Tag: advanced oxidation processes

A new review details how hybrid photocatalysts based on graphitic carbon nitride can degrade pharmaceutical pollutants in water, while warning ...

A new review reveals how copper-based advanced oxidation processes could outperform traditional iron Fenton chemistry in destroying persistent micropollutants across ...

Researchers at Jishou University have developed a one-pot process that selectively recovers lithium from spent NCM523 battery cathodes while converting ...

A new review argues that the real barrier to removing pharmaceuticals, pesticides, and other emerging contaminants from water is a ...

Researchers in China built a boron-doped graphitic carbon nitride homojunction that, with persulfate and visible light, degrades 98.6 percent of ...

A new unified adsorption–reaction model quantitatively decouples oxidation and adsorption in aluminum electrocoagulation, predicting metronidazole removal with high accuracy across ...

A ternary photocatalytic composite of praseodymium oxide, neodymium oxide, and graphene oxide degraded 92.3 percent of methylene blue dye in ...

Researchers in China have developed a flower-like BiOBr/Bi2O2CO3 S-scheme photocatalyst that activates chlorite under visible light to destroy 92.7 percent ...

A Nature Water perspective argues that advanced oxidation processes must be redesigned around minimized chemical use, optimized energy and waste ...

Researchers combined corn stover biochar, etched cobalt-aluminium hydroxide, and bismuth vanadate into a composite photocatalyst with a built-in electric field ...