| Title |
Heat and Mass Transfer Characteristics of LiCl Aqueous Solution for a Plate Heat Exchanger Type Dehumidifier |
| Authors |
전동순(Dong-Soon Jeon) ; 이해승(HaeSeung Lee) ; 김선창(Seon-Chang Kim) ; 김영률(Young-Lyoul Kim) |
| DOI |
http://dx.doi.org/10.6110 /KJACR.2012.24.1.016 |
| Keywords |
수분 흡수량 ; 제습 ; LiCl 수용액 ; 판형 제습기 Absorption rate ; Dehumidification ; LiCl aqueous solution ; Plate type dehumidifier |
| Abstract |
Experimental investigations were carried out to examine the heat and mass transfer characteristics of LiCl aqueous solution for a plate heat exchanger type dehumidifier. Cooling dehumidification was adopted vertical type heat exchanger. Also non woven fabric is attached surface of the heat exchanger for spreadability of LiCl aqueous solution. Mass flow-rate of LiCl aqueous solution and concentration were selected as experimental conditions. Also, In this study, the effects of relative humidity of process air and velocity were investigated experimentally. As a result of heat transfer coefficient and mass transfer coefficient of were increased film reynolds number increased. heat transfer coefficient and mass transfer coefficient of LiCl aqueous solution were 0.14～0.24 kW/m2℃ and 1.3×10-63～6.2×10-6 m/s respectively. |