Sedimentation tanks are the workhorses of both water treatment plants (WTPs) and waste
water treatment plants (WWTPs) and are crucial cogs in their respective treatment …

Secondary settling tanks (SSTs) are a crucial process that determines the performance of
the activated sludge process. However, their performance is often far from satisfactory. In the …

Wet ponds have been extensively used for controlling stormwater pollutants, such as
sediment and nutrients, in urban watersheds. The removal of pollutants relies on a …

Stormwater ponds, including dry ponds, wet ponds and constructed wetlands, have been
widely used for sediment removal from stormwater runoff. In this paper, sediment removal …

A full-scale three-dimensional CFD study is done to determine the optimum position and
size of lamella packet for an industrial wastewater sedimentation tank. The Euler–Lagrange …

Hydraulic performance of clarifiers in water and wastewater treatment plants significantly
affects the settling efficiency of suspended particles. Structural and ambient parameters can …

A computational fluid dynamics model is presented for the calculation of the flow, suspended
solids, and tracer concentration fields in the settling tanks of the water treatment plant of …

Computational fluid dynamics (CFD) model is used to study the effect of wind on the
performance of a rectangular secondary sedimentation tank (SST) in a wastewater treatment …

Computational fluid dynamics model is used to understand the impact of wind on the
performance of a secondary settling tank (SST) in a wastewater treatment plant (WWTP) …

In this research, we aim to investigate the effects of the depth and wind effect on the surface
of water on the hydraulic efficiency of the sedimentation tanks in water and wastewater …