STATIC AND DYNAMIC CHARACTERISTICS OF TRANSPORT PROCESSES IN DISPERSE SYSTEMS
DOI:
https://doi.org/10.18372/2310-5461.18.4929Keywords:
mathematical model, granulation, fluidized bed, static characteristics, dynamic characteristicsAbstract
This article deals with a mathematical model that describes the static and dynamic characteristics of the process in the fluidized bed granulation and shows the change in coolant temperature and fluidized bed during the heat-mass transfer processes during the motion of granular material through relevant technological areas in the machine that gives a granular product with desired properties.
The variation of temperature determines the kinetics of granulation and physico-mechanical properties of the pellets. Therefore, the proposed mathematical model can be used to create an efficient system of managing the process of formation of mineral fertilizers in the fluidized bed with liquid dehydration systems.
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