Are you looking for a powerful and efficient solution to solve distillation column problems? This Python code package, based on the two reputable books "Chemical and Biomedical Engineering Calculations Using Python" and "Numerical Techniques for Chemical Engineers using Python," helps you easily solve problems related to simple and two-stage distillation column models.

Key Features:

• Solving Simple Distillation Column Model:
• Calculating output mass flow rates for separating methane, ethane, and propane mixtures.
• Utilizing the numpy.linalg.solve library for accurate linear equation solving.
• Solving Two-Stage Distillation Column Model:
• Calculating output mass flow rates for more complex systems with two separation stages.
• Formulating and solving mass balance equations for the entire system.
• Understandable and Documented Python Code:
• Codes are presented clearly with comprehensive explanations.
• Usable for students, engineers, and researchers.
• Based on Reputable Sources:
• Concepts and techniques are based on two valuable chemical engineering books.
• Easy Access:
• Files are provided as Google Colab files, which are easy to run and edit.

Who is this package for?

• Chemical engineering students and related fields
• Engineers and separation process specialists
• Researchers and chemical engineering software developers

By purchasing this package, you will receive:

• Google Colab files containing Python codes for solving simple and two-stage distillation column models.
• Complete explanations and documentation for the codes.

Don't miss this opportunity!

Solve distillation column problems simply and accurately with this Python code package and advance your projects.

#Python #ChemicalEngineering #Distillation #SeparationProcess #GoogleColab #PythonCode