This paper reviews the application of computational fluid dynamics (CFD) to numerically
model the two-phase flow of water and sediment in the complex environment of a …

A field-scale data collection plan to monitor and evaluate the performance of a sediment
basin design was developed and implemented using portable automatic stormwater …

Sediment pollution from construction sites has been of increasing concern, since the impacts
on nearby streams can be severe. Five sediment trapping devices were monitored on …

Permeable baffles can play a significant role in enhancing the pollution removal efficiency of
retention and treatment ponds. Understanding and quantifying the impact of permeable …

Stormwater regulations require construction-generated pollution to be controlled on-site
prior to discharge to avoid impairment of receiving waterbodies. Sediment basins are …

Baffles have been utilised in the ponds and wetland to improve the rate of treatment for the
polluted water. However, there is limited research in the optimum configuration and type of …

Stilling basins are often ineffective in reducing turbidity and total suspended solids (TSS) in
water containing fine sediments. This study determined the effectiveness of two …

Stormwater regulations require erosion and sediment control practices to be implemented
during construction to prevent discharging polluted water offsite and mitigate downstream …

A study of the water quality of discharges from three different sediment control systems was
conducted on a large construction site in North Carolina. Samples were obtained during …

The relative sediment trapping effectiveness of a permanent-pool sediment retention pond
was assessed due to theinstallation of baffles composed of different materials commonly …