The management and mitigation of chemical pollution are key elements of sustainable
development initiatives that aim to provide safe and clean water. While environmental …

Chlorinated hydrocarbons are among the most prevalent toxic pollutants in groundwater
worldwide, prompting significant research into their safe degradation technologies. This …

Removal and detoxification of chlorobenzenes have attracted public concern, multiple active
sites single-atom Fe and single-atom Ni composite nitrogen-doped graphene (Fe SA/CN/Ni …

Contaminants stored in the low permeability sediments will continue to threaten the adjacent
shallow groundwater system after the aquifer is remediated. Understanding the storage and …

Current density was the key factor that impacted pollutant degradation by electrochemical
oxidation, and reaction contributions at various current densities were non-negligible for the …

Constructed wetlands (CW) provides a sustainable approach to remove pesticides from
agricultural or urban runoff, while the low efficiency of the herbicide atrazine remains a …

In this study, electrochemical dechlorination and detoxification of a mixture of chlorinated
ethylenes was investigated under various conditions using a double monoatomic synergistic …

The role of biochar as the redox catalyst in the removal of reductive pollutants from soil and
water system has been extensively studied recently, but there is still a lack of qualitative …

Compound-specific isotope analysis (CSIA) has become a valuable tool in understanding
the fate of organic contaminants at field sites. However, its application to chlorinated …

Sulfidated nanoscale zerovalent iron (S-nZVI) has demonstrated promising reactivity and
longevity for remediating chlorinated volatile compounds (cVOC) contaminants in laboratory …