Introduction to Mechanical Operations and Particle Technology

In chemical, mineral, and process industries, handling bulk solids and separating mixtures efficiently is fundamental to successful plant operations. This course guides you from the absolute basics of particle technology to the design principles of industrial separation equipment, without requiring any prior advanced engineering background. You will learn how to analyze particle size distributions, calculate filtration rates, and understand the mechanics of fluidization. By completing this text-only program, you will gain a practical framework for analyzing, sizing, and optimizing mechanical unit operations in any industrial context. What you'll learn: - Understand the foundational properties of particulate solids and how to characterize particle size and shape - Analyze industrial screening equipment and calculate screening efficiency - Calculate energy requirements for size reduction using Rittinger's, Kick's, and Bond's laws - Evaluate sedimentation, clarification, and thickener design parameters - Apply filtration equations to predict rate, pressure drop, and cycle times in industrial filters - Understand the mechanics of fluidization and its application in modern chemical processing The course begins with essential definitions of particle properties and moves systematically through size reduction, mechanical separations, and fluid-solid operations. Each concept is reinforced with practical, written engineering scenarios and step-by-step mathematical derivations. This foundational course is designed for engineering students, plant operators, and technical professionals new to solid-fluid processing. No advanced prerequisites are required to begin. Start reading today to build a strong foundation in mechanical unit operations.