The effect of the cyclone inlet dimensions on the performance and flow field pattern has
been investigated computationally using the Reynolds stress turbulence model (RSM) for …

Four cyclone separators with different dust outlet geometries (without dustbin, with dustbin,
with dipleg and with dustbin plus dipleg) have been computationally investigated. There are …

The paper presents an in-depth review of the liquid unloading by vortex tools in the low
production gas wells or hilly pipelines from the perspective of liquid unloading mechanism …

In order to investigate inlet bubble size distribution, gas phase concentration, and swirling
intensity in the swirling flow field of a vane-type separator, both flow loop experiments and …

Hydrocyclones are used in mineral industries for classification and separation of solid
particles of different sizes and densities suspended in water medium. In the present study an …

One of the big challenges in multiphase flow measurements is velocity calculation. This
paper describes utilizing dual-plane Electrical Capacitance Tomography (ECT) to estimate …

The exploitation efficiency of natural gas hydrate is highly affected by sand production. In
this paper, hydrocyclone purification separator was designed. A combination of single factor …

The oil/water separation in a liquid-liquid cylindrical cyclone is experimentally studied in this
article. The effects of the flow split-ratio and the flow rate on the oil/water separation …

The turbulent flow in a tangential inlet/tangential outlet vortex tube is numerically simulated
using a modified k-ϵ turbulence model. The results are compared to experimental …

In this work, in order to investigate the behavior of non-dilute drops, including breakup,
coalescence and trajectory, in a 100-mm inner-diameter horizontal swirling flow field with …