Waterbodies' thermal energy potential, as a green, renewable, and limitless source of
energy, can be exploited in response to the growing energy demands of islands and coastal …

Wastewaters are often discharged into water bodies from multiport diffusers in the form of
inclined dense jets, and it is important to predict their mixing characteristics for a sound …

Wastewater disposal through the dumping of spoil and sludge into the river, lake, or ocean is
typically in the form of a sediment‐laden jet. The inorganic and organic solids from the …

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 …

Multi-buoyancy jet technology is widely utilized in deep-sea discharge projects due to its
cost-effectiveness, attracting significant scholarly attention. However, research on …

A novel discharge dispersion model is developed to simulate the complex three-
dimensional flow behaviour of thermal-induced buoyant water jets under current-wave …

Wastewaters are commonly discharged into the seas and oceans through multiport diffusers.
Accurate prediction of the complex interactions of multiport diffusers with the receiving water …

The initial dilution generated by the final disposal of untreated wastewater through a
submarine outfall in Santa Marta was examined with a near-field dilution model. Northward …

In order to predict the dilution characteristics of vertical buoyant jets constrained by lateral
obstructions, we propose a new method based on a commonly used machine learning …

Brine effluents are commonly discharged into water bodies through diffusers and may cause
almost permanent adverse effects on marine habitats. Since the extension of such negative …