Falling film heat and mass transfer, representatives of advanced and low-carbon heat and
mass transfer technologies, has been applied in a variety of thermal processes due to its …

Falling film driven by gravity finds wide application in various industry areas, such as
refrigeration, chemical engineering and desalination. The liquid film flows along the solid …

Rotating packed beds (RPBs), as a type of process intensification technology, are promising
to be employed as high-efficiency CO 2 absorbers. However, the detailed understanding of …

This review summarizes the various methods implemented with computational fluid
dynamics (CFD) to predict mass transfer in structured packings. Interfacial mass transfer …

Post-combustion CO 2 capture by chemical absorption in structured packed columns has
been technically and commercially proven as a viable option to be deployed for carbon …

An investigation on the geometry of structured packings was conducted using CFD to
determine its impact on the liquid-phase hydrodynamic and mass transfer performance …

Post-combustion carbon capture in structured packing columns is considered as a promising
technology to reduce greenhouse gas (GHG) emissions because of its maturity and the …

The optimal design and operation of a liquid desiccant dehumidifier needs the
understanding of the flow mechanism. However, the study in this aspect is still limited. In the …

Normally, the design of the cryogenic structured packings mainly relies on the hydraulic
experiments of room temperature fluids such as water due to the difficulties and high cost of …

The present study proposed a novel quasi-3D model for simultaneous simulation of heat
and mass transfer process in a falling film dehumidifier with penetration mass transfer theory …