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Experimental study on drying biomass particles in flue gas flow

机译:烟道气流干燥生物质颗粒的实验研究

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This combination of high temperature exhaust gas generator, using straight flue gas drying experiment of biomass straw particle flow drying technology, which aent of the particles, flue gas temperature, flue gas flow rate and particle flow rate were obtained by controlling variables. The experimental results show that the effect of flue gas temperature and initial moisture content of the particles on drying efficiency is linear, and the optimal gas/solid ratio exist between the flue gas flow rate and the particle flow rate. The size of the impact is: particle flow rate> flue gas flow rate> flue gas temperature> initial moisture content of the particles.
机译:这种高温废气发生器的组合,采用生物质秸秆颗粒流动干燥技术的直烟气干燥试验,通过控制变量获得颗粒,烟道气温度,烟气流量和颗粒流速。实验结果表明,烟熏气体温度和颗粒初始水分含量对干燥效率的影响是线性的,并且在烟道气流速和颗粒流速之间存在最佳气体/实线。影响的尺寸是:颗粒流速>烟气流速>烟道气温度>颗粒的初始水分含量。

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