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Numerical study of particle segregation during spray drying of binary suspension droplets
Numerical study of particle segregation during spray drying of binary suspension droplets Spray drying is a widely used industrial process to convert liquid feedstock into dry powders by rapidly evaporating the solvent using a hot gas stream. It finds critical applications in pharmaceuticals, food processing, ceramics, and nanotechnology. In particular, the drying behavior of binary suspension droplets —droplets containing two different types of particles—has drawn considerable attention due to the complexity of particle interactions and segregation phenomena during the drying process. In this study, we present a numerical investigation into the particle segregation behavior during the spray drying of binary suspension droplets. The goal is to understand how different physical parameters influence the final spatial distribution of particles inside the dried droplet (or particle). Particle segregation can significantly impact the microstructure, functional properties, and performa...
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