A large amount of sediment is dredged from surface water bodies such as rivers, lakes, and
oceans every year around the world. It should be further disposed of or recycled. Dewatering …

The use of flocculation processes coupled with geotextile technology for dredged sediment
dewatering is promising in recent years. However, two main issues are encountered: firstly …

Abstract Environmental concerns about Golden Horn's polluted sediments have led to
320,000 m3 of sea dredging, generated annually by bucket dredgers to be stored in landfills …

This study investigated the effect of cation polyacrylamide (CPAM) on the dewatering
performance of dredged sludge by batch experiments and compared it with a novel organic …

This study proposes a methodology for dewatering of mine waste using a multistage
process, combining geotextile tubes and anionic polyacrylamide (PAM), which accelerates …

Large quantities of sludge with a high moisture content are generated by dredging
operations, necessitating the implementation of effective techniques for separating the …

Dredged sediment has high water content, and its engineering characteristics are poor;
therefore, the treatment and disposal of dredged sediment is difficult, and the utilization …

In recent years, dredging projects in rivers and lakes have generated large volumes of
sludge that exhibit high water content and low permeability. This dredged sludge needs to …

Nanofiltration (NF) is a preferred process in water and wastewater purification, water
recovery, and reuse due to its ability to retain low molecular weight components. However …

Focusing on the problems of high-water content, strong compressibility and difficult
dehydration of dredged sediment, this paper used polymer flocculants to conduct sediment …