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Batch Grinding of Dolomite Using Box-Behnken Design

机译:使用Box-Behnken设计批量研磨白云石

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The aim of our research paper was to apply response surface methodology for modeling of grinding Dolomite ore using ball mill with the parameter considering:1. Time of Grinding.2. Ball Size.3. Feed Quantity.4. Feed Size.Specific energy consumption also decreases with feed quantity at all ball sizes. Energy savings, expressed as a percentage of the energy consumption. Using these set of experimental data obtained, the models are developed to show the effect of each parameter and their interactions on the product. Maximum Specific surface is obtained at higher speed of the mill (66 rpm in our case). This also correspondence to the speed at which we have minimum energy consumption per unit surface area generated. As the grinding time increases specific surface increases. As the specific surface increases, power consumption also increases.
机译:我们的研究论文的目的是将响应面方法应用到球磨机磨削白云石矿石的建模中,考虑以下参数:1。磨削时间2。球尺寸3。饲料数量4。进料尺寸在所有球尺寸下,特定的能耗也会随着进料量的减少而降低节能量,以占能耗的百分比表示。使用获得的这些实验数据集,开发模型以显示每个参数及其对产品的相互作用的影响。在磨机的较高转速(本例中为66 rpm)下可获得最大比表面积。这也与我们每单位表面积产生的最低能耗的速度相对应。随着研磨时间的增加,比表面积增加。随着比表面积的增加,功耗也增加。

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