Aspen Plus - Intermediate Process Modeling
Last updated 12/2018 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 8.27 GB | Duration: 13h 28m

Learn how to model more Complex Industrial and Chemical Processes!

What you'll learn
Model more advanced unit operations and more complex chemical processes
Simulate various unit operations in industrial processes
Rigorous Unit Operation Simulation
Improve Flowsheet Manipulation (Hierarchy Levels, Sub-flowsheets)
Logical Operators and Flowsheet Manipulators
Increase knowledge and application in the Physical Property Environment (Methods, Analysis Tools, Binary Diagrams, NIST TDE Databases)
Simulation Environment Analysis Tools: Sensitivity Analysis & Optimization with Constraints
Reporting Relevant Results (Graphs, Charts, Tables, etc...)
Heat Exchanger and Pump/Compressor curves
Distillation Column Profiling (Temperature, Pressure, Concentration, Purity)
Three in-depth Case Studies Analysis

Requirements
Chemical Engineering Basics
Elementary Principles of Plant Operation/Design (Recommended)
Aspen Plus (Version 7 at least)
Aspen Plus - Basic Process Modeling (Recommended)

Description
The INTERMEDIATE Aspen Plus Course will show you how to model and simulate more complex ProcessesAnalysis of Unit Operation will help you in order to simulate more complex chemical processes, as well as to analyse and optimize existing ones.
You will learn about
Better Flowsheet manipulation Hierarchy, Flowsheeting, Sub-flowsheet creation Logical Operators / Manipulators Understand Property Method Selection and its effects on simulation results Study of more rigorous unit operations Model Analysis Tools such as sensitivity and optimizationReporting Relevant Results Plot relevant data for Heaters, Columns ,Reactors, PumpsTemperature Profiles, Concentration Profile, Pump Curves, Heat Curves, etc. Up to 3 Case Studies (in-depth analysis)All theory is backed up by more than 30 Practical Workshops!At the end of the course you will be able to setup more complex processes, increase your simulation and flow sheeting techniques, run it and debugging, get relevant results and make a deeper analysis of the process for further optimization.
Overview
Section 1: Introduction
Lecture 1 Welcome to the Course!
Lecture 2 Course Content
Lecture 3 Course Objectives
Lecture 4 Requirements & Recommendations
Lecture 5 Benefits of the Course
Lecture 6 Material and Resources
Lecture 7 Join the Aspen Plus & HYSYS Forum (Unofficial)
Lecture 8 Quick Review - Aspen Plus
Lecture 9 Please be part of the discussion!
Lecture 10 Navigation Panes, Folders and Forms
Lecture 11 I really appreciate this!
Section 2: Flowsheet Manipulation
Lecture 12 Flowsheet Manipulation Introduction
Lecture 13 Flowsheet Modification (2A)
Lecture 14 Flowsheet Options
Lecture 15 Workshop: Explore Flowsheet Options
Lecture 16 Scrolling&Typing too fast?
Lecture 17 Viewing the Flowsheet
Lecture 18 Workshop: Find Object
Lecture 19 Workshop: Bookmark
Lecture 20 Workshop: Pan
Lecture 21 Modifying Flowsheet
Lecture 22 Workshop: Connectivity
Lecture 23 Workshop: Improve Appearance
Lecture 24 Copy & Pasting in the Flowsheet
Lecture 25 Workshop: Copy&Pasting in the Flowsheet
Lecture 26 Locking the Flowsheet
Lecture 27 Workshop: Lock Screen
Lecture 28 Flowsheet Sections
Lecture 29 Flowsheet Annotations
Lecture 30 Workshop: Flowsheet Annotations
Lecture 31 Templates, Sub-flowsheets & Hierarchy (2B)
Lecture 32 Templates
Lecture 33 Workshop: Create, Save and Open Templates
Lecture 34 Hierarchy Blocks
Lecture 35 Workshop: Hierarchy Blocks
Lecture 36 Flowsheet Manipulation Closure
Section 3: Physical Property Environment
Lecture 37 Property Methods Introduction
Lecture 38 Property Methods - Introduction (3A)
Lecture 39 Why Property Method?
Lecture 40 Ideal vs. Nonideal Modeling
Lecture 41 Workshop: Ideal Property Method
Lecture 42 Equation of State Models vs. Activity Models
Lecture 43 Activity Coefficient Methods
Lecture 44 NRTL Activity Model
Lecture 45 UNIFAC Activity Model
Lecture 46 Workshop: Activity Coefficient Methods
Lecture 47 Equation of State Methods
Lecture 48 Peng Robinson (PR) - EOS Model
Lecture 49 Workshop: Equation of State Models
Lecture 50 Introduction to Property Sets (3B)
Lecture 51 Property Sets
Lecture 52 Workshop: Defining your own Property Sets
Lecture 53 Introduction to NIST TDE (3C)
Lecture 54 What is NIST TDE?
Lecture 55 Workshop: Retrieving Binary Data from NIST TDE
Lecture 56 Take a break!
Lecture 57 Introduction to Analysis Tools (3D)
Lecture 58 Pure Component
Lecture 59 Workshop: Single Point Analysis
Lecture 60 Workshop: Multiple Point Analysis
Lecture 61 Binary Analysis
Lecture 62 T-xy Diagrams
Lecture 63 Workshop: T-xy Diagrams
Lecture 64 P-xy Diagrams
Lecture 65 Workshop: P-xy Diagrams
Lecture 66 Physical Property Environment Closure
Section 4: More Unit Operations
Lecture 67 More Unit Operations Introduction
Lecture 68 Separators (4A)
Lecture 69 Flash2
Lecture 70 Flash 3
Lecture 71 Decanter
Lecture 72 Workshop: Decanter
Lecture 73 Sep1
Lecture 74 Sep2
Lecture 75 Workshop: Using Sep1 and Sep2
Lecture 76 Heat Exchangers (4B)
Lecture 77 Heater
Lecture 78 Heat-X (Shortcut)
Lecture 79 Heat-X - Rigorous Shell&Tube
Lecture 80 Workshop: Heat-X
Lecture 81 Heat Curves
Lecture 82 Workshop: Heat Curves
Lecture 83 More on Heat Exchanger - EDR
Lecture 84 Columns (4C)
Lecture 85 DSTWU
Lecture 86 Workshop: DSTWU-1 Benzene & Toluene Min. Recycle Rate, Feed Tray, Compositions
Lecture 87 Workshop: DSTWU-2 Analysis of the theoretical stages vs. reflux ratio in a hydro
Lecture 88 RadFrac
Lecture 89 Workshop: RadFrac1 - Recycle Ratio of a C3-C4 Distillation
Lecture 90 Workshop: RadFrac2 - C4-C7 Separation and Recoveyr of C4
Lecture 91 Workshop: RadFrac 3
Lecture 92 Absorber
Lecture 93 WKS: Absorber (Tray Column)
Lecture 94 Extract
Lecture 95 Workshop: Extraction in a Ethylacetate-Acetone-Water system
Lecture 96 More on Columns?
Lecture 97 Reactors (4D)
Lecture 98 R-Stoic
Lecture 99 Workshop: R-Stoic For an Isothermal Reactor with Recycled Stream
Lecture 100 R-Yield
Lecture 101 R-Equil
Lecture 102 Workshop: R-Equil for Isothermal Reactor using UNIFAC, UNIQUAC and IDEAL Mod
Lecture 103 R-Gibbs
Lecture 104 Workshop: R-Gibbs - Competing Reactions
Lecture 105 Workshop: R-Equil vs. R-Gibbs
Lecture 106 R-CSTR
Lecture 107 Workshop: R-CSTR1 - Isothermal
Lecture 108 Workshop: R-CSTR2 - Adiabatic
Lecture 109 R-Plug
Lecture 110 Workshop: R-Plug1 - Adiabatic Liquid Reaction
Lecture 111 Workshop: R-Plug2 - Isothermal Reaction
Lecture 112 R-Batch
Lecture 113 Workshop: Isothermal Batch Reactor
Lecture 114 Workshop: Kinetic Reactors- Comparison
Lecture 115 Need more Reactor Engineering?
Lecture 116 Pressure Changers (4E)
Lecture 117 Work Streams
Lecture 118 Pump
Lecture 119 Workshop: Pumps & Turbines
Lecture 120 Pump Performance Curves
Lecture 121 Workshop: Pump Curves
Lecture 122 Compressor
Lecture 123 Valves
Lecture 124 Workshop: Valve
Lecture 125 Pipes & Pipelines
Lecture 126 Workshop: Pipe
Lecture 127 Workshop: Rankine Cycle
Lecture 128 Unit Operations Closure
Section 5: Model Analysis Tools
Lecture 129 Model Analysis Tools Introduction
Lecture 130 Getting Results (5A)
Lecture 131 Stream Results; Block Results & Results Summary
Lecture 132 Workshop: Stream, Block & Summary Results
Lecture 133 Adding T/P/M labels on flowsheet
Lecture 134 Workshop: Adding T/P/F conditions
Lecture 135 Adding Results Table
Lecture 136 Workshop: Adding Table of Results
Lecture 137 Plotting Data (5B)
Lecture 138 Plotting Tool
Lecture 139 Workshop: Column - RadFrac Plots
Lecture 140 Workshop Plotting Data - PFR
Lecture 141 Design Spec (5C)
Lecture 142 What are Manipulators?
Lecture 143 Design Specification
Lecture 144 Converging Tips for Design Specification
Lecture 145 WKS Design Spec 1 - RadFrac Reflux Ratio to meet Product Specification
Lecture 146 WKS Design Specification 2 - R-Gibbs Reactor Yields
Lecture 147 Workshop: Design Spec 3
Lecture 148 Sensitivity Analysis (5D)
Lecture 149 Sensitivity Analysis
Lecture 150 Methodology for Sensitivity Analysis
Lecture 151 Plotting Sensitivity Analysis Results
Lecture 152 Workshop Sensitivity Analysis based on Compressor and Heater of a Hydrocarbons
Lecture 153 Workshop Sensitivity Analysis of Feed, Reflux Ratio & Pressure in a RadFrac
Lecture 154 Workshop Sensitivity Analysis tools on an Adiabatic and Isothermal Reactor
Lecture 155 Optimization & Constraints (5E)
Lecture 156 Optimization Function
Lecture 157 Workshop: Optimization of Product Yield in Equilibrium and Gibbs Reactor
Lecture 158 Optimization with Constraints
Lecture 159 Workshop: Optimization of a RadFrac Distillation Column
Lecture 160 Model Analysis Tools Closure
Section 6: Case Studies
Lecture 161 Case Study Introduction
Lecture 162 Case Study Goals
Lecture 163 Case Study 1 - Hydroalkilation of Toluene - Problem Statement
Lecture 164 Case Study 1 - Hydroalkilation of Toluene - Flowsheeting
Lecture 165 Case Study 2 - Nitric Oxide Plant - Problem Statement
Lecture 166 Case Study 2 - Nitric Oxide Plant - Flowsheeting
Lecture 167 Case Study 3 - Isobuthene Production - Problem Statement
Lecture 168 Case Study 3 - Isobuthene Production - Flowsheeting
Lecture 169 Case Study Closure
Section 7: Conclusion
Lecture 170 Course Closure
Lecture 171 Course Wrap-up
Section 8: Bonus & Surprises!
Lecture 172 Continue with your Aspen Tech Training
Chemical Engineers,Process Engineers,Students related to engineering fields,Teachers willing to learn more about process simulation,Petrochemical Engineers

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