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Aspen Plus - Intermediate Course
First Section
Welcome to the Course! (3:36)
Course Content (11:03)
Course Objectives (3:05)
Requirements & Recommendations (2:24)
Benefits of the Course (2:39)
Material and Resources
Join the Aspen Plus & HYSYS Forum (Unofficial) (1:27)
Quick Review - Aspen Plus (9:23)
Please be part of the discussion! (0:48)
Navigation Panes, Folders and Forms (6:55)
I really appreciate this!
Flowsheet Manipulation
Flowsheet Manipulation Introduction (1:10)
Flowsheet Modification (2A) (0:43)
Flowsheet Options (1:35)
Workshop: Explore Flowsheet Options (7:17)
Scrolling&Typing too fast? (1:03)
Viewing the Flowsheet (1:42)
Workshop: Find Object (3:27)
Workshop: Bookmark (3:53)
Workshop: Pan (1:29)
Modifying Flowsheet (2:41)
Workshop: Connectivity (7:47)
Workshop: Improving Appearance (9:45)
Copy & Pasting in the Flowsheet (2:16)
Workshop: Copy&Pasting in the Flowsheet (6:42)
Locking the Flowsheet (2:23)
Workshop: Locking Flowsheet / Screen (2:06)
Flowsheet Sections (3:07)
Flowsheet Annotations (3:56)
Workshop: Flowsheet Annotations (10:46)
Templates, Sub-flowsheets & Hierarchy (2B) (1:08)
Templates (3:53)
Workshop: Create, Save and Open Templates (3:30)
Hierarchy Blocks (6:39)
Workshop: Hierarchy Blocks (9:52)
Flowsheet Manipulation Closure (1:08)
Physical Property Environment
Property Methods Introduction (2:30)
Property Methods - Introduction (3A) (0:39)
Why Property Method? (4:13)
Ideal vs. Nonideal Modeling (2:34)
Workshop: Ideal Property Method (4:44)
Equation of State Models vs. Activity Models (4:13)
Activity Coefficient Methods (6:45)
NRTL Activity Model (6:22)
UNIFAC Activity Model (3:12)
Workshop: Activity Coefficient Methods (6:08)
Equation of State Methods (4:18)
Peng Robinson (PR) - EOS Model (2:14)
Workshop: Equation of State Models (4:48)
Introduction to Property Sets (3B) (0:58)
Property Sets (4:15)
Workshop: Defining your own Property Sets (4:58)
Introduction to NIST TDE (3C) (0:59)
What is NIST TDE? (7:48)
Workshop: Retrieving Binary Data from NIST TDE (3:27)
Take a break! (1:32)
Introduction to Analysis Tools (3D) (1:24)
Pure Component (2:48)
Workshop: Single Point Analysis (2:20)
Workshop: Multiple Point Analysis (3:25)
Binary Analysis (1:48)
T-xy Diagrams (1:39)
Workshop: T-xy Diagrams (6:05)
P-xy Diagrams (1:30)
Workshop: P-xy Diagrams (4:11)
Physical Property Environment Closure (2:02)
More Unit Operations
More Unit Operations Introduction (3:35)
Separators (4A) (0:42)
Flash2 (1:30)
Flash 3 (1:10)
Decanter (0:54)
Workshop: Decanter (3:22)
Sep1 (1:27)
Sep2 (1:29)
Workshop: Using Sep1 and Sep2 (6:44)
Heat Exchangers (4B) (0:35)
Heater (1:00)
Heat-X (Shortcut) (4:11)
Heat-X – Rigorous Shell&Tube (4:54)
Workshop: Heat-X (7:42)
Heat Curves (0:48)
Workshop: Heat Curves (4:39)
More on Heat Exchanger - EDR (1:33)
Columns (4C) (0:34)
DSTWU (2:31)
Workshop: DSTWU-1 Benzene & Toluene Min. Recycle Rate, Feed Tray, Compositions (6:54)
Workshop: DSTWU-2 Analysis of the theoretical stages vs. reflux ratio (6:15)
RadFrac (3:54)
Workshop: RadFrac1 - Recycle Ratio of a C3-C4 Distillation (7:57)
Workshop: RadFrac2 - C4-C7 Separation and Recoveyr of C4 (5:07)
Workshop: RadFrac3 - Column Internals comparison of Trays vs.Packings (11:27)
Absorber (1:26)
Workshop: Absorber (Tray Column) (14:59)
Extract (RadFrac) (2:29)
Workshop: Extraction in a Ethylacetate-Acetone-Water system (5:24)
More on Columns? (0:41)
Reactors (4D) (1:14)
R-Stoic (1:19)
Workshop: R-Stoic For an Isothermal Reactor with Recycled Stream (8:21)
R-Yield (1:17)
R-Equil (2:09)
Workshop: R-Equil for Isothermal Reactor using UNIFAC, UNIQUAC and IDEAL Models (6:10)
R-Gibbs (2:43)
Workshop: R-Gibbs - Competing Reactions (12:03)
Workshop: R-Equil vs. R-Gibbs (7:49)
R-CSTR (3:16)
Workshop: R-CSTR1 - Isothermal (5:51)
Workshop: R-CSTR2 - Adiabatic (9:37)
R-Plug (3:02)
Workshop: R-Plug1 – Adiabatic Liquid Reaction (8:31)
Workshop: R-Plug2 – Isothermal Reaction (10:46)
R-Batch (2:02)
Workshop: Isothermal Batch Reactor (7:52)
Workshop: Kinetic Reactors- Comparison (10:24)
Need more Reactor Engineering? (0:54)
Pressure Changers (4E) (0:41)
Work Streams (1:22)
Common Pressure Changers - Pumps (3:32)
Workshop: Pumps & Turbines (3:39)
Pump Performance Curves (2:17)
Workshop: Pump Curves (Efficiency & Head Requirements) (5:15)
Compressor (1:58)
Valves (2:21)
Workshop: Valves & Fittings (4:25)
Pipes & Pipelines (4:54)
Workshop Piping System Comparison: Schedules 40 & 80 vs Diameters 1in & 2in (8:51)
Workshop: Rankine Cycle (9:02)
Unit Operations Closure (1:53)
Model Analysis Tools
Model Analysis Tools Introduction (3:53)
Getting Results (5A) (0:30)
Stream Results; Block Results & Results Summary (4:43)
Workshop: Stream, Block & Summary Results (4:28)
Adding T/P/M labels on flowsheet (4:38)
Workshop: Adding T/P/F conditions (6:44)
Adding Results Table (2:00)
Workshop: Adding Table of Results (6:38)
Plotting Data (5B) (1:33)
Plotting Tool (4:32)
Workshop: Column - RadFrac Plots (4:11)
Workshop Plotting Data - PFR
Design Spec (5C) (0:35)
What are Manipulators? (1:51)
Design Specification Tool (7:11)
Converging Tips for Design Specification (5:35)
WKS Design Spec 1 - RadFrac Reflux Ratio to meet Product Specification (6:09)
WKS Design Specification 2 - R-Gibbs Reactor Yields (2:51)
Workshop: Design Spec 3 - Modification of Diameter & Length for a PFR (4:55)
Sensitivity Analysis (5D) (0:35)
Sensitivity Analysis Tool (9:04)
Methodology for Sensitivity Analysis (8:00)
Plotting Sensitivity Analysis Results (1:26)
Workshop Sensitivity Analysis based on Compressor and Heater of a Hydrocarbons (11:43)
Workshop Sensitivity Analysis of Feed, Reflux Ratio & Pressure in a RadFrac (10:29)
Workshop Sensitivity Analysis tools on an Adiabatic and Isothermal Reactor (9:10)
Optimization & Constraints (5E) (1:09)
Optimization Function (2:36)
Workshop: Optimization of Product Yield in Equilibrium and Gibbs Reactor (7:03)
Optimization with Constraints (1:54)
Workshop: Optimization of a RadFrac Distillation Column (14:52)
Model Analysis Tools Closure (2:09)
Case Studies
Case Study Introduction (1:47)
Case Study Goals (1:20)
Case Study 1 - Hydroalkilation of Toluene - Problem Statement (6:48)
Case Study 1 - Hydroalkilation of Toluene - Flowsheeting (26:53)
Case Study 2 - Nitric Oxide Plant - Problem Statement (4:25)
Case Study 2 - Nitric Oxide Plant - Flowsheeting (32:25)
Case Study 3 - Isobuthene Production - Problem Statement (6:23)
Case Study 3 - Isobuthene Production - Flowsheeting (40:43)
Case Study Closure (1:38)
Conclusion
Course Closure (4:33)
Course Wrap-up (5:16)
Continue your training! More Courses!
Equation of State Models vs. Activity Models
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