Supersonic separator offers a new research field for the simultaneous purification of acidic
gases (such as carbon dioxide (CO 2) and hydrogen sulfide (H 2 S)). However, the …

Supersonic separators can provide efficient and simultaneous separation and purification of
natural gases from various impurities (eg water vapor and hydrogen sulfide). Reliable …

Previous studies have found that supersonic separation has the possibility to capture CO 2
from flue gas, thereby reducing carbon emissions. In this study, a CFD model is proposed to …

A cleaner approach was proposed for removing CO 2 and H 2 S from highly acid natural gas
by supersonic separation technology. For this purpose, different structures of Laval nozzles …

Compared with other natural gas processing methods, supersonic separation technology
has the advantages of small floor space, no internal moving components, and no chemical …

A new method was proposed for hydrogen sulfide removal from natural gas through the
utilization of supersonic flow in a Laval nozzle. For this purpose, a mathematical model was …

This work proposes a CFD model based on spontaneous condensation theory and
evaluates the potential of non-equilibrium phase transition principle for flue gas …

The current study evaluated a potential carbon separation method. Based on engineering
thermodynamics, heat transfer and phase transition dynamics, a mathematical model is …

In order to study the separation mechanism of CO 2 droplets and natural gas in a supersonic
separator, different structure of cyclones were designed and the flow characteristics of …

A mathematical model for phase equilibrium prediction of multi-component gas separation
process inside a supersonic separator is established and an efficient numerical solution …