with a selected flocculant, and (3) thickening the flocculated slurry in sedimentation equipment to separate liquid from solids.
    • 一些矿物加工厂由于在增稠器的液体顶部形成一层细小颗粒,气泡和化学物质,使用澄清器/增稠器(C / T)设备在脱浆纸浆中遇到困难。 这些层是非常稳定的,并在C / T上形成一个盖子。 在这些条件下,C / T的脱水性能变差,并且在增稠器溢流中含有高比例的固体。 已经开发了一种在矿物加工操作中从含有大范围粒度的岩浆中去除水的方法。 该方法包括:(a)将进料浆料分​​选成两个大小的馏分,即粗馏分和细馏分,(b)用选定的絮凝剂处理细馏分(和粗馏分),和(3)增稠 沉淀设备中的絮凝浆液将液体与固体分离。