Two-phase cooling facilitated by liquid-to-vapor phase change allows for a high rate of heat extraction due to the large latent heat associated with intermolecular interactions. Consequently, evaporative cooling is used in applications involving large heat fluxes, such as in thermal management of nuclear plants and high power electronic devices . Evaporation-driven processes are also widely used to generate clean water , electricity production and high temperature steam sterilization . Recently, steam sterilization has been shown to be particularly instrumental in disinfecting disposable masks and extending its usability for the fight against COVID-19 . Another promising application of evaporation is in the utilization of solar energy. In the last decade, solar-driven interfacial evaporation technologies have gained tremendous interest due to boost in energy conversion efficiencies facilitated by innovation in photo-thermal materials and interfacial heat localization strategies .