As an attracting technology to alleviate the scarcity of fresh water resources, solar-driven
interfacial evaporation based on localization of solar-thermal energy conversion at the …

Rational and sustainable utilization of resources is critical for the continuous development of
this society. Solar energy, as one of the renewables, shows great potential in replacing part …

Abstract Two-dimensional (2D) evaporation systems could significantly reduce the heat
conduction loss compared with the photothermal conversion materials particles during the …

Recent developments in integrating photocatalysis into solar-driven interfacial water
evaporation have attracted much attention. Herein, β-In 2 S 3 nanosheets decorated 2H …

Desalination using solar-driven photothermal evaporators (SPEs) is of great significance for
solving mankind's current shortage of fresh water. Herein, inspired by the vascular bundles …

Interfacial steam generation by harnessing renewable solar energy has been recognized as
a sustainable solution to global freshwater crisis. A promising evaporator with key …

Solar-powered water evaporation has been recognized as a potential water purification
regeneration technology to alleviate the issue of global water shortage. Interfacial solar …

Water scarcity is threatening human health and draining precious energy resources as a
result of water pollution from small molecule dyes, heavy metals, oil, yeast, and bacteria …

Freshwater shortage and polymeric solid waste pollutions are among the most serious
global issues. To address these, we propose a novel strategy that utilizes these polymeric …

This research aims to create a new material based on metal sulfides which have 3D
hierarchical nanostructures for the purpose of monopersulfate (MPS) activation. Notably, the …