MATLAB Simulation for Distillation Column Modeling

This simulation program utilizes MATLAB software to create a comprehensive distillation column model. The implementation employs fundamental mass and energy balance equations along with phase equilibrium calculations to accurately represent distillation processes. Key algorithmic components include the McCabe-Thiele method for binary separation analysis and iterative convergence techniques for solving column operating parameters. Through this program, users can simulate distillation column operations under various conditions by modifying parameters such as feed composition, reflux ratio, and operating pressure. The code structure allows observation of separation efficiency, product purity analysis, and dynamic response to operational changes. Users can experiment with different configurations including continuous and batch operation modes, enabling in-depth study of column performance optimization strategies. The MATLAB implementation provides valuable visualization tools for analyzing temperature profiles, concentration gradients, and separation efficiency metrics. This simulation serves as an exceptional educational resource for understanding distillation principles and developing process control strategies through practical coding examples.