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首页> 外文会议>The First AusIMM International Geometallurgy Conference 2011. >Lessons Learned from Geometallurgical Investigations Carried Out on a Nickel Sulfi de Flotation Plant
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Lessons Learned from Geometallurgical Investigations Carried Out on a Nickel Sulfi de Flotation Plant

机译：在硫化镍镍浮选厂进行的冶金学调查学到的教训

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From many years practical industrial experience the author has drawn together a list of the keyrnpoints to consider when embarking on a large-scale geometallurgical project. Fundamental aspectsrnwhich must be considered include (but are not limited to):rn1. understanding the variability of the orebody both laterally and with depth;rn2. comminution properties and variability;rn3. flotation properties, requirements and variability – differing ore zones may have substantiallyrndifferent requirements for optimal performance;rn4. the role of texture – the consequences of both grain size and distribution and how the circuitrnwill handle these;rn5. realistic expectation in terms of the fi nancial requirements and time frame results are requiredrnwithin; andrn6. integration of, and communication between key personnel within the various departments ofrnthe site (mining, geology and processing) is a fundamental aspect of any geometallurgicallyrnbased processing system.rnAn example of a highly complex nickel sulfi de ore will be used as the basis of discussion.
机译：从多年的实际工业经验中，作者汇总了进行大型地质冶金项目时要考虑的要点清单。必须考虑的基本方面包括（但不限于）：rn1。了解矿体的横向和深度变化; rn2。粉碎特性和变异性; rn3。浮选性能，要求和可变性–不同的矿区可能对最佳性能的要求基本不同； 4。纹理的作用–晶粒尺寸和分布以及电路如何处理这些后果； rn5。必须在财务要求和时限方面取得切合实际的期望；安德鲁6。现场各个部门（采矿，地质和加工）内部关键人员的集成和沟通是任何基于冶金的加工系统的基本方面。一个高度复杂的硫化镍矿的实例将用作讨论的基础。

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