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首页> 外文期刊>Refractories and Industrial Ceramics >Energy Efficiency of Electric Furnaces with Movable Floor in Firing of Vermiculite Concentrates of Different Size Groups
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Energy Efficiency of Electric Furnaces with Movable Floor in Firing of Vermiculite Concentrates of Different Size Groups

机译：电炉的能效具有可移动地板的不同尺寸组的蛭石浓缩物

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摘要

Problems that arise when attempting to establish a correlation between the specific energy capacity achieved in firing of vermiculite and the size grades of its raw concentrates are considered and efficient operating regimes of electric furnaces with vibrating bottom platform are identified. The temperature - time relationships are analyzed and the productive capacity and thermal power calculated for firing of vermiculite concentrates of different size groups. Based on empirical data, it is concluded for the first time that the specific energy capacity is independent of the particular size group of one and the same concentrate. It is shown that the quality of swollen product does not change if the furnace is set for a reduced temperature regime, while at the same time an additional 40% energy savings is achieved with this step, leading to the least possible specific energy capacity of the firing process (46 - 48 mJ/m(3)).
机译：考虑在烧制蛭石中实现的特定能量与其原始浓缩物的尺寸等级之间的相关性时出现的问题被认为是识别具有振动底平台的电炉的有效操作制度。 分析温度 - 时间关系，并计算出用于烧制不同大小群的蛭石浓缩物的生产能力和热功率。 基于经验数据，首次结束了特定能量容量独立于特定尺寸组和相同浓缩物的特定尺寸组。 结果表明，如果炉子被设定为降低的温度制度，则溶胀的产品的质量不会改变，而在此步骤中，同时实现了另外的40％节能，从而导致最少的特定能量容量 射击过程（46 - 48 MJ / M（3））。

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