Tag: Advanced oxidation

A systematic review in Applied Water Science surveys metal oxide semiconductor photocatalysts for degrading synthetic dyes in wastewater, highlighting laboratory ...

Researchers designed a perforated-case magnetic stirrer that protected 3D-printed activated carbon catalysts from crumbling, achieving 90% oxalic acid removal by ...

Adjusting the nitrogen-to-boron ratio in sawdust-derived biochar boosted sulfamethoxazole degradation rates 2.35-fold by shifting the material from adsorption-driven to catalysis-driven ...

Researchers created magnetic carbon beads doped with graphene and cobalt that completely degrade the antibiotic sulfamethoxazole within 20 minutes while ...

A facet-engineered Cu2WS4 piezo-catalyst generates and activates hydrogen peroxide using mechanical energy, enabling chemical-free decentralized water purification.

Researchers have created an in-situ magnetic nanocomposite pairing fluorite ceria with a high-entropy spinel oxide that degrades over 92 percent ...

Researchers at Nankai University have engineered a nanoconfined iron-molybdenum dual-site catalyst that converts phenolic wastewater pollutants into polymers with controlled ...

An iron-modified titanium dioxide nanotube electrode combined with electricity, heat and ultraviolet light removed 92.1% of nitrobenzene from water within ...

A new review in Environmental Science and Pollution Research synthesizes recent evidence showing that synthetic textile dyes persist in water, ...

Researchers converted coal gangue waste into a molecular sieve that boosts cobalt oxide catalysts for rapid, recyclable degradation of organic ...