Wet granulation is a very important unit operation that finds applications in many industries
mainly pharmaceutical and chemical industries. Various granulation technologies in batch …

Fluid bed granulation is faced with a high level of complexity due to the simultaneous
occurrence of agglomeration, breakage, and drying. These complexities should be …

Aerogels are nanoporous materials with an open-pore structure and high specific surface
area. Because of their outstanding properties they have been investigated in immense fields …

This study examined the synthesis of an amine-impregnated bead with high content of
zeolite X using chitosan as a binding agent. XRD analysis was conducted confirming the …

In this work, a coupled computational fluid dynamics–discrete element method (CFD–DEM)
approach was employed to evaluate the spouting behavior of fine, cohesive powders in a …

Particle coating experiments were performed in a lab-scale fluidized bed with varying
process parameters, such as spraying rate and air inlet temperature, leading to different …

Coating of particles in fluidized beds is a widely spread technique to generate well defined
properties of the dispersed solids or to protect active ingredients. The majority of coating …

In a pseudo-2D fluidized bed, a new color particle tracking velocimetry (PTV) method,
integrating the Voronoi tracking algorithm and the relaxation probability tracking algorithm, is …

This work aims to elucidate the particle growth mechanism during agglomeration using a
bottom-spray fluidized bed process to produce technical catalysts. The influences of the …

The internal structure of granules produced by spray fluidized bed agglomeration was
investigated by means of X-ray micro-computer-tomography. The X-ray tomography delivers …