CO 2 is one of the major anthropogenic greenhouse gases in the atmosphere contributing to
global warming (Blamey et al., 2010; Mikkelsen et al., 2010). In the last half-century, the …

Gravitation dictates the allowable flow phases and the achievable mass transfer rates in
classic distillation columns, which are tall for that exact reason. High-gravity (HiGee) devices …

Due to the exceptional multiphase mixing and mass transfer performance, gas–liquid vortex
units (GLVUs) have great potential for solvent-based applications such as CO2 capture. The …

A gas-liquid vortex unit (GLVU) operates in a centrifugal force field which significantly
intensifies the gas–liquid mixing and interphase mass transfer. Experimentally obtaining …

Process intensification (PI) is playing a key role in alleviating the challenge of reducing
carbon footprint of many chemical processes and bringing down their development costs …

Hydrogen-based shaft furnace technology holds promise for low-carbon hydrogen
metallurgy. Since hydrogen-assisted iron ore reduction is highly endothermic, inadequate …

This paper reviews the technologies and opportunities for process intensification (PI) in
nuclear effluent treatment. PI is an area that has already created many innovations within the …

Rotating packed bed (RPB) technology shows great potential for post-combustion capture.
However, the capture process inside the full RPB is difficult to simulate, due to the …

Abstract Rotating Packed Bed (RPB), as a representative equipment of hyper-gravity
technology, is widely used in process intensification of various reactions and separations …

Mesh packing has been widely exploited in rotating packed beds (RPBs). Fiber cross-
sectional shape (CSS) of mesh has exhibited significant influence on liquid flow behavior …