Publication | Closed Access
Hygroscopic photothermal beads from marine polysaccharides: demonstration of efficient atmospheric water production, indoor humidity control and photovoltaic panel cooling
54
Citations
56
References
2022
Year
Indoor Humidity ControlEngineeringEnergy ConversionBio-based MaterialPhotovoltaicsPhotothermal PolymerSorption CoolingMarine PolysaccharidesChemical EngineeringHygroscopic Photothermal BeadsWater TreatmentCarbon AerogelsPolymer ChemistryBead-like Hollow StructureSolar Energy UtilisationMarine PolysaccharideNatural PolymerSolar PowerSolar CoolingSustainable PolymerPolymer Science
A sorbent-based atmospheric water generator is developed via facile integration of marine polysaccharide, hygroscopic salt and photothermal polymer in a bead-like hollow structure, demonstrating promising energy-wise and sustainable applications.
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