Introduction to Unit Operations of Particulate Matter

Particulate solids play a critical role in industries ranging from pharmaceuticals and food processing to chemical manufacturing and environmental engineering. Understanding how to handle, characterize, and separate these materials is essential for efficient industrial operations. This course guides you from the fundamental physics of individual particles to the design principles of large-scale industrial equipment. You will develop a solid theoretical foundation and learn how to solve practical engineering challenges involving solid-fluid systems. What you'll learn: Understand particle size distribution, shape factors, and characterization techniques; Analyze the mechanics of fluidization and slurry transport in pipelines; Design sedimentation tanks, clarifiers, and filtration systems using mathematical models; Evaluate the performance of cyclones, centrifuges, and electrostatic precipitators; Apply modern powder flowability concepts and storage design principles to prevent blockages. We begin with essential definitions, particle properties, and characterization methods before moving into fluid-particle dynamics, mixing, and separation technologies. This text-only course is designed for engineering students, entry-level process engineers, and technical professionals with no prior background in particle technology. Start building your expertise in particulate systems today.