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Файл:APLUS 111 Getting Started Solids.pdf
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- •Contents
- •About Getting Started Modeling Processes with Solids
- •Why Use Solids Simulation?
- •Sessions in this Book
- •Using Backup Files
- •Related Documentation
- •Installation Manual
- •User Guide
- •Technical Support
- •World Wide Web
- •Hours
- •Modeling Coal Drying
- •Coal Drying Flowsheet
- •Drawing the Graphical Simulation Flowsheet
- •Stream Classes and Substreams
- •Specifying Components
- •Defining Properties
- •For More Information on the HCOALGEN Model
- •Entering Stream Data
- •Specifying Blocks
- •Using a Calculator Block to Control Drying
- •Running the Simulation
- •Examining Simulation Results
- •Exiting Aspen Plus
- •Modeling Coal Combustion
- •Coal Combustion Flowsheet
- •Starting Aspen Plus
- •Opening an Existing Run
- •If Your Saved File Solid1.apw is Not Displayed
- •Saving a Run Under a New Name
- •Drawing the Graphical Simulation Flowsheet
- •Changing the Stream Class
- •Adding Components to the Model
- •Defining Properties
- •Change the Heat of Combustion Method for Coal
- •Specify the Heat of Combustion for Coal
- •Specifying the Air Stream
- •Specifying Unit Operation Models
- •Specify the Splits for the SSplit Block
- •Defining a Calculator Block
- •Specify the Calculations to be Performed
- •Specify When the Calculator Block Should be Run
- •Running the Simulation
- •Examining Results
- •Exiting Aspen Plus
- •Modeling Gas-Solid Separators
- •Gas-Solid Separation Flowsheet
- •Starting Aspen Plus
- •Opening an Existing Run
- •If Your Saved File Solid2.apw is Not Displayed
- •Saving a Run Under a New Name
- •Drawing the Graphical Simulation Flowsheet
- •To Update the Title for This Simulation
- •Running the Simulation
- •Examining Results
- •Exiting Aspen Plus
- •Modeling Polymer Recovery
- •Polymer Recovery Flowsheet
- •Starting Aspen Plus
- •To Specify the Application Type and Run Type for the New Run
- •Drawing the Graphical Simulation Flowsheet
- •Specifying Components
- •Defining Properties
- •Defining Stream Conditions
- •Entering Block Specifications
- •Enter Specifications for the CCD Model
- •To Learn More about the Cyclone Model Using Help
- •Enter Specifications for the Cyclone Model
- •To Specify That the Mixer Block DRIER Operates at 15 psi
- •Enter Specifications for the HyCyc Model
- •Running the Simulation
- •Examining Results
- •Exiting Aspen Plus
- •Connecting to the Aspen Plus Simulation Engine
Adding Components to the Model
Simulation 1 had four components: H2O, N2, O2, and COAL. Add the components that are formed by decomposing and combusting coal.
1From the Data menu, select Components.
The Components | Specifications | Global sheet appears.
2Add the components listed below:
Component ID |
Type |
Component Name |
NO2 |
Conventional |
NITROGEN DIOXIDE |
NO |
Conventional |
NITRIC OXIDE |
S |
Conventional |
SULFUR |
SO2 |
Conventional |
SULFUR-DIOXIDE |
SO3 |
Conventional |
SULFUR-TRIOXIDE |
H2 |
Conventional |
HYDROGEN |
CL2 |
Conventional |
CHLORINE |
HCL |
Conventional |
HYDROGEN-CHLORIDE |
C |
Solid |
CARBON-GRAPHITE |
CO |
Conventional |
CARBON-MONOXIDE |
CO2 |
Conventional |
CARBON-DIOXIDE |
ASH |
Nonconventional |
|
Note: You will need to type in the names for some components.
3-6 • Modeling Coal Combustion |
Getting Started - Solids |
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