Fe(VI)-based advanced oxidation processes generate both radical and non-radical reactive species crucial for wastewater pollutant removal, with key pathways producing diverse reactive intermediates.
Advanced oxidation water treatment
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Biopterin enhances the photodegradation of sulfonamides in water by over 23 times under sunlight, but produces more toxic by-products.
Surface hydroxyl groups on ZnAl-LDH enable rapid, eco-friendly degradation of pollutants via a non-radical pathway, achieving complete removal of nitenpyram within 5 minutes.
3D-printed zero-valent iron achieves over 90% florfenicol dehalogenation with enhanced stability and reduced corrosion in anoxic conditions.
Nanoconfined humic acid-supported nZVI accelerates imidacloprid degradation by 3.8 times in soil without harming the soil microbiome or increasing ARG risks.
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