The hydrodynamics of gas-solid fluidized beds were studied covering a range of
hydrodynamic parameters such as inlet air flow rate, bed height, spacing of internal and …

In this investigation, hydrodynamic studies on fluidized beds with internals were conducted
by varying the parameters such as inlet air flow rate, bed height, internal spacing, internal …

In the present study, experiments on fluidized beds were conducted by varying
hydrodynamic parameters such as air velocity, bed height and internal spacing and these …

Use of fluidization phenomenon is increasing day by day in the mineral beneficiation. Owing
to the physical properties of the mineral particles, misplacement happens during the …

In this work, the pressure drop at the wall and the radial profiles of pressure drop along the
bed height have been measured using a differential pressure transducer and pressure …

Fundamental hydrodynamic properties in the fluidized beds are the maximal pressure drop
ΔPmax and the minimal fluidization velocity Umf. Accurately forecasting these variables is …

Gas-solid fluidization often suffers from inherent drawbacks like channeling, bubbling and
slugging which affect the quality of fluidization. Efforts have been made in this present …

Multistage fluidized bed has shown greater performance than the single stage in terms
adsorption efficiency, recovery efficiency etc. Thus, experiments have been carried out in a …

In the present study, effect of internals and other hydrodynamic variables on pressure drop
and expansion ratio were examined. The parameters studied include inlet air flow rate, bed …

The Hitran matrix element was investigated as a potential fluidization promoter. The
standard deviation of pressure and differential pressure fluctuations measured in a cold …