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首页> 外文期刊>Minerals Engineering >EXPERIENCE IN OPERATING THE GIRILAMBONE COPPER SX-EW PLANT IN CHANGING CHEMICAL ENVIRONMENTS
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EXPERIENCE IN OPERATING THE GIRILAMBONE COPPER SX-EW PLANT IN CHANGING CHEMICAL ENVIRONMENTS

机译:在变化的化学环境中操作吉利兰酮铜SX-EW工厂的经验

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The copper SX-EW plant operated by the Girilambone Copper Company (GCC) has suffered a number of severe process upsets immediately following commissioning. The organic reagent was degraded by the action of manganese entrained from the leach solution. The reagent chemistry was restored by the large scale use of treatment by an activated clay. A further problem was identified as the reduction in SX performance by the generation of silica gels in the organic reagent. A novel mechanism has been proposed for the generation of these gels. Application of the mechanism has allowed the identification of alternate operating conditions to prevent their formation. These altered conditions have resulted in further equipment developments to treat the symptoms generated. A new design of loaded organic coalescer has removed the increased entrainment of aqueous resulting from operation of the upstream extraction stage in organic continuity. A new medium has been developed for installation in the settlers, to minimise the total entrainments reporting to the subsequent stages of the SX plant. Application of these techniques has been shown to be generally appropriate by use in other operations suffering poor SX performance.
机译:吉里拉姆博恩铜业公司(GCC)运营的SX-EW铜厂在调试后立即遭受了许多严重的工艺干扰。通过浸出溶液中夹带的锰的作用使有机试剂降解。通过大量使用活性粘土进行处理,可以恢复试剂的化学性质。另一个问题被确定为由于有机试剂中硅胶的生成而导致SX性能下降。已经提出了用于产生这些凝胶的新机制。该机制的应用已允许识别替代操作条件以防止其形成。这些变化的条件导致了进一步的设备开发,以治疗所产生的症状。负载有机聚结剂的新设计消除了上游萃取阶段在有机连续性方面的操作而导致的水夹带的增加。已经开发出一种新的介质来安装在定居者中,以最大程度地减少向SX工厂后续阶段报告的总夹带量。这些技术的应用已被证明通常适用于SX性能较差的其他操作。

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