Abstract
The objective of the note is to examine the effect of solid density on the particle drift in gas-liquid-solid fluidization. Two types of particles are used: 774-μm glass beads as high-density particles and 1.2-mm calcium alginate particles which simulate low-density bioparticles. The effective drift is evaluated by measuring the amount of drifted particles above the free surface of the liquid-solid fluidized bed
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