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Effect of Batch Charging Equipment on Glass Furnace Efficiency

机译：分批装料设备对玻璃熔炉效率的影响

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During the last 20 years CFD (Computational Fluid Dynamics) has been used as a tool to aid furnace designers and manufacturers to improve energy efficiency and effectiveness of glass furnaces. However as the models are maturing the effect of feeding equipment used to push the raw material into the furnace has not been included in the process models. This paper investigates the effects of batch pattern in the melt space caused by charging equipment on the energy efficiency of the furnace focusing on the melting zone. A simple batch patterns sensitivity study has been performed using purpose built software (Glass Furnace Model-GFM). It is concluded that in order to further reduce the energy consumption of the furnace it is necessary to model the batch charging process in more detail to find more opportunities for improvement.
机译：在过去的20年中，CFD（计算流体动力学）已用作帮助炉子设计者和制造商提高玻璃炉子的能效和效率的工具。然而，随着模型的日趋成熟，用于将原料推入熔炉的进料设备的效果尚未包括在工艺模型中。本文研究了由装料设备引起的熔体空间中的批料模式对着重于熔化区的熔炉能量效率的影响。使用专用软件（玻璃熔炉模型-GFM）进行了简单的批处理模式敏感性研究。结论是，为了进一步减少炉子的能量消耗，有必要对批量装料过程进行更详细的建模，以找到更多的改进机会。

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