Gas–solid fluidization is a well-established technique to suspend or transport particles and
has been applied in a variety of industrial processes. Nevertheless, our knowledge of …

The removal of copper ions from wastewater is of great significance for reducing pollution of
surrounding environments and ensuring the quality of drinking water. In this study, a liquid …

Fluidized bed reactors with multiple input streams have been developed over the last
decades to satisfy industries in the scope of multiphase catalytic reactions, and two-zone …

Bed density stability is often the dominant factor restricting the efficiency of coal beneficiation
in gas-solid separation fluidized beds (GSSFB). Here, in order to improve the fluidization …

A coupled model of computational fluid dynamics and population balance model (CFD-
PBM) scheme was developed to simulate bubble size distribution in gas-solid bubbling …

The importance of bubble dynamics in fluidized beds is underscored by the efforts
undertaken over the past decades through experimental and numerical studies …

Bubble size distribution resulted from bubble coalescence and breakup has significant
effects on the effective interphase drag in gas–solid bubbling fluidized beds, which was …

A new bubble coalescence model was developed to simulate the bubble size distribution in
gas–solid bubbling fluidized bed. The model took into account the collisions due to the …

Fluidization characteristics and hydrodynamics of gas–solid fluidized beds are controlled by
bubble properties. However, the existing conventional image segmentation methods are …

The present study aims to investigate the hydrodynamic behavior of gas–solid flow in a
pseudo-two-dimensional cold circulation fluidized bed specifically designed to mimic a …