Horizontal gas–liquid two-phase flows widely exist in a variety of industrial fields such as the
environment, chemical industry and energy. Intermittent flow, characterized by the quasi …

This paper studied the effects of system pressure on oil/gas low–liquid–loading flow in a
slightly upward inclined pipe configuration using new experimental data acquired in a high …

Conductivity methods are commonly used in two-phase flow measurement due to their high
sensitivity to the conductivity contrast between both phases. In this study, a dual-sensor …

In the current experimental research, we aimed to discover the interfacial behavior of gas–
liquid stratified two-phase flow sub-regime by the Planar Laser-Induced Fluorescence (PLIF) …

Blockchain as the name says, it's a chain of multiple blocks linked together. As a distributed
ledger, Blockchain built from a chain of blocks where each block consists of various …

This study attempts to address the unavailability of mechanistic model for pseudo-slug flow
and the limitation of upscaling studies of multiphase flow at elevated pressures. Pseudo-slug …

Non-uniform flow patterns on distillation trays can result in significant losses in separation
efficiency compared to conditions with straight chordal flow paths. To improve flow pattern …

The subjective nature of intermittent (slug/pseudo-slug) flow characterizations has limited
the reproducibility and consistency among independent datasets and may contribute to the …

In this paper, we propose a novel conductance parallel-wire array probe (CPAP) to measure
the interface characteristics of segregated horizontal oil-water two-phase flows. A …

Surfactant injection technology has recently been proposed as an alternative to mechanical
pigging for liquid unloading from the wellhead to the surface gas gathering system. This …