Micropollutants are often discharged to surface waters through untreated wastewater from
sewage treatment plants and wastewater treatment plants. The presence of micropollutants …

In drinking water treatment, coagulation is the most common process to remove particles
and impurities. It is described as the process whereby particles are destabilised by dosing a …

This work evaluated the capacity of the alum coagulation-flocculation (C–F) process,
assisted by slaked lime, for the treatment of industrial textile wastewater (ITWW) containing …

The study aimed to expose the level of pollution owing to textile dyeing effluents and assess
the coagulant efficiency of polyaluminum chloride (PAC) for treating the textile dyeing …

Many studies have overlooked the role of pH in optimizing coagulation. Herein, the authors
emphasize the importance of pH value in coagulation during the production of drinking …

Coagulation is an important defluorination process. However, because of the poor
sedimentation properties, conventional coagulants often result in limited defluorination …

Coagulation mechanisms of polyaluminum chloride (PACl) at various dosages were studied
using a conventional jar test at different final and initial pH values during treating kaolin …

This review discusses the Brownian motion and coagulation/flocculation (C/F) in
water/wastewater treatment. In water/wastewater treatment processes, pertinent questions …

The conventional alum and polyaluminum chloride (PACl) with high content of Al13 were
selected to study the interaction between coagulants and particles in suspension. Particulate …

The effects of typical sludge properties (solids concentration, soluble extracellular polymeric
substances (SEPS) and alkalinity) on waste activated sludge flocculation-dewatering …