This work reviews methods for time-series analysis for characterization of the dynamics of
gas–solid fluidized beds from in-bed pressure measurements for different fluidization …

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 …

Particle fluidization is a promising unsteady-state shear means of mitigating membrane
fouling, thereby potentially lower the energy requirement in membrane-based water …

Particle clusters are important mesoscale flow structures in gas-solid circulating fluidised
beds (CFBs). An electrostatic sensing system and two accelerometers are installed on the …

Fluid coking is a thermal conversion process that uses a conventional two-vessel circulating
fluidized bed to convert heavy hydrocarbon feeds to lighter products. The technology was …

In many industrial processes involving gas–solid fluidized bed rectors, the addition of a
liquid phase significantly alters the hydrodynamics. To fully characterize the hydrodynamics …

It is necessary to investigate the collision behavior of fluidized solid particles on the wall of a
brittle graphite heat exchange tube of a fluidized bed evaporator for a better fundamental …

The process of fluidized bed drying of granules was comparatively evaluated by on-line real-
time measurements of granule moisture content (MC) using near-infrared spectroscopy …

It is common to characterize fluidized bed dynamics using spectral analysis and nonlinear
methods such as correlation entropy (Kolmogorov entropy). In this paper, an alternative …

Low frequency accelerometry signals have been applied for detecting regime transitions in a
gas-solid fluidized bed. Three solids have been fluidized to promote bubbling, churn and …