INDICE: Acknowledgments .Preface to Second Edition .Preface to First Edition .Chapter 1: Introduction to Aspen Plus .1.1. Basic ideas .1.2. Starting Aspen Plus .1.3. The Next Function .1.4. The Navigation Pane .1.5. The Property Environment .1.6. Properties for Simulation .1.7. The Simulation Environment .1.8. Simulation Options .1.9. Units .1.10. Streams .1.11. Blocks .1.12. The Object Manager .1.13. Model Execution .1.14. Viewing results .1.15. Plotting Results .References .Chapter 2: Properties .2.1. Introduction .2.2. The Pure Component Databanks .2.3. Property Analysis .2.4. Property Estimation .2.5. Workshops .2.6. Workshop notes .References .Chapter 3: The Simple Blocks .3.1. Introduction .3.2. Mixer/Splitter Blocks .3.2.1. The Mixer Block .3.2.2. The Fsplit Block .3.3. The Simple Separator Blocks .3.3.1. The Sep Block .3.3.2. The Sep2 Block .3.4. Some Manipulator Blocks .3.4.1. The Dupl Block .3.4.2. The Mult Block .3.5. Workshops .3.6. Workshop notes .Chapter 4: Processes with Recycle .4.1. Introduction .4.2. Blocks with Recycle .4.3. Heuristics .4.4. Workshops .4.5. Workshop notes .References .Chapter 5: Flowsheeting and Model Analysis Tools .5.1. Introduction .5.2. Introduction to Fortran in Aspen Plus .5.3. Basic Interpreted Fortran Capabilities .5.3.1. Primary Fortran operators .5.3.2. Precedence of Calculations .5.3.3. Statement Format .5.3.4. Program Logic Control .5.4. The Sensitivity Function .5.5. The Design Specification .5.6. The Calculator Function .5.7. The Transfer Function .5.8. Workshops .5.9. Workshop Notes .References .Chapter 6: The Data Regression System (DRS) .6.1. Introduction .6.2. Parameters of Equations of State .6.3. Parameters of Activity Coefficient Equations .6.4. Basic Ideas of Regression .6.5. Mathematics of Regression .6.5.1. Newton–Raphson Method for Solution of Non–linear Equations .6.5.2. Direct Optimization of an Objective Function .6.6. Practical Aspects of the Regression of VLE or LLE Data .6.6.1. Regression of VLE data .6.6.2. Regression of LLE data .6.7. VLE and LLE data sources .6.8. Workshops .6.9. Workshop Notes .References .Chapter 7: Flashes and Decanter .7.1. Introduction .7.2. The Flash2 Block .7.3. The Flash3 Block .7.4. The Decanter Block .7.5. Workshops .7.6. Workshop notes .References .Chapter 8: Pressure Changers .8.1. Introduction .8.2. The Pump Block .8.3. The Compr Block .8.4. The MCompr Block .8.5. Pipelines and Fittings .8.6. Workshops .8.7. Workshop Notes .References .Chapter 9: Heat Exchangers .9.1. Introduction .9.2. The Heater Block .9.3. The Heatx block .9.4. The Mheatx Block .9.5. Workshops .9.6. Workshop Notes .References .Chapter 10: Reactors .10.1. Introduction .10.2. The RStoic Block .10.3. The RYield block .10.4. The REquil Block .10.5. The RGibbs Block .10.6. Reactions for the Rigorous Models .10.6.1. The Equilibrium Class .10.6.2. The Powerlaw Class .10.6.3. The Langmuir Hinshelwood Hougen Watson (LHHW) Class .10.6.4. The Generalized Langmuir Hinshelwood Hougen Watson Class (CLHHW) .10.7. The RCSTR Block .10.8. The RPlug Block .10.9. The RBatch Block .10.10. Workshops .10.11. Workshop Notes .References .Chapter 11: Multistage Equilibrium Separations .11.1. Introduction .11.2. The Basic Equations .11.3. The Design Problem .11.4. A Three Product Distillation Example .11.5. Preliminary Design and Rating Models .11.5.1. DSTWU .11.5.2. Distl .11.6. Rigorous Models .11.6.1. RadFrac .11.6.2. Extract .11.7. BatchSep .11.8. Workshops .11.9. Workshop Notes .References .Chapter 12: Process Flowsheet Development .12.1. Introduction .12.2. Heuristics .12.3. An Example, the Production of Styrene .12.4. A Model with Basic Blocks .12.5. Properties .12.6. Rigorous Flash and Decanter .12.7. Analyzing the Rigorous Distillation .12.8. Integrating the Rigorous Distillation Into the Flowsheet .12.8.1. Selection of the Tear Stream .12.8.2. The Sequence of Calculations .12.9. The Reactor Feed .12.10. Miscellaneous Considerations .12.11. Workshops .12.12. Workshop Notes .References .Chapter 13: Optimization .13.1. Introduction .13.2. An Optimization Example .13.3. Workshops .13.4. Workshop Notes .References .Chapter 14: Complex Equilibrium Stage Separations .14.1. Introduction .14.2. Energy Integration Applications .14.3. Homogeneous Azeotropic Distillation .14.4. Extractive Distillation .14.5. Heterogeneous Operations .14.6. Workshops .14.7. Workshop Notes .References .Chapter 15: Equation–Oriented Simulation .15.1. Introduction .15.2. Identification of Variables .15.3. Equations for EO Simulation .15.4. Solving the EO Equations .15.5. Comparing Calculated Variables in SM and EO Simulation .15.6. Synchronization of the Equations .15.7. The Equation Oriented Menu .15.8. Solution of an EO Problem .15.9. Reinitialization .15.10. A Design Specification .15.11. An SM Problem That is Difficult to Converge .15.12. Sensitivity Analysis .15.13. Equation Oriented Optimization .15.14. Workshops .15.15. Workshop Notes .References .Chapter 16: Electrolytes .16.1. Introduction .16.2. Electrolyte Solution Equilibria .16.3. Electrolyte Solution Equilibria and the Electrolyte Wizard .16.4. Electrolyte Equilibrium/Phase Equilibrium Examples .16.4.1. Concentration of an Hydrochloric Acid Water Solution .16.4.2. Steam Stripping of Solvents An Aspen Plus Example .References .Chapter 17: Beyond the Basics .Index
- ISBN: 978-1-118-98059-0
- Editorial: Wiley–Blackwell
- Encuadernacion: Rústica
- Páginas: 280
- Fecha Publicación: 28/10/2016
- Nº Volúmenes: 1
- Idioma: Inglés