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Electrical Properties and Melting Treatment Rate of a Continuous Induction Waste Melter

机译:连续感应废液熔化器的电性能和熔化处理率

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The continuous induction melter with a graphite-packed bed heat generator has a possible application to a waste melter because of its flexibility regarding waste contents, large treatment rate, and safe performance. This study proposed an analysis scheme for locally matching conditions between a melter and a high frequency electric power generator, and for fluctuation ranges of the frequency and input electric power in the melter. This scheme consisted of estimations of the melter coil inductance and resistance by eddy current loss from analytical solutions of Maxwell equations, which are linked to the locally matching conditions about capacitance and transformer turn number ratio. The measured results in a 100 kW pilot melter were compared to experimental ones. Energy use efficiency of the melter was also obtained by carrying out melting treatment rate measurements regarding two major components included in the wastes, iron and calcium silicate.
机译:具有填充石墨床热发生器的连续感应熔化器由于其在废物含量,大处理率和安全性能方面的灵活性而可用于废物熔化器。这项研究提出了一种针对熔炉和高频发电机之间的局部匹配条件以及熔炉中频率和输入功率波动范围的分析方案。该方案包括根据麦克斯韦方程的解析解通过涡流损耗估算熔炉线圈的电感和电阻,这些解析解与关于电容和变压器匝数比的局部匹配条件有关。将在100 kW先导熔化器中的测量结果与实验结果进行比较。通过对废物中包括的两种主要成分铁和硅酸钙进行熔化处理速率测量,也可以获得熔化器的能源利用效率。

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