Elsevier S & T

European Symposium on Computer Aided Process Engineering - 13: 36th European Symposium of the Working Party on Computer Aided Process Engineering

Kraslawski, Andrzej; Turunen, Ilkka

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Table of contents

Cover
Contentsvii
Part I: Keynote Paper1
Chapter 1. Computer Aided Biochemical Process Engineering1
Part II: Contributed Papers11
Section A: Process Design11
Chapter 2. A Two-stage Optimisation Approach to the Design of Water-using Systems in Process Plants11
Chapter 3. Generation and Screening of Retrofit Alternatives Using a Systematic Indicator-Based Retr17
Chapter 4. A Comparison of Flowsheet Solving Strategies Using Interval Global Optimisation Methods23
Chapter 5. An Integration of Design Data and Mathematical Models in Chemical Process Design29
Chapter 6. A Production Planning Strategic Framework for Batch Plants35
Chapter 7. Managing Financial Risk in Scheduling of Batch Plants41
Chapter 8. A Network Model for the Design of Agile Plants47
Chapter 9. A Vision of Computer Aids for the Design of Agile Production Plants53
Chapter 10. Synthesis of Integrated Distillation Systems59
Chapter 11. A Continuous-Time Approach to Multiproduct Pipeline Scheduling65
Chapter 12. Optimal Grade Transition Campaign Scheduling in a Gas-Phase Polyolefin FBR Using Mixed I71
Chapter 13. Environmentally-Benign Transition Metal Catalyst Design using Optimization Techniques77
Chapter 14. Complete Separation System Synthesis of Fractional Crystallization Processes83
Chapter 15. Mathematical Modelling and Design of an Advanced Once-Through Heat Recovery Steam Genera89
Chapter 16. Synthesis and Optimisation of the Recovery Route for Residual Products95
Chapter 17. A New Modeling Approach for Future Challenges in Process and Product Design101
Chapter 18. Solving an MINLP Problem Including Partial Differential Algebraic Constraints Using Bran107
Chapter 19. Selection of MINLP Model of Distillation Column Synthesis by Case-Based Reasoning113
Chapter 20. Discrete Model and Visualization Interface for Water Distribution Network Design119
Chapter 21. Optimal Design of Mineral Flotation Circuits125
Chapter 22. An MINLP Model for the Conceptual Design of a Carbothermic Aluminium Reactor131
Chapter 23. Towards the Identification of Optimal Solvents for Long Chain Alkanes with the SAFT Equa137
Chapter 24. Combined Optimisation and Process Integration Techniques for the Synthesis of Fuel Cells143
Chapter 25. Optimal Design and Operation of Batch Ultrafiltration Systems149
Chapter 26. Process Intensification through the Combined Use of Process Simulation and Miniplant Tec155
Chapter 27. A Constraint Approach for Rescheduling Batch Processing Plants Including Pipeless Plants161
Chapter 28. Integrated MINLP Synthesis of Overall Process Flowsheets by a Combined Synthesis / Analy167
Chapter 29. Computer Aided Design of Styrene Batch Suspension Polymerization Reactors173
Chapter 30. Waste Heat Integration Between Processes III: Mixed Integer Nonlinear Programming Model179
Chapter 31. Integration of Process Modelling and Life Cycle Inventory. Case Study: i-Pentane Purific185
Chapter 32. Superstructure Optimization of the Olefin Separation Process191
Chapter 33. Batch Extractive Distillation with Intermediate Boiling Entrainer197
Chapter 34. Short-cut Design of Batch Extractive Distillation using MINLP203
Chapter 35. A Conflict-Based Approach for Process Synthesis with Wastes Minimization209
Chapter 36. A New Continuous-Time State Task Network Formulation for Short Term Scheduling of Multip215
Chapter 37. Life Cycle Analysis of a Solar Thermal System with Thermochemical Storage Process221
Chapter 38. Hybrid Synthesis Method For Mass Exchange Networks227
Chapter 39. Multiperiod Synthesis and Operational Planning of Utility Systems with Environmental Con233
Chapter 40. Sizing Intermediate Storage with Stochastic Equipment Failures under General Operation C239
Chapter 41. Synthesis, Design and Operational Modelling of Batch Processes: An Integrated Approach245
Chapter 42. Modelling, Design and Commissioning of a Sustainable Process for VOCs Recovery from Spra251
Chapter 43. Comparison Between STN, m-STN and RTN for the Design of Multipurpose Batch Plants257
Chapter 44. Generalized Modular Framework for the Representation of Petlyuk Distillation Columns263
Chapter 45. A Multi-Modelling Approach for the Retrofit of Processes269
Chapter 46. Synthesis of Partially Thermally Coupled Column Configurations for Multicomponent Distil275
Chapter 47. A Multicriteria Process Synthesis Approach to the Design of Sustainable and Economic Uti281
Chapter 48. A Decision Support Database for Inherently Safer Design287
Chapter 49. Using Design Prototypes to Build an Ontology for Automated Process Design*293
Chapter 50. Engineer Computer Interaction for Automated Process Design in COGents299
Chapter 51. Developing a Methanol-Based Industrial Cluster305
Chapter 52. Risk Premium and Robustness in Design Optimization of a simplified TMP plant311
Chapter 53. Process Design as Part of a Concurrent Plant Design Project317
Chapter 54. A New MINLP Model for Mass Exchange Network Synthesis323
Chapter 55. A Knowledge Based System for the Documentation of Research Concerning Physical and Chemi329
Chapter 56. A Semi Heuristic MINLP Algorithm for Production Scheduling335
Chapter 57. Roles of Ontology in Automated Process Safety Analysis341
Section B: Process Control and Dynamics347
Chapter 58. Operator Support System for Multi Product Processes - Application to Polyethylene Produc347
Chapter 59. Combination of Measurements as Controlled Variables for Self-Optimizing Control353
Chapter 60. Integrating Budgeting Models into APS Systems in Batch Chemical Industries359
Chapter 61. A System for Support and Training of Personnel Working in the Electrochemical Treatment365
Chapter 62. Sensor-Placement for Dynamic Processes371
Chapter 63. Chaotic Oscillations in a System of Two Parallel Reactors with Recirculation of Mass377
Chapter 64. Control Structure Selection for Unstable Processes Using Hankel Singular Value383
Chapter 65. Neural Networks Based Model Predictive Control of the Drying Process389
Chapter 66. Real-Time Optimization Systems Based On Grey-Box Neural Models395
Chapter 67. Change Point Detection for Quality Monitoring of Chemical Processes401
Chapter 68. Selecting Appropriate Control Variables for a Heat Integrated Distillation System with P407
Chapter 69. A Holistic Framework for Supply Chain Management413
Chapter 70. Management of Financial and Consumer Satisfaction Risks in Supply Chain Design419
Chapter 71. Operator Training and Operator Support using Multiphase Pipeline Models and Dynamic Proc425
Chapter 72. Unstable Behaviour of Plants with Recycle431
Chapter 73. Development of an Intelligent Multivariable Filtering System based on the Rule-Based Met437
Chapter 74. Multiple-Fault Diagnosis Using Dynamic PLS Built on Qualitative Relations443
Chapter 75. Integration of Design and Control for Energy Integrated Distillation449
Chapter 76. Process Monitoring Based on Wavelet Packet Principal Component Analysis455
Chapter 77. Information Criterion for Determination Time Window Length of Dynamic PCA for Process Mo461
Chapter 78. Tendency Model-based Improvement of the Slave Loop in Cascade Temperature Control of Bat467
Chapter 79. Consistent Malfunction Diagnosis Inside Control Loops Using Signed Directed Graphs473
Chapter 80. Financial Risk Control in a Discrete Event Supply Chain479
Chapter 81. Control Application Study Based on PROCEL485
Chapter 82. Challenges in Controllability Investigations of Chemical Processes491
Chapter 83. Analysis of Linear Dynamic Systems of Low Rank497
Chapter 84. Data Based Classification of Roaster Bed Stability503
Chapter 85. A Two-Layered Optimisation-Based Control Strategy for Multi-Echelon Supply Chain Network509
Chapter 86. Dynamic Control of a Petlyuk Column via Proportional-Integral Action with Dynamic Estima515
Chapter 87. Dynamic Study of Thermally Coupled Distillation Sequences Using Proportional - Integral521
Chapter 88. Metastable Control of Cooling Crystallisation527
Chapter 89. Regional Knowledge Analysis of Artificial Neural Network Models and a Robust Model Predi533
Section C: Modelling, Simulation and Optimisation539
Chapter 90. Optimisation of Automotive Catalytic Converter Warm-Up: Tackling by Guidance of Reactor539
Chapter 91. Gas-Liquid and Liquid-Liquid System Modeling Using Population Balances for Local Mass Tr545
Chapter 92. Robust Optimization of a Reactive Semibatch Distillation Process under Uncertainty551
Chapter 93. Solution of the Population Balance Equation for Liquid-Liquid Extraction Columns using a557
Chapter 94. Identification of Multicomponent Mass Transfer by Means of an Incremental Approach563
Chapter 95. Development of the US EPA's Metal Finishing Facility Pollution Prevention Tool569
Chapter 96. Modelling and Simulation of Kinetics and Operation for the TAME Synthesis by Catalytic D575
Chapter 97. Reduction of a Chemical Kinetic Scheme for Carbon Monoxide-Hydrogen Oxidation581
Chapter 98. A Procedure for Constructing Optimal Regression Models in Conjunction with a Web-based S587
Chapter 99. Dynamic Simulation of the Borstar ® Multistage Olefin Polymerization Process593
Chapter 100. Agent-Oriented Modelling and Integration of Process Operation Systems599
Chapter 101. Off-line Image Analysis for Froth Flotation of Coal605
Chapter 102. Moving Finite Element Method: Applications to Science and Engineering Problems611
Chapter 103. Solution Multiplicity in Multicomponent Distillation. A Computational Study617
Chapter 104. Multiobjective Optimisation of Fluid Catalytic Cracker Unit Using Genetic Algorithms623
Chapter 105. Novel Operational Strategy for the Separation of Ternary Mixtures via Cyclic Operation629
Chapter 106. Modelling and Optimisation of a Semibatch Polymerisation Process635
Chapter 107. A Global Approach for the Optimisation of Batch Reaction-Separation Processes641
Chapter 108. Computational Modelling of Packed Bed Systems647
Chapter 109. Application of molecular simulation in the Gibbs Ensemble to Predict Liquid-Vapor Equil653
Chapter 110. Simulation of Supported Liquid Membranes in Hollow Fibre Configuration659
Chapter 111. On the Principles of Thermodynamic Modeling665
Chapter 112. Short-Term Scheduling in Batch Plants: A generic Approach with Evolutionary Computation671
Chapter 113. Model of Burden Distribution in Operating Blast Furnaces677
Chapter 114. Environmental Impact Minimisation through Material Substitution: A Multi-Objective Opti683
Chapter 115. Genetic Algorithms as an Optimisation Toll for Rotary Kiln Incineration Process689
Chapter 116. Dynamic Simulation of an Ammonia Synthesis Reactor695
Chapter 117. Reaction Modeling Suite: A Rational, Intelligent and Automated Framework for Modeling S701
Chapter 118. Computer Aided Prediction of Thermal Hazard for Decomposition Processes707
Chapter 119. Experimental and Theoretical Studies of the TAME Synthesis by Reactive Distillation713
Chapter 120. Oscillatory Behaviour in Mathematical Model of TWC with Microkinetics and Internal Diff719
Chapter 121. Methods of Analysis of Complex Dynamics in Reaction-Diffusion-Convection Models725
Chapter 122. Modelling and Identification of the Feed Preparation Process of a Copper Flash Smelter731
Chapter 123. CFD Modelling of Drag Reduction Effects in Pipe Flows737
Chapter 124. Modelling and Simulation of a Combined Membrane/Distillation Process743
Chapter 125. Consequences of On-Line Optimization in Highly Nonlinear Chemical Processes749
Chapter 126. Construction of Minimal Models for Control Purposes755
Chapter 127. Miniplant - Effective Tool in Process Development and Design761
Chapter 128. A Generalized Adsorption Rate Model Based on the Limiting-Component Constraint in Ion-E767
Chapter 129. Comparison of Various Flow Visualisation Techniques in a Gas-Liquid Mixed Tank773
Chapter 130. A Hybrid Optimization Technique for Improvement of P-Recovery in a Pellet Reactor779
Chapter 131. Modelling of Crystal Growth in Multicomponent Solutions785
Chapter 132. Towards the Atomistic Description of Equilibrium-Based Separation Processes.1. Isotherm791
Chapter 133. Dynamic Modelling of an Adsorption Storage Tank using a Hybrid Approach Combining Compu797
Chapter 134. Online HAZOP Analysis for Abnormal Event Management of Batch Process803
Chapter 135. Analysis of Combustion Processes Using Computational Fluid Dynamics - A Tool and Its Ap809
Chapter 136. Modelling of the Free Radical Polymerization of Styrene with Benzoyl Peroxide as Initia815
Chapter 137. Combining First Principles Modelling and Artificial Neural Networks: a General Framewor821
Chapter 138. Classifying and Proposing Phase Equilibrium Methods with Trained Kohonen Neural Network827
Chapter 139. An Initialisation Algorithm to Solve Systems of Nonlinear Equations Arising from Proces833
Chapter 140. Modelling Cells Reaction Kinetics with Artificial Neural Networks: A Comparison of Thre839
Chapter 141. Object-Oriented Components for Dynamic Hybrid Simulation of a Reactive Distillation Pro845
Chapter 142. Using the HSS Technique for Improving the Efficiency of the Stochastic Decomposition Al851
Chapter 143. The Effect of Algebraic Equations on the Stability of Process Systems Modelled by Diffe857
Chapter 144. The CAPE-OPEN Interface Specification for Reactions Package863
Chapter 145. Rigorous Optimization of Reactive Distillation in GAMS with the Use of External Functio869
Chapter 146. Effect of Time-Scale Assumptions on Process Models and Their Reconciliation875
Chapter 147. A Nonequilibrium Model for Three-Phase Distillation in a Packed Column: Modelling and E881
Chapter 148. Connecting Complex Simulations to the Internet - an Example from the Rolling Mill Indus887
Chapter 149. Non Equilibrium Model and Experimental Validation for Reactive Distillation893
Chapter 150. Hierarchical Fuzzy Modelling by Rules Clustering. A Pilot Plant Reactor Application899
Chapter 151. Residence Time Distributions From CFD In Monolith Reactors - Combination of Avant-Garde905
Chapter 152. Modelling the Dynamics of Solids Transport in Flighted Rotary Dryers911
Chapter 153. On-Line Process Optimisation: Parameter Tuning for the Real Time Evolution (RTE) Approa917
Chapter 154. Multi-Objective Optimization System MOON2 on the Internet923
Chapter 155. Reduced Order Dynamic Models of Reactive Absorption Processes929
Chapter 156. Separation of Azeotropic Mixtures in Closed Batch Distillation Arrangements935
Chapter 157. Numerical Bubble Dynamics941
Chapter 158. EMSO: A New Environment for Modelling, Simulation and Optimisation947
Chapter 159. New Concept of Cold Feed Injection in RFR953
Chapter 160. Numerical Modeling of a OK Rotor-Stator Mixing Device959
Chapter 161. Teaching Modelling of Chemical Processes in Higher Education using Multi-Media965
Chapter 162. Modeling of a Batch Process Based upon Safety Constraints971
Chapter 163. Modeling at Different Stages of Process Life-Cycle977
Chapter 164. The CFD Simulation of Temperature Control in a Batch Mixing Tank983
Chapter 165. On the Generalization of a Random Interval Method989
Section D: Applications in Pulp and Paper Industry995
Chapter 166. Adaptive Control of Continuous Pulp Digesters Based on Radial Basis Function Neural Net995
Chapter 167. Application of Data Reconciliation to the Simulation of System Closure Options in a Pap1001
Chapter 168. Mathematical Description of the Kraft Recovery Boiler Furnace1007
Chapter 169. Implementation of a Model Based Controller on a Batch Pulp Digester for Improved Contro1013
Chapter 170. Steady State and Dynamic Behaviour of Kraft Recovery Boiler1019
Chapter 171. Processing of Thermo-Mechanical Pulping Data to Enhance PCA and PLS1025
Chapter 172. A Decomposition Strategy for Solving Multi-Product, Multi-Purpose Scheduling Problems i1031
Chapter 173. Utilization of Dynamic Simulation at Tembec Specialty Cellulose Mill1037
Chapter 174. Synthesis of Heat Recovery Systems in Paper Machines with Varying Design Parameters1043
Chapter 175. Smart Enterprise for Pulp and Paper: Digester Modeling and Validation1049
Chapter 176. Multiobjective Optimization of a Continuous Pulp Digester1055
Chapter 177. Searching for Enhanced Energy Systems with Process Integration in Pulp and Paper Indust1061
Chapter 178. The Performance Optimisation and Control for the Wet End System of a Fluting and Liner1067
Section E: Applications in Biotechnology1073
Chapter 179. On-line Estimation of Bed Water Content and Temperature in a SSC Bioreactor Using a Mod1073
Chapter 180. On-line Monitoring and Control of a Biological Denitrification Process for Drinking-Wat1079
Chapter 181. The Role of CAPE in the Development of Pharmaceutical Products1085
Chapter 182. Developing Phenomena Models from Experimental data1091
Chapter 183. Multi-Site Capacity Planning for the Pharmaceutical Industry Using Mathematical Program1097
Chapter 184. A Multiagent-based System Model of Supply Chain Management for Traditional Chinese Medi1103
Chapter 185. A Tool for Modelling the Impact of Regulatory Compliance Activities on the Biomanufactu1109
Chapter 186. Modeling the Polymer Coating in Microencapsulated Active Principles1115
Chapter 187. Extractant Design for Enhanced Biofuel Production through Fermentation of Cellulosic Wa1121
Chapter 188. Optimisation of Fed-Batch Bioreactors Using Genetic Algorithms: Two Control Variables1127
Chapter 190. Efficient Modeling of 13C-Labeling Distributions in Microorganisms1133
Chapter 191. Fuzzy Goal Attainment Problem of a Beer Fermentation Process Using Hybrid Differential1139
Chapter 192. Application of Multiobjective Optimization in the Design of Chiral Drug Separators base1145
Author Index1151

Book details

Vendor Elsevier S & T
SKU 9780444513687
ISBN-13 9780080529448
Author Kraslawski, Andrzej; Turunen, Ilkka
Category Science
Subject Industrial & Technical

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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.

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