Statistical Investigation of Rotary Fluidized Bed Agglomeration Process with Tangential Spray and In-Line Particle Size Measurement for PAT Process Control

Advanced Process Control for Fluidized Bed Agglomeration

Fluidized bed agglomeration is an advanced technology to produce spherical coarse-grained material of uniform size ready for sale without any need for post-treatment. This study discusses the possibilities and appropriateness of an intelligent control method such as a fuzzy logic controller in simulating and controlling fluidized bed agglomeration performance. Modeling and simulation was perfor...

Generation Process and Performance Evaluation of Engineered Microsphere Agarose Adsorbent for Application in Fluidized-bed Systems

In this research, the generation process of engineered microsphere agarose adsorbent has been explained that has surfaces with different active sites to adsorb protein nanoparticles into the fluidized-bed system. Also, excellent selectivity of protein nanoparticles, high adsorption capacity, and fast equilibrium rate through the eco-friendly polymeric adsorbents were vital aims in here. Hence, ...

Effect of Process Variables on Growth Kinetics of Lactose Particles in a Wet Spray Fluidized Bed Granulator

Fluidized Bed Spray Granulation – From process understanding to modeling of nucleation and dust integration

Fluidized bed spray granulation is a process to obtain coarse-grained particles directly from suspensions, solutions or melts, ready for sale without any need for post-treatment. The process combines spray drying with granulation and classification, thus allowing the product particle size distribution to be adjusted according to customer demands. Well-known applications include pharmaceutical p...

Mechanism of particle coating granulation with RESS process in a fluidized bed

Ž . In this study, the rapid expansion of supercritical fluid solution RESS process was employed for the coating granulation of fine particles in a fluidized bed and its mechanism was examined. The rapid expansion of the supercritical solution causes very high supersaturating ratio of solute in the spraying flow, forming a large number of superfine nuclei. The superfine nuclei deposited on the ...