European Symposium on Computer Aided Process Engineering--13 : 36th European symposium of the Working Party on Computer Aided Process Engineering : ESCAPE-13, 1-4 June, 2003, Lappeenranta, Finland / edited by Andrzej Kraslawski, Ilkka Turunen.
This book contains papers presented at the 13th European Symposium on Computer Aided Process Engineering (ESCAPE-13). The ESCAPE symposia bring together scientists, students and engineers from academia and industry, who are active in the research and application of Computer Aided Process Engineering. The objective of ESCAPE-13 is to promote CAPE applications into new businesses and technologies by highlighting the use of computers and information technology tools in five specific areas: process design; process control and dynamics; modeling, simulation and optimization; applications in pulp and paper industry; and applications in biotechnology. Includes 190 papers selected from 391 submitted abstracts. All papers have been reviewed by 33 members of the international scientific community.
Bibliography
Includes bibliographical references and index.
Note
Print version record.
Contents
Chapter 5. An Integration of Design Data and Mathematical Models in Chemical Process DesignChapter 6. A Production Planning Strategic Framework for Batch Plants; Chapter 7. Managing Financial Risk in Scheduling of Batch Plants; Chapter 8. A Network Model for the Design of Agile Plants; Chapter 9. A Vision of Computer Aids for the Design of Agile Production Plants; Chapter 10. Synthesis of Integrated Distillation Systems; Chapter 11. A Continuous-Time Approach to Multiproduct Pipeline Scheduling
Chapter 12. Optimal Grade Transition Campaign Scheduling in a Gas-Phase Polyolefin FBR Using Mixed Integer Dynamic OptimizationChapter 13. Environmentally-Benign Transition Metal Catalyst Design using Optimization Techniques; Chapter 14. Complete Separation System Synthesis of Fractional Crystallization Processes; Chapter 15. Mathematical Modelling and Design of an Advanced Once-Through Heat Recovery Steam Generator; Chapter 16. Synthesis and Optimisation of the Recovery Route for Residual Products; Chapter 17. A New Modeling Approach for Future Challenges in Process and Product Design
Chapter 18. Solving an MINLP Problem Including Partial Differential Algebraic Constraints Using Branch and Bound and Cutting Plane TechniquesChapter 19. Selection of MINLP Model of Distillation Column Synthesis by Case-Based Reasoning; Chapter 20. Discrete Model and Visualization Interface for Water Distribution Network Design; Chapter 21. Optimal Design of Mineral Flotation Circuits; Chapter 22. An MINLP Model for the Conceptual Design of a Carbothermic Aluminium Reactor; Chapter 23. Towards the Identification of Optimal Solvents for Long Chain Alkanes with the SAFT Equation of State
Chapter 24. Combined Optimisation and Process Integration Techniques for the Synthesis of Fuel Cells SystemsChapter 25. Optimal Design and Operation of Batch Ultrafiltration Systems; Chapter 26. Process Intensification through the Combined Use of Process Simulation and Miniplant Technology; Chapter 27. A Constraint Approach for Rescheduling Batch Processing Plants Including Pipeless Plants; Chapter 28. Integrated MINLP Synthesis of Overall Process Flowsheets by a Combined Synthesis / Analysis Approach; Chapter 29. Computer Aided Design of Styrene Batch Suspension Polymerization Reactors
