China’s giant wastewater network hits a cost wall, and hybrid systems may be the way out
A national analysis of 10,826 Chinese treatment plants finds that centralized wastewater reuse is economically viable for only about 0.45 ...
A national analysis of 10,826 Chinese treatment plants finds that centralized wastewater reuse is economically viable for only about 0.45 ...
Researchers at Khalifa University have created gallic acid-functionalized Ti₃C₂Tₓ MXene/SPES hybrid tight ultrafiltration membranes that achieve over 95 percent rejection ...
A new review in Advanced Science details how porphyrin-based porous materials, including metal–organic frameworks, covalent organic frameworks, hydrogen-bonded frameworks, and ...
A native Brazilian strain of Tetradesmus obliquus removed most ammonium and phosphate from domestic wastewater while producing biomass rich in ...
A two-stage biochar filtration system built from local rice husks substantially cleaned municipal wastewater for irrigation in Obuasi, Ghana, though ...
Researchers converted sugarcane bagasse into a low-temperature activated carbon that removes over 99 percent of toxic Cr(VI) and Co(II) from ...
A systematic pairing of three carbon sources with three pollutants in electro-assisted bioreactors reveals that carbon-pollutant matching drives microbial succession ...
A new laser-based isotope monitoring system tracked nitrous oxide production and destruction in real time at a pilot wastewater plant ...
Researchers at Sichuan Agricultural University have created a bamboo fiber, graphene oxide, and silica composite membrane that removes over 99 ...
Researchers have created a ZIF-8/chitosan/ZnO nanocomposite that adsorbs up to 490 milligrams of azo dye per gram and then degrades ...
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© 2025 Scienmag - Science Magazine