Tag: wastewater treatment

Orthorhombic α-MoO3 nanorods outperformed monoclinic β-MoO3 nanoplates, degrading 97 percent of methylene blue dye in 150 minutes under visible light ...

A new review details how tunable crystalline MOFs are advancing both water purification and precision medicine.

Researchers have created a nanomaterial-based sensor that detects Eosin Yellow dye at nanomolar levels while a nickel-copper layered double hydroxide ...

A new magnesium oxide-reinforced sulfonated chitosan hydrogel removes toxic crystal violet dye from water with a record capacity of 822 ...

A special issue of Environmental Science and Pollution Research compiled from the 15th Brazilian Meeting on Adsorption showcases waste-derived adsorbents, ...

A simple, low-cost nanomaterial made from two abundant transition-metal oxides can both destroy one of the world's most persistent antibiotic ...

A new review highlights how microalgae and cyanobacteria can serve as sustainable, circular-economy biopesticides against insects, fungi, weeds, and nematodes.

A review finds that tunable perovskite semiconductors could use light-generated reactive species to degrade persistent dyes in wastewater, while highlighting ...

A recent breakthrough in wastewater treatment reveals critical insights into the anaerobic decolorization process of Reactive Black 5 (RB5), a ...

A groundbreaking advance in wastewater treatment has emerged from the intersection of waste valorization and innovative material science. Researchers have ...