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Comparison of energy efficiency between ball mills and stirred mills in coarse grinding

机译:粗磨中球磨机和搅拌机的能效比较

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摘要

Stirred mills are primarily used for fine and ultra-fine grinding. They dominate these grinding applications because greater stress intensity can be delivered in stirred mills and they can achieve better energy efficiency than ball mills in fine and ultra-fine grinding. Investigations were conducted on whether the greater performance of stirred mills over ball mills in fine grinding can be extended to coarse grinding applications. Four different laboratory ball mills and stirred mills have been tested to grind seven ore samples with feed sizes ranging from 3.35 mm to 150 mu m. A case study on full scale operations of a 2.6 MW IsaMill replacing the existing 4 MW regrind ball mill at Kumtor Gold Mine in Kyrgyzstan is also included. This paper summarizes the major findings from these investigations.
机译:搅拌式研磨机主要用于精磨和超精磨。它们在这些磨削应用中占主导地位,因为在搅拌磨中可以提供更大的应力强度,并且在细磨和超细磨中比球磨机可以实现更高的能源效率。进行了有关在细磨中搅拌磨比球磨机性能更高的研究是否可以扩展到粗磨应用。已经测试了四个不同的实验室球磨机和搅拌磨机,以研磨七个矿石样品,进料尺寸为3.35毫米至150微米。还包括了一个有关2.6兆瓦IsaMill全面运行的案例研究,该设备将替代吉尔吉斯斯坦Kumtor金矿中现有的4 MW再生磨球机。本文总结了这些调查的主要发现。

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