Water contamination with heavy metal ions and organic compounds such as citrate,
ethylenediaminetetraacetic acid, tartrate, pharmaceuticals, surfactants and natural organic …

Efficient mitigation of toxic and recalcitrant heavy metal complexes (HMCs) from water and
wastewater is critical to guarantee the environmental health and safety, but still faces many …

Harvesting solar energy to drive the semiconductor photocatalysis offers a promising tactic
to address ever‐growing challenges of both energy shortage and environmental pollution …

The discharge of metals and dyes poses a serious threat to public health and the
environment. What is worse, these two hazardous pollutants are often found to coexist in …

A significant challenge in industrial wastewater treatment is the presence of heavy metal
complexes (HMCs) formed when heavy metals interact with organic complexing agents …

Heavy metals in industrial wastewaters are typically present as stable metal–organic
complexes with their cost-effective treatment remaining a significant challenge. Herein, a self …

The solar-driven photo (electro) catalytic process is a key technology for utilization of solar
energy. It is being intensively investigated for application to environmental remediation and …

Strong complexation between heavy metals and organic complexing agents makes the
heavy metals difficult to be removed by classical chemical precipitation. In this study, a novel …

It is difficult to remove heavy metal–organic complex by conventional chemical precipitation.
In this study, a novel strategy of coupling non-thermal plasma (NTP) and persulfate (PS) …

A new concept of removal and recovery of heavy metals and simultaneous regeneration and
reuse of ethylenediamine-tetraacetic acid (EDTA) in soil washing effluent containing metal …