Introduction to Unit Operations
Definition and significance in industrial processes
Overview of various unit operations
Fluid Mechanics
Fluid properties and behavior
Flow in pipes and channels
Pumps, compressors, and fluid movers
Heat Transfer
Conduction, convection, and radiation
Heat exchangers: types, design, and operation
Evaporation and condensation
Mass Transfer
Principles of diffusion and mass transfer
Distillation: methods and equipment
Absorption and stripping
Extraction: liquid-liquid and solid-liquid
Mechanical Separations
Filtration: theory and equipment
Centrifugation
Sieving and screening
Chemical Reactors
Types of reactors: batch, continuous, and semi-batch
Reactor design and operation
Reaction kinetics and reactor sizing
Mixing and Agitation
Types of mixers and agitators
Mixing principles and scale-up
Applications in various industries
Crystallization and Solid-Liquid Separation
Principles of crystallization
Crystallizer design and operation
Solid-liquid separation techniques
Drying
Fundamentals of drying processes
Types of dryers and their applications
Design and optimization of drying systems
Membrane Processes
Membrane separation principles
Types of membranes and modules
Applications in industry
Advanced Topics in Unit Operations
Process intensification
Novel separation techniques
Environmental and energy considerations
Process Simulation and Modeling
Introduction to simulation software (e.g., Aspen Plus, COMSOL)
Building and analyzing models of unit operations
Practical examples and case studies
Optimization and Troubleshooting
Techniques for process optimization
Common operational issues and solutions
Case studies of real-world troubleshooting
