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 …

Most studies on the interaction between coagulation and NOM (natural organic matter)
currently focus on pollutant removal and coagulant species distribution, while studies on floc …

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

Polyaluminum-titanium chloride composite coagulant (PATC) has been demonstrated to be
a promising coagulant in microplastics (MPs) treatment. However, the interaction process …

Enhanced coagulation is an important way to remove natural organic matter and reduce
disinfection by-products in traditional water treatment processes, in which the …

The deep removal of organic pollutants is a challenging task for coagulation technology in
the drinking water and wastewater treatment plants to satisfy the rising water standards. To …

Application of poly-aluminum chloride (PACl) coagulant is a popular mode of water
treatment worldwide because of the high capacity of PACl to neutralize charge. The …

Extending the lifetime of granular activated carbon (GAC) filters with no significant loss in
their effectiveness is a considerable challenge for drinking water supply utilities. However …

Wool is perceived to be a clean and green natural fibre. However, raw wool contains
substantial amounts of contaminants that must be removed in a wool scouring process …

A collaborative coagulation strategy was proposed in this paper for algae-laden and dye-
containing water treatment to realize the efficient, low-carbon, low-cost, fast, and …