Interfacial solar evaporation (ISE) has emerged as a promising technology to alleviate
global water scarcity via energy-efficient purification of both wastewater and seawater. While …

Solar‐driven interfacial evaporators (SDIEs) have recently attracted considerable interest
due to their ability to harvest abundant solar energy and treat seawater/wastewater for both …

The integration of interfacial solar steam generation with water evaporation-driven electricity
generation is regarded as one of the most hopeful strategies for addressing global energy …

Interfacial solar evaporation has been regarded as the promising technical option to
produce fresh water from seawater and other real brines or contaminated water bodies …

Fresh water is one of the basic substances on which human society depends for survival
and development. With the urgent need to achieve carbon neutrality, novel nanomaterials …

A high-performance atmospheric water generator based on continuous adsorption–
desorption of liquid hygroscopic agents was constructed by applying interfacial …

Given the abundant solar energy resources and remarkable heat utilization efficiency, solar
interfacial evaporation is a promising approach in addressing the global freshwater crisis …

Engineering solar evaporators with Janus structures is crucial for facilitating water transition
and heat localization to enhance water evaporation efficiency. However, the fragile …

Improving the evaporation efficiency of solar-driven hydrogel evaporators is crucial for
addressing water scarcity. Traditional efforts have been focused on increasing the …

In order to solve the pollution faced by traditional evaporators, an interface evaporator
containing a floating unit and a bismuth oxychloride composite hydrogel unit was …