Abstract
The advances in spray drying are founded on two parallel activities, the design of the equipment and process control. The equipment design is evaluated with simulation and experimentation, utilizing as much knowledge as possible about the process’s physics. This knowledge is generated with the aid of single droplet experimentation, drying kinetics modeling, and computational fluid dynamics (CFD). The CFD simulations allow coupling the latest knowledge in assessing the design of specific equipment and testing out novel ideas. Another activity that pushes the performance of the process is based on the development of monitoring equipment and advanced process controls. These are continued endeavors that still push the performance and create new process designs and spray drying solutions.
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