This review provides a comprehensive overview of base materials, recent innovations in photothermal materials and the design of evaporators for effective water desalination and purification.
In this Review, we assess the potential of solar-driven interfacial evaporation technologies in food, energy and clean-water production, in wastewater treatment, and in resource
To enable energy conversion and water evaporation at the interfaces of a solar evaporator, multi-scale heat and water transport have been investigated. Furthermore, various light
This work achieves both high solar evaporation and water collection rates via the rational design of the structure of photothermal materials and evaporators as well as the inverted evaporation
Hydrogel-based solar-driven interfacial evaporators have recently emerged as high-efficiency and sustainable technology for desalination. By leveraging the unique three-dimensional
In this review, we summarize some typical SDWE systems, which are categorized as condensation design, steam directional migration, and recovered latent heat. The advantages and
In addition, the hydrated C@CuO surface reduces vaporization enthalpy that accelerates the efficient evaporation of water. A high evaporation rate of 1.88 kg m –2 h –1 is achieved by the
The study achieves synergistic regulation of interfacial water supply and photothermal input via structural design, providing critical technological support for the innovative creation of high
Herein, an invert‐structured solar evaporation and vapor condensation device coupled with solar evaporators featuring special vertically aligned vapor diffusion channels is designed to...
In this work, based on the thermal radiation-convection hybrid mechanism, a columnar ink flower-based solar evaporator with a water-heat separation structure is proposed. The structure
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