Publications by authors named "Shunqi Dong"
Aquatic ecosystems are primary repositories for microplastics (MPs), which pose significant risks to aquatic organisms. This study addresses the gap in understanding the effects of MPs pollution by analyzing 3,757 biological endpoints from 85 laboratory studies. Overall, our results indicate that MPs exposure significantly inhibits fish growth, survival, and reproductive ability, and increases oxidative damage, specifically, MPs exposure leads to elevated levels of malondialdehyde.
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- Advanced oxidation processes using peracetic acid (PAA) have shown high efficiency in breaking down organic contaminants in water, leading to significant research interest.
- A novel catalyst called carbonized polyaniline (CPANI) was effective in activating PAA to degrade pollutants like phenol and pharmaceuticals, achieving significant degradation with low concentrations of both PAA and CPANI.
- The degradation process primarily utilized a nonradical pathway involving singlet oxygen, with the CPANI's active sites being critical for its catalytic performance, and the spent catalyst could be easily recovered through thermal treatment.
Peracetic acid (PAA) oxidation is an emerging technology in water disinfection and purification. This study evaluated the oxidation of three pyrazolone pharmaceuticals (i.e.
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