Tag: hydroxyl radicals

A buoyant polyurethane foam composite coated with titanium dioxide nanotubes removed over 97 percent of multiple emerging aquatic contaminants under ...

Researchers synthesized porous ceramic particles from iron tailings, fly ash, and blast furnace slag with iron oxide additives, demonstrating that ...

A bimetallic calcium-copper phosphate catalyst degraded 98 percent of the dye Basic Yellow 28 within 150 minutes by generating reactive ...

Researchers synthesized a zinc oxide and tin dioxide nanocomposite that degraded 98.07 percent of alizarine yellow R dye in water ...

Researchers developed a manganese-modified bamboo biochar composite supporting nano zero-valent iron that achieved over 95 percent ciprofloxacin removal through peracetic ...

A mixed-valence manganese-chromium layered double hydroxide catalyst achieved 98.3 percent degradation of Rhodamine B under mild Fenton-like conditions.

In a controlled laboratory chamber evaluation, an advanced photohydrolysis device reduced airborne Mycobacterium tuberculosis concentrations by approximately 95 percent after ...

Electrospun polyvinylidene fluoride composite films containing twelve percent NBT-6BT-2Zn achieved ninety-six percent degradation of methylene blue dye through pyrocatalysis.

Combining acoustic cavitation with chemical oxidants enables the rapid degradation and complete detoxification of persistent doxycycline hyclate in wastewater.

Density functional theory calculations show that surface mid-gap electronic states on silver tungstate lower energetic barriers to drive mild sulfide ...