Salty, Dirty Water Could Quench Data Centers’ Thirst for Cooling
University of Texas at Austin researchers show that existing desalination technology can turn salty groundwater and oilfield wastewater into cooling ...
University of Texas at Austin researchers show that existing desalination technology can turn salty groundwater and oilfield wastewater into cooling ...
A Nature Water commentary argues that coupling solar-driven interfacial evaporation with selective ion adsorption could simultaneously produce freshwater, lithium and ...
A validated climate–performance model and open-source geospatial tool reveal where solar-driven interfacial evaporation could supply drinking water for one billion ...
A multi-objective optimization study of an off-grid solar-wind-battery-reverse osmosis system in Zabol, Iran, shows that using surplus renewable electricity to ...
Researchers at Institute of Science Tokyo have developed a liquid-tin process that recovers freshwater and more than 99 percent of ...
A new review argues that the hypersaline brine produced by the world's booming desalination industry should be mined for lithium, ...
Researchers converted oil palm empty fruit bunches into acetylated lignin and graphene quantum dots that achieve 59.2 percent solar steam ...
University of Tehran researchers embedded a hyper-crosslinked polymer as an interlayer in thin-film nanocomposite forward osmosis membranes, nearly doubling water ...
Researchers have demonstrated a 250-kilowatt system that co-produces hydrogen and fresh water from seawater by using waste heat from alkaline ...
New research shows that iron-rich concretions formed during long-term underwater burial actively accelerate localized chemical degradation of the bluish white ...
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© 2025 Scienmag - Science Magazine