Significant environmental effects from the use of marine outfall discharges have led to
increased efforts by both regulatory bodies and research groups to minimize the negative …

As wastewater is commonly disposed of in the form of sediment-laden jet from a submarine
outfall, the sediment movement when the jet evolves in the ambient water and its final …

In this work, we perform a series of experiments to study a buoyant miscible jet flow wherein
a heavy fluid is injected vertically downward into a more viscous light ambient fluid. The …

A numerical investigation of near-field brine discharge dynamics is reported for the Gold
Coast Desalination Plant offshore inclined multiport brine diffuser. Quasi-steady …

The discharge of brackish water, as a dense jet in a natural water body, by the osmotic
power plants, undergoes complex mixing processes and has significant environmental …

Due to the difference in density between the discharge effluent and coastal water, partially
treated wastewater is often discharged into the marine environment as a buoyant jet via …

This study presents an experimental and numerical study for an inclined (60° to horizontal)
dense jet discharged into a coflowing current. The mixing and transport of the density current …

In the present study, we experimentally investigated the mixing behavior of 45° inclined
dense jets in unbounded co-flowing and counter-flowing currents using the Planar Laser …

An integral model for the simulation and prediction of the mixing and diffusion of submerged
wastewater discharge in the form of a jet flow in a coastal dynamic environment is still …

To mitigate the ecological impact of dense effluents discharged from diffusers,
understanding the influence of ambient currents and discharge characteristics on …