Supersonic separation technology is a new approach to condense and separate water,
heavy hydrocarbons and other impurities from natural gas. This paper reviews the research …

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

To clarify the condensation characteristics of natural gas under a high pressure and obtain
accurate nucleation parameters, traditional Internal Consistent Classical Nucleation Theory …

The real gas effect was not taken into account in the current nucleation models, which will
cause relatively big errors in the simulation of condensation process, and the supersonic …

The high integration and vigorous microminiaturization has led to an exponential growth in
the required dissipated heat flux of the on-board electronics (10 2–10 3 W/cm 2). However …

The mitigation of CO 2 emissions is an effective measure to solve the climate change issue.
In the present study, we propose an alternative approach for CO 2 capture by employing …

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 …

In view of the excellent performance of the supersonic separator for natural gas dehydration,
a new type of natural gas liquefaction process using the Laval nozzle is proposed in this …

Spray cooling has proved to be the promising candidate for the scheme of extremely high
heat flux dissipation. The largest innovation of this paper is to develop a novel fluidic …

Catalytic thermolysis of hydrogen sulfide rich acid gases at elevated temperatures is a novel
process to produce clean hydrogen fuel. Separation of the hydrogen gas from furnace …