Ying Wan

TL;DR: After reaction in Co/PAA process, numerous carbon source that could be provided for bacteria and algae growth can be produced, suggesting that the proposed Co/ PAA process contains good potential in the combination with bio-treatment processes.

TL;DR: This study definitively illustrates the PAA decomposition pathways at high temperature in aquatic solution and addresses the possibility of the thermoactivated PAA process for contaminant destruction, demonstrating this process to be a feasible advanced oxidation process.

TL;DR: In this paper, a novel advanced oxidation process, combined zero-valent iron and sulfite (Fe 0 /sulfite) system containing oxygen, was firstly developed to efficiently degrade organic pollutants at weak acidic and neutral conditions by selecting X-3B as a target compound.

TL;DR: UV/PS and UV/H2O2 pretreatments were effective in the degradation of fluorescent compounds, thus reducing the deposition of organic matter on the membrane surface, and aggravated irreversible fouling after UV/chlorine pretreatment was probably ascribed to the increased accumulation of hydrophobic fractions in the membrane pores.

TL;DR: Degradation of propranolol (PrP) by a combined zero-valent iron and sulfite system under simulated sunlight irradiation (ZVI/sulfite/photo) was investigated and possible degradation pathways of PrP in the ZVI/Sulfites/photo system were accordingly proposed based on LC-MS and density functional theory calculation.