Elsevier S & T

European Symposium on Computer Aided Process Engineering - 11: 11th European Symposium of the Working Party on Computer Aided Process Engineering

Gani, R.; Jørgensen, S.B.

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Table of contents

Cover
Copyrightiv
Prefacev
Contentsvii
Part I: Keynote Papers1
Chapter 1. Autonomy in automation: trends, technologies, tools1
Chapter 2. New Challenges and Opportunities for Process Modelling15
Chapter 3. Use of Prediction and Modeling in Early Evaluation of Process Options27
Chapter 4. A Multiscale-Multifaceted Approach to Process Synthesis and Development41
Chapter 5. System Biology: an Emerging Theme in Biological Research55
Part II: Contributed Papers: Computer Aided Systems for Modeling69
Chapter 6. Modelling of Nonlinear Process Dynamics using Kohonen's Neural Networks, Fuzzy Systems an69
Chapter 7. A Systematic Methodology for Empirical Modeling of Non-linear State Space Systems75
Chapter 8. Modelling of Air Pollution in an Environmental System by use of Non-linear Independent Co81
Chapter 9. A Life-cycle Approach for Model Reuse and Exchange87
Chapter 10. Dynamics of a Reactive Distillation Column for TAME Synthesis Described by a Non-equilib93
Chapter 11. Dynamics of Heat-integrated Heterogeneous Tubular Reactors with Axial Heat Conductivity99
Chapter 12. Simulation and Experimental Study of Intermediate Heat Exchange in a Sieve Tray Distilla105
Chapter 13. On-line Modelling in the Petroleum Industry: Successful applications and future perspect111
Chapter 14. Implementation of a Failure Model Validation Technique using a Discrete-event Batch Simu117
Chapter 15. Automatic Structural Characterization of DAE Systems123
Chapter 16. Steady State Analysis of Membrane Processes for the Treatment of Industrial Effluents129
Chapter 17. Bifurcation Analysis of Periodically Forced Systems via Continuation of a Discrete Map135
Chapter 18. Modelling and Optimisation of a High Density Fermentation Process using Multi-linear Mod141
Chapter 19. Simulation of the FGD In-duct Injection Technology using Complex Kinetic Models147
Chapter 20. EQUISTAR: Reliable Software for Design of Nonideal and Reactive Systems153
Chapter 21. CFD Modeling of Fast Chemical Reactions in Turbulent Liquid Flows159
Chapter 22. Symbolic Discretization of Distributed Parameter Process Models on Self-adaptive Moving165
Chapter 23. Computational Tools for Nonlinear Dynamical and Bifurcation Analysis of Chemical Enginee171
Chapter 24. Multi-scale Modeling of Growing Polymer Particles in Heterogeneous Catalytic Reactors177
Chapter 25. Semi-Batch Emulsion Copolymerisation: A Gereral Model for a Copolymer Formed from n Mono183
Chapter 26. Computer Aided Continuous Time Stochastic Process Modelling189
Chapter 27. Assumption Retrieval from Process Models195
Chapter 28. Dynamic Simulation of Batch Crystallization Process by using Moving Finite Difference Me201
Chapter 29. Effective Model Reduction for Analysis of Distributed Parameter Systems207
Chapter 30. Global Terrain Methods for Chemical Process Simulation213
Chapter 31. Estimation of a Deactivation Model for the Methanol Synthesis Catalyst from Historic Pro219
Chapter 32. Nonlinear Analysis of an Industrial Ammonia Reactor with Heterogeneous Model225
Chapter 33. Mixed Mode Simulation - Adding Equation Oriented Convergence to a Sequential Modular Sim231
Chapter 34. Adaptive Optimal Operation of the Fenton's Batch Process for Industrial Wastewater Treat237
Chapter 35. Generalized Reactor Model: An Object Oriented Approach to Reactor Modelling243
Chapter 36. Step Restriction for a Bounded Newton's Method249
Chapter 37. Improving Robustness using Homotopy as an Open Solver in a Dynamic Simulation Package255
Chapter 38. Using Wavelets in Process Identification: A New Link to the State Space261
Chapter 39. Evaluation of Coupled Reactive Distillation Performances by Means of a Rigorous Simulati267
Chapter 40. An Adjoint-Based Algorithm for Mixed Integer Dynamic Optimization273
Chapter 41. A Hybrid Mathematical Model for a Three-phase Industrial Hydrogenation Reactor279
Chapter 42. Complex Reactive Absorption Processes: Model Optimisation and Dynamic Column Simulation285
Chapter 43. A Web-based Library for Testing Performance of Numerical Solvers for Solving Nonlinear A291
Chapter 44. Analysis and Consistency of Process Models with Application to Ammonia Production297
Chapter 45. Dynamic Modelling of Chromatographic Processes: A Systematic Procedure for Isotherms Det303
Chapter 46. Process Simulation and Analysis with Heterogenenous Models309
Chapter 47. A Structured and Selective Framework for Hybrid Mechanistic-Empirical Model Building315
Chapter 48. Validations of the Nonequilibrium Stage Model and of a New Efficiency Correlation for No321
Chapter 49. Simulation of an Industrial Olefin Polymerization FBR Operating under Condensed Mode327
Chapter 50. An Extended Self-Organizing Map with Application to the Modelling of Pulse Jet Fabric Fi333
Part III: Computer Aided Systems for Synthesis and Design339
Chapter 51. Feed Pretreatment for Binary Distillation Efficiency Improvement339
Chapter 52. A Flowsheet-Centered Architecture for Conceptual Design345
Chapter 53. Systematic Generation of the Optimal and Alternative Flowsheets for Azeotropic Distillat351
Chapter 54. Reactor Selection and Design for Heterogeneous Reaction Systems357
Chapter 55. Generalized Disjunctive Programming Model for the Synthesis of Thermally Linked Distilla363
Chapter 56. An Optimization Approach to the Design of Value-Added Soybean Oil Products369
Chapter 57. ECOFAC- Computer Aided Solvent Design and Evaluation in Environmental Problems, Based on375
Chapter 58. Evolutionary Synthesis of Almost Closed Conservational Processes381
Chapter 59. Analysis of Azeotropic Distillation Columns combined with Pervaporation Membranes387
Chapter 60. Nonlinear Bilevel Programming: A Deterministic Global Optimization Framework393
Chapter 61. Systematic Methodologies for Chemical Reaction Analysis401
Chapter 62. An Efficient Approach to Quantify Process Feasibility based on Convex Hull407
Chapter 63. Design, Sizing and Modeling of a Reactive Extractive Distillation Unit and Solvent Recov413
Chapter 64. Modeling a Multi-Step Protein Synthesis and Purification Process: A Case Study of a CAPE419
Chapter 65. New designed TSA bed with cooling jacket for purification and regeneration of benzene an427
Chapter 66. Dynamic Optimization for Air Separation Plants433
Chapter 67. TRIZ-Based Creative Retrofitting of Complex Distillation Processes–An Industrial Case439
Chapter 68. Retrofit of Refinery Hydrogen Systems445
Chapter 69. Computer- Aided Synthesis of Molecular Mixtures and Process Streams451
Chapter 70. A Tool for Optimal Synthesis of Industrial Refrigeration Systems457
Chapter 71. Design of Reactive Distillation Process for Fatty Acid Esterification463
Chapter 72. Selection of Separation Sequences by using Case-based Reasoning469
Chapter 73. Optimal Multi-floor Process Plant Layout475
Chapter 74. Plate Fin Heat Exchanger Design using Simulated Annealing481
Chapter 75. Optimal Synthesis of Liquid-Liquid Multistage Extractors487
Chapter 76. Development of Novel Process Designs for Simultaneous Oxidation and Denitrification of W493
Chapter 77. Middle Vessel Heterogeneous Batch Distillation of an Azeotropic Mixture499
Chapter 78. Optimisation of Heat Integrated Distillation Sequences in the Context of Background Proc505
Chapter 79. A New Heat Integration Model for Streams of Variable Temperature and Constrained Matches511
Chapter 80. Tools for Reactive Distillation Column Design: Graphical and Stage-to-Stage Computation517
Chapter 81. Development of Software Tools for Crystallization System Synthesis523
Chapter 82. Optimization of Ethylene Process Design529
Chapter 83. Optimization of an Acidic Chlorine Scrubber with a Rate-based Simulation Engine535
Chapter 84. An Accelerated Branch-and-Bound Algorithm for Assignment Problems of Utility Systems541
Chapter 85. Retrofit Design of Chemical Processing Networks under Uncertainties: Application to Petr547
Chapter 86. Optimisation of an Industrial Scale Ethanol Dehydration Plant: A Case Study553
Chapter 87. Multi-Level Computer Aided System for the Design and Analysis of Processes with Electrol559
Chapter 88. Characterization and Simulation of the Pervaporation Process for Separating Azeotropic M567
Chapter 89. A Screening Method for Identifying Economic Improvement Potentials in Retrofit Design573
Chapter 90. MILP Models for the Synthesis of Protein Purification Processes579
Chapter 91. A CAPD Approach for Reaction Solvent Design585
Chapter 92. Automatic Synthesis of Complex Separation Sequences with Recycles591
Part IV: Computer Aided Systems for Control and Operation597
Chapter 93. Model-based Temperature Control of an Exothermic Semi-batch Reactor597
Chapter 94. Adaptive General Predictive Controller for a Nonlinear Bioreactor603
Chapter 95. Optimal Control of Semi-batch Reactors609
Chapter 96. Feedback Control Design by Lyapunov's Direct Method615
Chapter 97. Batch to Batch Improving Control of Yeast Fermentation621
Chapter 98. Distillation Control Using Passivity627
Chapter 99. A Novel Adaptive Multivariable DMC Controller: Application to an Industrial Reactor633
Chapter 100. Computer Design of a New Predictive Adaptive Controller Coupling Neural Networks and Ka639
Chapter 101. Function-Behavior Modeling and Multi-Agent Approach for Fault Diagnosis of Chemical Pro645
Chapter 102. Robust Predictive Control Combined with Nonlinear Observation for Monitoring (Bio)chemi651
Chapter 103. Control Structure Selection for an Evaporation Process657
Chapter 104. MPC using Nonlinear Models Generated by Genetic Programming663
Chapter 105. Wavelet Shrinkage Based Coariance Matrix Estimation from Process Measurements669
Chapter 106. Efficient Gross Error Elimination Methods for Rigorous On-line Optimization675
Chapter 107. A Combined Data and Gap Metric Approach to Nonlinear Process Control681
Chapter 108. Dynamic Study of Inferential Sensors (Neural Nets) in Quality Prediction of Crude Oil D687
Chapter 109. An Efficient MILP Continuous-Time Formulation for the Optimal Operation of General Mult693
Chapter 110. Increasing the Selectivity of the Fischer Tropsch Process by Periodic Operation699
Chapter 111. On-line Optimal Operating Policy and Control of a Batch Free Radical Polymerization Pro705
Chapter 112. Using Genetic Algorithm in Robust Nonlinear Model Predictive Control711
Chapter 113. Inferential Control of Microbial Batch Culture717
Chapter 114. Multistability and Robust Control of the Ammonia Synthesis Loop723
Chapter 115. Predictive Functional Control (PFC) Applied to an Unstable System–An Industrial Appli731
Chapter 116. Selecting Control Configurations for Performance737
Chapter 117. Design of Controllable Batch Processes743
Chapter 118. Optimization and Nonlinear Model Predictive Control of Batch Polymerization Systems749
Chapter 119. Interval Matrix Robust Control of a MMA Polymerization Reactor755
Chapter 120. Model Predictive Control of Apoptotis in Mammalian Cell Cultures761
Chapter 121. Convex Underestimators for Variational and Optimal Control Problems767
Chapter 122. Modeling, Simulation and Control of an Industrial Electrochemical Process773
Chapter 123. Generic Properties of Time and Space Dependent Optimal Control of (Bio-) Chemical Proce781
Chapter 124. Nonlinear Analysis and Control of a Continuous Fermentation Process787
Chapter 125. Nonlinear Process Model-based Self-optimizing Control of Complex Crude Distillation Col793
Chapter 126. Closed Loop Controllability Analysis of Process Designs: Application to Distillation Co799
Chapter 127. Online Optimization Integrated with Online Analyzers and Multivariable Predictive Contr805
Chapter 128. A Control Methodology for Product Quality Control in Climate Controlled Operations invo811
Chapter 129. A Model-Based Supervisory Control Routine for Temperature Control of Batch Reactors: Ex817
Chapter 130. Strategies for Optimisation and Control of Molecular Weight and Particle Size Distribut823
Part V: Computer Aided Systems for Manufacturing829
Chapter 131. Process Safety Management for Batch Process Operation829
Chapter 132. Dynamic Cross-functional Factory-to-Business Links in the Batch Industry835
Chapter 133. Ad-hoc Scheduling/Planning Strategies in Distributed Computing Systems: An Application841
Chapter 134. Dynamic Modelling and Scheduling of an Industrial Batch Digester Cooking System847
Chapter 135. Application and Evaluation of Linear/Restricted Nonlinear Observers to a Nonlinear CSTR853
Chapter 136. Design Considerations of Computer-Aided RCM-based Plant Maintenance Management System859
Chapter 137. Capacity Planning under Clinical Trials Uncertainty for the Pharmaceutical Industry865
Chapter 138. Multiperiod Planning of Multisite Supply Chains Under Demand Uncertainty871
Chapter 139. Combined MILP-Constraint Programming Approach for the Optimal Scheduling of Multistage877
Chapter 140. Development of Interactive Facilities in a Knowledge-based Scheduling Framework883
Chapter 141. Computer Aided System for Short-term Scheduling of Batch Processes based on Hybrid Simu889
Chapter 142. Automatic Accident Scenario Generation for Petrochemical Processes895
Chapter 143. The Integration of Production Plan and Operating Schedule in a Pharmaceutical Pilot Pla901
Chapter 144. Mixed-Integer Multiperiod Model for the Planning of Oilfield Production907
Chapter 145. Decision-making Framework for the Scheduling of Cleaning/Maintenance Tasks in Continuou913
Chapter 146. A Conceptual Optimisation Approach for the Multiperiod Planning of Utility Networks919
Chapter 147. An Integrated Environment for Batch Process Development–From Recipe to Manufacture925
Chapter 148. Knowledge-based Management of Change in Chemical Process Industry931
Chapter 149. A Novel Continuous Time MILP Formulation for Multipurpose Batch Plants - Integrated Pla937
Part VI: Process and Tools Integration943
Chapter 150. Retrofitting of Mass Exchange Networks with Temperature Effects943
Chapter 151. Implementation of Multiobjective Optimisation for Multipurpose Batch Plant Planning949
Chapter 152. Concurrent Process Engineering & The Implications for CAPE955
Chapter 153. A Unified Framework for Flexibility Analysis and Design of Non-Linear Systems via Param961
Chapter 154. Open Software Architecture for Numerical Solvers: Design, Implementation and Validation967
Chapter 155. Multiplicity and Stability of CSTR-Reactor-Separator-Recycle Systems973
Chapter 156. A New Multiparametric Mixed-Integer Quadratic Programming Algorithm979
Chapter 157. A Process Integration Design Method for Water Conservation and Wastewater Reduction in985
Chapter 158. Retrofit of Mass Exchange Networks991
Chapter 159. The Interactions of Design, Control and Operability in Reactive Distillation Systems997
Chapter 160. General Strategy for Decision Support in Integrated Process Synthesis, Design and Contr1003
Chapter 161. Static and Dynamic Optimisation of CAPE Problems using a Model Testbed1009
Chapter 162. A Prototype System for Economic, Environmental and Sustainable Optimization of a Chemic1017
Chapter 163. Decision Support Tools for Process Design and Selection1023
Chapter 164. Site-wide Energy Optimization with Steam Pressure Changes1029
Chapter 165. A Combined Approach for the Overall Energy Integration and Optimal Synthesis of Low-Tem1035
Chapter 166. Implementation Issues for Real Time Optimization of a Crude Unit Heat Exchanger Network1041
Chapter 167. An Approach to Controllability and Economic Design Analysis of Nonlinear Systems with M1047
Chapter 168. Dynamic Data Reconciliation of Regenerative Heat Exchangers coupled to a Blast Furnace1053
Chapter 169. New Chemical Process Economic Analysis Methods1059
Chapter 170. A Vision of Future Needs and Capabilities in Process Modelling, Simulation & Control1065
Chapter 171. Component-based implementation of a dynamic optimization algorithm using adaptive param1071
Chapter 172. Integration of available CAPE Tools for Real Time Optimization Systems1077
Chapter 173. Design and Synthesis of Process Plant Utility Systems under Operational Variations1083
Chapter 174. Near-independent Subsystems in Heat Exchanger Networks Design1089
Chapter 175. Simultaneous MINLP Synthesis of Heat Exchanger Networks Comprising Different Exchanger1095
Chapter 176. SIM-OPT: A Computational Architechture to Address Valuable Business Aspects of Research1101
Chapter 177. Solution of MEN Synthesis Problems using MINLP: Formulations of the Kremser Equation1109
Chapter 178. Modelling Interface for Chemical Plantwide Process Design1115
Chapter 179. An Open Thermodynamics Server for Integrated Process Engineering Environments1121
Part VII: New Frontiers in CAPE1127
Chapter 180. Optimisation of Global Pharmaceutical Syntheses Integrating Environmental Aspects1127
Chapter 181. Genome Wide Functional Annotation using Mathematical Programming1133
Chapter 182. On the Optimisation of Drug Delivery Devices1139
Chapter 183. An Integrated Framework for Developing Inherently Safer and Environmentally Benign Proc1145
Chapter 184. Particle Size Distribution by Design1151
Chapter 185. Optimization in Molecular Design and Bioinformatics1157
Chapter 186. Designing Efficient, Economic and Environmentally Friendly Chemical Processes1165
Chapter 187. Study on Lifecycle and Agility of Process Industry1171
Chapter 188. Dynamic Assessment of Induced Thermal Stresses on the Semiconductor Packaging Substrate1177
Author Index1183

Book details

Vendor Elsevier S & T
SKU 9780444507099
ISBN-13 9780080531298
Author Gani, R.; Jørgensen, S.B.
Category Technology & Engineering
Subject Chemical & Biochemical

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This book contains papers presented at the 11th Symposium of Computer Aided Process Engineering (ESCAPE-11), held in Kolding, Denmark, from May 27-30, 2001. The objective of ESCAPE-11 is to highlight the use of computers and information technology tools, that is, the traditional CAPE topics as well as the new CAPE topics of current and future interests.
The main theme for ESCAPE-11 is process and tools integration with emphasis on hybrid processing, cleaner and efficient technologies (process integration), computer aided systems for modelling, design, synthesis, control (tools integration) and industrial case studies (application of integrated strategies). The papers are arranged in terms of the following themes: computer aided control/operations, computer aided manufacturing, process and tools integration, and new frontiers in CAPE. A total of 188 papers, consisting of 5 keynote and 183 contributed papers are included in this book.

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