期刊
KOREAN JOURNAL OF CHEMICAL ENGINEERING
卷 19, 期 6, 页码 1106-1111出版社
KOREAN INST CHEM ENGINEERS
DOI: 10.1007/BF02707240
关键词
multistage fluidized beds; drying characteristics; drying efficiency; millet; downcomer
The effects of gas velocity, inlet gas temperature and the solid feed rate on the drying efficiency, the outlet solid moisture content, bed temperature in each stage, the outlet gas humidity and temperature in a rectangular acryl multistage fluidized bed (0.172 m x 0.192 m x 1.5 m-high) with a downcomer (0.04 m-I.D.) were investigated. The experiments were performed by using 1.9 mm millet particles. The final moisture contents of the solids increased with increasing the solid feed rate. The drying efficiency increased with increasing the wetted solid feed rate but decreased with increasing the inlet gas temperature. The drying performance of the multistage fluidized bed was compared with the single-stage fluidized bed and found to be superior under identical operation conditions. The model predicted values were well matched with the experimental data in the multistage fluidized bed dryer.
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