AspenPlus应用基础-培训

If available, physical property parameters for each component are retrieved from databanks.
Pure component databanks contain parameters such as molecular weight, critical properties, etc. The databank search order is specified on the Databanks sheet.
The Data Browser
Go back Parent button Units Go forward Next sheet Comments Previous sheet Status Next
Menu tree
Status area
Description area
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The minimum required inputs (in addition to the graphical flowsheet) to run a simulation are:
– Setup
– Components
– Properties
– Streams
– Blocks


These inputs are all found in folders within the Data Browser. These input folders can be located quickly using the Data menu or the Data Browser buttons on the toolbar.

The Find button can be used to search for components by component name, formula, component class, molecular weight, boiling point, or CAS number. The Electrolyte Wizard can be used to set up an 15 2013年7月13日星期六3时52分35秒 electrolyte simulation.
Basic Input
Objective: Introduce the basic input required to run an Aspen Plus simulation

（介绍运行Aspen Plus模拟需要的基本输入）
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Basic Input
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Setup
Most of the commonly used Setup information is entered on the Setup Specifications Global sheet: Flowsheet title to be used on reports Run type Input and output units Valid phases (e.g. vapor-liquid or vapor-liquidliquid) Ambient pressure

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The User Interface
Run ID Title Bar Menu Bar Next Button
Tool Bar
Select Mode button
Status Area Model Menu Model Tabs Process 9 Flowsheet Library Window 2013年7月13日星期六3时52分35秒
INORGANIC Thermochemical properties for inorganic components in vapor, liquid and solid states PURE93 Data from the Design Institute for Physical Property Data (DIPPR) and AspenTech delivered with ASPEN PLUS 9.3 Data from the Design Institute for Physical Property Data (DIPPR) and AspenTech delivered with ASPEN PLUS 8.5-6 Databank delivered with ASPEN PLUS 8.5-6
Use
Primary component databank in ASPEN PLUS Simulations containing electrolytes Simulations containing electrolytes and solids Solids, electrolytes, and metallurgy applications For upward compatibility
PURE856
For upward compatibility
培训
Introduction to Aspen Plus
®
Based on Aspen Plus® 10
Dec.2003
培训内容简要介绍：
• Aspen plus软件的基本使用、单元操 作模型介绍、物性选择依据；
• 灵敏度分析、设计规定、Fortran块 操作、窗口交互能力；
• 物性估算、优化。（--optional）

Uses underlying physical relationships
– Mass and energy balance – Equilibrium relationships – Rate correlations (reaction and mass/heat transfer)

Predicts
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Introduction
Objective: Introduce general flowsheet simulation concepts and Aspen Plus features

(介绍常规流程模拟概要和Aspen Plus软件特色)
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Status Indicators
Symbol Status
Input for the form is incomplete Input for the form is complete No input for the form has been entered. It is optional. Results for the form exist. Results for the form exist, but there were calculation errors. Results for the form exist, but there were calculation warnings. Results for the form exist, but input has changed since the results were generated.
Stream report options are located on the Setup Report Options Stream sheet.
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Coe Components Specifications form to specify all the components required for the simulation.
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Course Agenda （based topics :1 hour）
1. Introduction - General Simulation Concepts 2. The User Interface - Graphical Flowsheet Definition 3. Basic Input - Getting Around the Graphical User Interface 4. Unit Operation Models - Overview of Available Unit Operations 5. RadFrac - Multistage Separation Model 6. Reactor Models - Overview of Available Reactor Types 7. Physical Properties - Overview of Thermodynamic Models, Basic Property Analysis and Reporting
– Stream flowrates, compositions, and properties – Operating conditions – Equipment sizes
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Important Features of Aspen Plus
Rigorous Electrolyte Simulation Solids Handling Petroleum Handling Data Regression Data Fit Optimization User Routines（用户程序）
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Course Agenda (advanced topics :45 min)