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    题名: Adsorption and desorption of silica gel circulating fluidized beds for air conditioning systems
    作者: Chiang, Yuan-Ching
    Chen, Chih-Hao
    Ma, Shu-Sheng
    Wu, Po-Hsun
    Chen, Sih-Li
    贡献者: Dept Mech Engn
    关键词: Circulating fluidized beds
    Dehumidification
    Low energy consumption
    Low pressure drop
    日期: 2015-10
    上传时间: 2015-10-19 10:21:26 (UTC+8)
    摘要: This article investigates low-energy consumption silica gel circulating fluidized beds for the dehumidification of air conditioning systems. The system consists of an adsorption bed, a desorption bed, and two fans. The fans drive silica gel particles upward to form fluidized beds; as the particles descend, funnels inside the beds allow particles to move between beds through connecting pipes. The particles circulate between absorption and desorption beds to create a continuous operating dehumidification air conditioning system. To achieve a fluidized state, air velocities between 4.0 m/s and 6.0 m/s and regeneration temperatures between 40 degrees C and 60 degrees C, which simulate low-temperature waste heat or solar thermal conditions, were chosen for the study. Altering funnel heights and adding oblique baffles to the system allowed us investigate different adsorption/desorption performances. The results show that single-tube fluidized bed can increase adsorption/desorption performance by 20% and lower the pressure drop by about 30%, compared to the packed bed. The circulating fluidized bed system has the highest Energy Factor by 0.554 kg/kW h, and improve the packed bed system by 124% due to the absence of a motor and has the largest total adsorption rate. Increasing air velocities and regeneration temperatures cause adsorption/desorption performance to rise in circulating fluidized bed systems. A regeneration temperature of 60 degrees C has the highest total adsorption rate of 343 g/h. Compared to the other funnel heights, a 200 mm funnel height with an oblique baffle that increases circulatory effects improves the total adsorption rate by 14% to reach an adsorption rate of 230 g/h. (C) 2015 Elsevier Ltd. All rights reserved.
    關聯: APPLIED ENERGY 卷: 155 頁碼: 708-718
    显示于类别:[機械工程系暨機械工程學系數位機電研究所] 期刊論文

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