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E-raamat: Learn Aspen Plus in 24 Hours, Second Edition

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Thomas A. Adams II

Formaat: 336 pages
Ilmumisaeg: 07-Jan-2022
Kirjastus: McGraw-Hill Education
Keel: eng
ISBN-13: 9781264266661

Teised raamatud teemal:

Chemical engineering

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Formaat: 336 pages
Ilmumisaeg: 07-Jan-2022
Kirjastus: McGraw-Hill Education
Keel: eng
ISBN-13: 9781264266661

Teised raamatud teemal:

Chemical engineering

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"A self-guided learning experience designed to get you solving Chemical Engineering problems with Aspen Plus from scratch. This revision is necessary to update the book from Version 9 of the software to Version 12"--

Quickly start using the current version of Aspen Plus® to solve chemical engineering problems

Discover how to solve chemical engineering problems with Aspen Plus® in just 24 hours, with no prior experience. Thoroughly revised for the latest distribution, this self-learning guide features detailed mathematical models for a wide range of chemical process equipment, including heat exchangers, pumps, compressors, turbines, distillation columns, and chemical reactors. Divided into 12 two-hour lessons, Learn Aspen Plus® in 24 Hours, Second Edition shows, step by step, how to build process models and simulations without performing tedious calculations. You will also get downloadable Aspen Plus simulation files and helpful quick starter templates.

Inside, you will learn how to:

Get up and running with Aspen Plus
Accurately model physical property
Work with Aspen Plus’ problem solving tools
Create equilibrium- and rate-based distillation models
Build chemical reactor models
Incorporate connections to Microsoft Excel and Python in your Aspen Plus models
Estimate capital costs
Optimize heat exchanger networks
Simulate electrolyte chemistry and CO2 capture
Employ parallel computing and optimization
Choose property packages

About This Book

Introduction

xiii

Tutorial 1 Getting Started

(10)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Tutorial

(1)

Background

(9)

Part 1 Getting Started with Property Definitions

(3)

Part 2 Setting Up the Flowsheet

(5)

Part 3 A Little More on Your Own

(1)

Tutorial 2 Physical Property Modeling

(14)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Tutorial

(13)

Part 1 Physical Property Basics

(2)

Part 2 Retrieving Physical Property Data

(1)

Part 3 Creating a VLE Diagram

(3)

Part 4 Pressure Swing Distillation

(7)

Tutorial 3 Problem Solving Tools

(12)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Tutorial

(11)

Part 1 Design Specs

(5)

Part 2 Sensitivity Analysis

(6)

Tutorial 4 Heat Exchangers

(14)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Types and Classifications of Heat Exchangers

(1)

Shell and Tube Heat Exchangers

(1)

Advantages

(1)

Disadvantages

(1)

Plate Heat Exchangers

(1)

Advantages

(1)

Disadvantages

(1)

Tutorial

(1)

Case Study

(8)

Part 1 Using a Heater Model

(4)

Part 2 Using a HeatX Model

(4)

Why Choose Two HEATERs versus HeatX?

(3)

Tutorial 5 Equilibrium-Based Distillation Models

(10)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Tutorial

(9)

Part 1 Aspen Property Packages

(3)

Part 2 DSTWU and Shortcut Column Models

(3)

Part 3 Rigorous Distillation Models

(3)

Tutorial 6 Advanced Problem Solving Tools

(12)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Tutorial

(1)

Part 1 Utilities

(1)

What Are Utilities?

(1)

Defining Utilities

(2)

Using Utilities

(8)

Part 2 Optimization

(6)

Tutorial 7 Chemical Reactor Models

(14)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Tutorial

(12)

Part 1 RBatch

(4)

Part 2 Data Regression

(1)

Part 3 Expanding to Plug Flow Reactors

(1)

Part 4 Specification with RYield

(2)

Part 5 Specification with RStoic

(1)

Part 6 Equilibrium Reactions with REquil and RGibbs

(4)

Tutorial 8 Rate-Based Distillation Models

(14)

Objectives

(1)

Prerequisite Knowledge

(1)

Why This Is Useful for Problem Solving

(1)

Tutorial

(2)

Part 1 Sizing Information

(2)

Sieve Tray

(1)

Bubble Cap Tray

(1)

Tunnel Cap Tray

(1)

Structured Packing

(1)

Unstructured (Random) Packing

(10)

Part 2 Rate-Based Simulations

(7)

Tutorial 9 Custom Models and External Control

101

(12)

Objectives

101

(1)

Prerequisite Knowledge

101

(1)

Why This Is Useful for Problem Solving

102

(1)

Tutorial

102

(1)

Part 1 Basics

102

(1)

Import Variables

103

(1)

Export Variables

103

(10)

Part 2 Custom Models with Calculator Blocks

106

(2)

Part 3 Microsoft Excel Automation

108

(5)

Tutorial 10 Capital Cost Estimation

113

(12)

Objectives

113

(1)

Prerequisite Knowledge

113

(1)

Why This Is Useful for Problem Solving

113

(1)

Tutorial

114

(11)

Part 1 Using Aspen Capital Cost Estimator as a Stand-Alone Product

114

(8)

Part 2 Integrated Economics in Aspen Plus

122

(3)

Tutorial 11 Optimal Heat Exchanger Networks

125

(14)

Objectives

125

(1)

Prerequisite Knowledge

125

(1)

Why This Is Useful for Problem Solving

125

(1)

Tutorial

126

(1)

Background

126

(13)

Part 1 Generating HENs Using Manual Process Stream Data Entry in AEA

126

(6)

Part 2 Generating HENs Using Data Imported from Aspen Plus

132

(7)

Tutorial 12 Electrolyte Chemistry and Solvent-Based Carbon Dioxide Capture

139

(22)

Objectives

139

(1)

Prerequisite Knowledge

139

(1)

Why This Is Useful for Problem Solving

139

(1)

Tutorial

140

(21)

Part 1 Electrolytes

140

(5)

Part 2 Solvent-Based CO2 Capture---Setting Up Properties

145

(4)

Part 3 Solvent-Based CO2 Capture---Once-Through Simulation

149

(8)

Part 4 Solvent-Based CO2 Capture---Closing the Loop

157

(4)

Bonus Tutorial 1 Solids Processing

161

(8)

Objectives

161

(1)

Prerequisite Knowledge

161

(1)

Why This Is Useful for Problem Solving

161

(1)

Tutorial

161

(8)

Part 1 Simple Solids

161

(4)

Part 2 Simple Solids with Particle Size Distributions

165

(4)

Bonus Tutorial 2 Parallel Computing Tools: Reduced Order Models, Optimization, and High-Performance Computing

169

(34)

Objectives

169

(1)

Prerequisite Knowledge

169

(1)

Why This Is Useful for Problem Solving

170

(1)

Tutorial

171

(32)

Part 1 Aspen Multi-Case for Large Parallel Computing Jobs

171

(9)

Part 2 Running Aspen Plus from Python Code Using Parallel Computing

180

(13)

Part 3 Particle Swarm Optimization in Aspen Plus with Parallel Computing

193

(10)

Bonus Tutorial 3 Batch Operations in Aspen Plus

203

(22)

Objectives

203

(1)

Prerequisite Knowledge

203

(1)

Why This Is Useful for Problem Solving

203

(2)

Tutorial

205

(20)

Part 1 Simple Tanks with BatchOp

205

(8)

Part 2 Reactions in BatchOp

213

(6)

Part 3 Batch Distillation with BatchSep

219

(6)

Bonus Tutorial 4 Choosing Property Packages

225

(12)

Objectives

225

(1)

Prerequisite Knowledge

225

(1)

Why This Is Useful for Problem Solving

225

(1)

Tutorial

226

(1)

Part 1 Property Method Types

226

(1)

Equation of State Models

226

(1)

Activity Coefficient Models

227

(1)

Specialty Models

228

(5)

Part 2 Validating Normal Liquid Systems with Experimental Data

229

(4)

Part 3 Validating More Complex Systems with Experimental Data

233

(1)

Graphical Methods for Normal Gas + Normal Liquid Systems

233

(1)

Graphical Methods for Ternary VLE (Three Chemicals)

234

(2)

Statistical Methods for Any Number of Chemicals

236

(1)

Solutions

237

(54)

Command Index

291

(10)

Music Index

301

(2)

Subject Index

303

Thomas A. Adams II is an associate professor of chemical engineering at McMaster University. He serves as chair of the Systems and Control division of the Canadian Society of Chemical Engineers and is the author of the first edition of Learn Aspen Plus in 24 Hours.

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E-raamat: Learn Aspen Plus in 24 Hours, Second Edition

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