Tag: advanced oxidation processes

A new review argues that integrating AI, machine learning, and IoT sensor networks with remediation could transform how persistent organic ...

An iron-based metal-organic framework with pyridine nitrogen in its secondary coordination sphere converts about 90 percent of trace hydrogen peroxide ...

A spatially decoupled electrocatalyst that generates its own oxygen achieved 98% antibiotic removal and cut wastewater treatment costs by 95 ...

Researchers in eastern Ethiopia found organophosphate pesticides exceeding WHO limits in lakes and khat-growing waterways, and showed optimized Fenton oxidation ...

Textile dyeing is one of the most water-hungry and color-polluting industries on the planet. Every batch of fabric that leaves ...

Researchers in Shenzhen have created a molybdenum-doped iron sulfide catalyst that restores its own reactive centers by harvesting electrons from ...

A new review maps catalytic technologies across the entire textile value chain, from enzymatic pretreatment to recyclable magnetic catalysts, showing ...

Researchers have engineered vacancy-pentagon defects in waste-derived biochar that redirect peracetic acid activation toward highly selective, long-lived acetylperoxyl radicals, enabling ...

A new Nature Communications study shows that far-UVC light at 222 nanometers can dramatically enhance peracetic acid oxidation in bromide-containing ...

A new Fe3O4/Co@NC/Ti3C2Tx composite activates peroxymonosulfate to completely degrade tetracycline within ten minutes, revealing how pyrolysis temperature tunes interfacial synergy ...