| Title |
Evaluation of Condensation Performance of a MOF-Based Atmospheric Water Condensation System Using a Simulation Model |
| Authors |
Jae Baek Heo ; Sang Hoon Park |
| DOI |
https://doi.org/10.6110/KJACR.2026.38.10.557 |
| Keywords |
공기 질량분율; MOF; 상대습도; 수분 응축량 Mass fraction of air; Metal organic framework; Relative humidity; Water condensation rate |
| Abstract |
Conventional vapor-compression refrigeration systems condensate during operation; however, in dry the low dew-point temperature limits the amount of To this atmospheric water condensation organic a conventional vapor-compression refrigeration system has been quantitative assessment of moisture condensation under varying temperature and relative humidity conditions is for evaluating its performance. This study established a simulation model to quantitatively the water condensation rate and analyzed the amount of water condensed under psychrometric conditions. The simulation results that the water condensation rate decreased as the outlet air temperature increased, the a sufficiently low cooling coil temperature. even difference in humidity ratio per unit dry air (Δw)the total condensed water increased with a higher dry-air mass flow rate. study condensation performance under a single-cycle condition. circulation cycle the outlet air to the inlet to determine control strategies for achieving target water recovery. |