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Coal beneficiation by means of conventional flotation treating the size range of + 0.5mm - 1.4mm

机译:通过常规浮选法选煤,选矿范围为+ 0.5mm-1.4mm

摘要

Tshikondeni Coal has utilized froth flotation to treat the fine fraction of the feed to plant since the early 1980’s. The latest plant in use was commissioned in 1996 treating the – 1.4mm material in Wemco Smart Flotation Cells. Various problems were experienced floating the + 0.5mm material which initiated improvement projects over a period of 13 years to improve the recovery of this fraction.udNew conventional froth flotation technology was developed by a combeen achieved recovering copper from slurry ponds in various countries in Africa.udThe Ultimate flotation technology was tested in the Tshikondeni flotation plant and proved to be a viable option as replacement flotation cells. The main aim of the project was to replace the first three flotation cells in each module with Ultimate flotation cells and to increase the percentage recovery of the + 0.5mm – 1.4mm size range with at least 5%. The recovery increase achieved in this fraction after installation amounts to 8.1%, with a saving in energy consumption of 47%. It is recommended that the fourth flotation cell be replaced with an Ultimate Flotation Cell. Cell number five and six can be removed from the circuit.
机译:自1980年代初以来,Tshikondeni煤炭公司就一直利用泡沫浮选法处理植物细粉。最新使用的工厂于1996年投入运行,用于处理Wemco智能浮选池中的– 1.4mm材料。在使用+ 0.5mm的材料上浮时遇到了各种问题,这些问题在13年的时间里启动了改善项目,以提高该级分的回收率。最终浮选技术已在Tshikondeni浮选厂进行了测试,并被证明是替代浮选池的可行选择。该项目的主要目的是用Ultimate浮选池替换每个模块中的前三个浮选池,并将+ 0.5mm – 1.4mm尺寸范围的回收率提高至少5%。安装后,该部分的回收率提高了8.1%,节省了47%的能耗。建议用终极浮选池代替第四个浮选池。可以从电路中卸下5号和6号单元。

著录项

  • 作者

    Pretorius Gabriel Johannes;

  • 作者单位
  • 年度 2011
  • 总页数
  • 原文格式 PDF
  • 正文语种 en
  • 中图分类
  • 入库时间 2022-08-20 20:54:12

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