Carbon capture and storage is recognized as one of the most promising solutions to mitigate
climate change. Compared to conventional separation technologies, supersonic separation …

Supersonic separator is a new technology with applications in gas dehydration and
hydrocarbon dew pointing. Many research studies have investigated the design …

Axial cyclone separator has been widely applied in chemical production as an efficient gas-
liquid separation device. In this study, a new axial cyclone separator with integrated swirler …

Supersonic separator is a new technology based on the adiabatic expansion of swirling gas
flow, and at present it has demonstrated great application potential in separating and …

Abstract A Supersonic Swirling Separator (SSS) device could be usefully adopted in the
natural gas transmission pipelines in order to condense and separate the heavy …

The effects of swirls on the mass flow rates and on the natural gas velocity and temperature
in a supersonic separator were numerically studied using the Reynolds stress model. An …

In this paper, three passive methods for the generation of swirl flow in the supersonic
separator (3S) were investigated, and their structures were optimized by computational fluid …

In this study, the effects of several structural and operational parameters affecting the
separation efficiency of supersonic separators were investigated by numerical methods …

In this study, we employed the computational fluid dynamic (CFD) technique in conjunction
with a thermodynamic EOS package to investigate the liquid hydrocarbon recovery of …

Supersonic separation combines concepts from aerodynamics, thermodynamics, physical
separation and fluid-dynamics resulting in an innovative gas conditioning process. It is used …