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Ultrahigh-Temperature Continuous Reactors Based on Electrothermal Fluidized Bed Concept
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DOI：10.1115/1.4031689.png)
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Authors introduce an ultrahigh-temperature (i.e., 2500-3000 degrees C) continuous fluidized bed furnace, in which the key operating variable is specific electrical resistance of the bed. A correlation has been established to predict the specific electrical resistance for the natural graphite-based precursors. Fluid dynamics models have been validated with the data from a fully functional prototype reactor. Data collected demonstrated that the difference between the calculated and measured values of specific resistance is approximately 25%; due to chaotic nature of electrothermal fluidized bed processes, this discrepancy was deemed acceptable. Optimizations proposed allow producing natural graphite-based end product with the purity level of 99.98+wt.%C for battery markets.
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2.4
论文数:
19
被引数:
1.1W
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