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MATHEMATICAL MODELING OF CO₂ RELEASE IN MULTI-EFFECT DISTILLER
바야라 나산(Bayaraa Nasan),정효민(Hyomin Jeong),정한식(Han-Shik Chung),최두열(Du-Yeal Choi) 대한설비공학회 2011 대한설비공학회 학술발표대회논문집 Vol.2011 No.7
The release of CO₂ in multiple-effect distillers has been barely investigated and less attention has been paid about it. Non-condensable (NC) gases accumulate in condensing zones and reduce the heat transfer for condensation. Even small amounts of NC gases have a significant adverse effect on the condensation heat transfer rate. For predicting the CO₂release rates in MED, the theory of desorption with chemical reaction was applied. The mass transfer processes and the reaction kinetics controlling the CO₂ release were described. In this paper, a mathematical model developed to understand the physical and chemical processes of CO₂ release and carbonate system in multiple-effect distiller.