dynamic-modelling-and-simulation-of-a-three-phase-gravity-separator

Three-phase gravity separators are an essential component of the petroleum industry's manufacturing process. Because of immiscibility and density differences between the three, they are employed to separate hydrocarbon streams produced at the wellhead into their constituent phases: gas, oil, and water. They are available in both horizontal and vertical formats. As a result, the oil, water, natural gas, and sediment content of produced well fluids varies. The first stage in generating oil and gas is to utilize a separator to split the flow into its constituent components. Much research has been conducted to extensively explore the crude oil separation process's separation mechanisms, size, and design using horizontal 3-Phase Gravity Separators. There are, however, very few papers about their dynamics, modelling, and simulation