Abstract
Among all water sources, air water has been favored by researchers because of its small geographical restrictions and small environmental impact during water production. In particular, water extraction from the air powered by renewable energy sources such as solar energy is highly anticipated. In this work, a double-network gel was prepared as a hygroscopic substrate, doped with Al-Fum modified by hygroscopic salt as an adsorbent, and the photothermal properties of carboxylated multi-wall carbon nanotubes provided the possibility of automatic desorption. Not only that, we also designed a special atmospheric water collection device to achieve uninterrupted atmospheric environmental water collection.
Published Version
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