4505 吸着側流路を分割した還流型デシカント除湿プロセス(S52-1 環境低負荷型の省エネルギー・新エネルギー利用技術(吸着・吸収)(1),S52 環境低負荷型の省エネルギー・新エネルギー利用技術(吸着・吸収))

概要

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A conventional desiccant cooling process can not produce a sufficient dehumidifying performance enough for the use in high humidity condition. In this study, desiccant cooling process with a reflux flow and two stage adsorption was proposed and investigated experimentally. In this process, air flow path of adsorption side was further divided into two so that once dehumidified air was dehumidified again at the different adsorption zone. Amount of dehumidified water of this process increased by 30 percents as compared with conventional process at the regeneration temperature of 80℃. Moreover, when the ambient air was supplied to the latter half of dehumidification zone, the amount of dehumidified water was rather higher than the case that the ambient air was supplied to the first half of dehumidification zone. This behavior indicated that rotary dehumidifier could be used more efficiency by considering the supply position of ambient air.
一般社団法人日本機械学会の論文
2006-09-15