These Aspen Plus v12 simulations are the solution or demonstration files for the book Learn Aspen Plus in 24 Hours, 2nd Edition, by Thomas A. Adams II. They are given as-is with no warranty or guarantee of accuracy or correctness. They are for educational purposes only.

The files list contains a large .zip of all files, or otherwise you can download them independently.

Files correspond to these tutorials:

Tutorial 2 Physical Property Modelling - Selecting physical properties. Understanding the database.
Tutorial 3 Problem Solving Tools - Design Specs and Sensitivity Analyses
Tutorial 4 Heat Exchangers - HEATER, HEATX
Tutorial 5 Equilibrium-based Distillation Models - RadFrac (in equilibrium mode)
Tutorial 6 Advanced Problem Solving Tools - Utilities, GHG Emissions, Optimization
Tutorial 7 Chemical Reactor Models - RSTOIC, REQUIL, RYIELD, RGIBBS, RCSTR, RPFR
Tutorial 8 Rate-based Distillation Models - RadFrac (in rate-based mode)
Tutorial 9 Custom Models and External Control - USER Blocks (Fortran Code), Microsoft Excel Connectivity
Tutorial 10 Capital Cost Estimation - Aspen Capital Cost Estimator
Tutorial 11 Optimal Heat Exchanger Networks - Aspen Energy Analyzer
Tutorial 12 Electrolytes and Solvent-Based CO2 Capture - Using electrolyte models for modelling carbon dioxide capture
Bonus 1 Solids Processing and Electrolyte Chemistry - Basic solids modelling. ElecNRTL. True vs Apparent components
Bonus 2 Parallel Computing and Python Automation - Using Aspen Multi-Case for parallel computing. Use Python for automation, parallel computing, and optimization
Bonus 3 Batch Processing - Use new Batch Processing flowsheet features
Bonus 4 Choosing Property Packages - How to select the best physical property packages for your simulation