Antimony (Sb) pollution in the water environment caused by the large− scale mining of Sb
ore and the wide use of Sb-containing products seriously endangers human health and …

Microplastics (MPs) particles bring potential threats to the aqueous environment, and the
coexistence of natural organic matter (NOM) enhances their toxicity. Coagulation is an …

The hydrolysate species of metal-based coagulants and the binding sites of humic acid (HA)
are highly dependent on the pH conditions. Exploring the binding sites and modes between …

Groundwater fluoride pollution is a worldwide problem that threatens human health and
drinking water. Economical and efficient coagulation is the most widely used defluorination …

In view of the insufficient coagulation efficiency of traditional inorganic coagulants, a series
of Al-Ti gels with different Ti/triethanolamine (TEA), Ti/H 2 O, and Ti/Al molar ratios were …

Hydrolyzed AlTi species are essential metal-based coagulants in a coagulation process to
remove nanoplastics (NPs). Understanding the molecular interactions between hydrolyzed …

The removal of antimony (Sb) from textile and dyeing wastewater is a challenging task. To
meet the discharge limit and the demand for water reuse, the currently available treatment …

Safe and effective coagulants are necessary for surface water treatment. The polyaluminum-
titanium chloride (PATC) composite coagulant has promise but its application is limited due …

Reverse osmosis (RO) is a useful process for water purification or water reuse.
Nevertheless, the generated RO concentrate may adversely affect the environment if not …

In order to address the growing problem of water pollution caused by the excessive
discharge of contaminants and provide a better aquatic ecosystem for the public, increasing …