2019-01-012024-05-17https://scholars.lib.ntu.edu.tw/handle/123456789/694478摘要：本子計畫擬開發自主型太陽光電驅動薄膜蒸餾系統(ASMD)，ASMD的薄膜蒸餾(MD)係採冷濕空氣製程，並用熱泵回收水蒸汽凝結熱來加熱MD進水。同時也開發加濕除濕蒸餾製程(humidification-dehumidification process HDH)，以回收低級廢熱提升產水率。ASMD是結合創新的冷濕空氣蒸餾製程、熱泵技術、加濕除濕蒸餾、太陽光發電與儲電技術，預計每噸純水耗電可達約38 kWh。 <br> Abstract: This subproject develops an autonomous solar-powered membrane desalination technology (ASMD) using sweeping cold moist air in membrane distillation process. A heat pump is used to recover the latent heat of vapor permeate to heat the feed seawater to MD. Humidification-dehumidification desalination process (HDH) is used in low-grade heat recovery for desalination to increase the water productivity. The innovative ASMD process (using cold moist sweeping air, heat pump, PVT, HDH, PV power with C-Si LA battery) is quite competitive compared to other desalination systems. The specific energy consumption will be around 38 kWh/m3, among the lowest.海水淡化薄膜蒸餾太陽能薄膜蒸餾solar desalinationmembrane desalinationsolar membrane desalination