Chapter
Chapter 8. Solution of population balance equations for prediction of particle size distribution in emulsion polymerization: comparison and evaluation of different numerical methods
pp.：
64 – 70
Chapter 9. Solution of the hyperbolic model for heat and mass transfer in packed bed reactors
pp.：
70 – 76
Chapter 10. Moving finite difference method for tracking a shock or steep moving front
pp.：
76 – 82
Chapter 11. Neural Network in Physical Equilibria Prediction
pp.：
82 – 88
Chapter 12. Novel Methods for the Efficient Evaluation of Stored Mathematical Expressions on Vector Computers
pp.：
88 – 94
Chapter 13. Global Optimization of Nonconvex Problems with Differential-Algebraic Constraints
pp.：
94 – 100
Chapter 14. Scheduling to Minimize Expected Completion Time in Flowshop Plants with Uncertain Processing Times
pp.：
100 – 106
Chapter 15. Automatic Re-Weighting of Maximum Likelihood Functions for Parameter Regression
pp.：
106 – 112
Chapter 16. Energy cost minimization in an energy intensive industrial plant: an MINLP approach
pp.：
112 – 118
Chapter 17. Generic object-oriented modelling, simulation and optimization of dynamical systems
pp.：
118 – 124
Chapter 18. Detecting outliers in multivariate process data by using convex hulls
pp.：
124 – 130
Chapter 19. MINLP Optimization of Several Process Structures for the Separation of Azeotropic Ternary Mixtures
pp.：
130 – 136
Chapter 20. MINLP Optimization of Reactive Distillation Columns
pp.：
136 – 142
Chapter 21. Batch Distillation Optimization with a Multiple Time-Scale Sequential Approach for Strong Nonlinear Processes
pp.：
142 – 148
Chapter 22. Non-Linear Constrained GRG Optimization under Parallel-Distributed Computing Environments
pp.：
148 – 154
Chapter 23. A Bi-Index Continuous Time MILP Model for Short-Term Scheduling of Single-Stage Multi-Product Batch Plants with Parallel Units
pp.：
154 – 160
Chapter 24. Importance of parameter selection in classification systems using neural networks
pp.：
160 – 166
Chapter 25. A two dimensional conceptual model to support data integration in process plant operations
pp.：
166 – 172
Chapter 26. Feedforward Control Based on Online Concentration Calculation of a Heat- and Mass-Integrated Distillation System
pp.：
172 – 178
Chapter 27. Analysis of Input-Output Controllability in Reactive Distillation Using the Element model
pp.：
178 – 184
Chapter 28. Hybrid Simulation of Continuous Discrete Systems
pp.：
184 – 190
Chapter 29. Interaction between Design and Control of Heat-Integrated PFR
pp.：
190 – 196
Chapter 30. Optimal control of batch reactors using Generic Model Control (GMC) and Neural Network
pp.：
196 – 202
Chapter 31. Stability analysis of delayed chemical systems
pp.：
202 – 208
Chapter 32. Nonlinear model based control of optimal temperature profiles in polystyrene polymerization reactor
pp.：
208 – 214
Chapter 33. Experimental Verification and Optimisation of a Detailed Dynamic High Performance Liquid Chromatographic Column Model
pp.：
214 – 220
Chapter 34. Expert Control of DO in the Aerobic Reactor of an Activated Sludge Process
pp.：
220 – 238
Chapter 36. Use of Gap Metric for Model Selection in Multi-Model Based Control Design: An Experimental Case Study of pH Control
pp.：
232 – 238
Chapter 37. Dynamic and Control of High Purity Heterogeneous Azeotropic Distillation Process
pp.：
238 – 244
Chapter 35. Dynamic Behavior of a Counter-Current Fixed-Bed Reactor with Sustained Oscillations
pp.：
238 – 232
Chapter 38. Training a Recurrent Neural Network by the Extended Kalman Filter as an Identification Tool
pp.：
244 – 250
Chapter 39. An Algorithm for Efficient Specification Analysis in Large-Scale Dynamic Process Simulation
pp.：
250 – 256
Chapter 40. Adaptive Neural Network Model Based Nonlinear Predictive Control of a Fluid Catalytic Cracking Unit
pp.：
256 – 262
Chapter 41. Computer Design of a System of Predictive Control for a Continuous Process Purification of Bioproducts
pp.：
262 – 269
Chapter 42. Knowledge Based Modular Networks for Process Modelling and Control
pp.：
269 – 274
Chapter 43. Computer aided and control of a rotary kiln incinerator
pp.：
274 – 280
Chapter 44. The use of process dynamic simulation for learning to design digital controllers
pp.：
280 – 286
Chapter 45. Model Based Control of Batch Chromatography
pp.：
286 – 292
Chapter 46. Model Predictive Control of an Industrial Dryer
pp.：
292 – 298
Chapter 47. Approximate Dynamic Models Using Coarse Grid Parameter Relaxation
pp.：
298 – 304
Chapter 48. Analysis of different control possibilities for the Divided Wall Column: feedback diagonal and Dynamic Matrix Control
pp.：
304 – 310
Chapter 49. Control Strategies for Brine Electrolysis by Ion Exchange Membrane Cell Process
pp.：
310 – 316
Chapter 50. A new methodology for the active control of the heat transfer in Autoclave technology
pp.：
316 – 322
Chapter 51. Model Predictive Control: A Multi-Parametric Programming Approach
pp.：
322 – 328
Chapter 52. Flowsheet Simulation for the Steel Industry- Using Experiences from Chemical Engineering and Modern Software Approaches
pp.：
328 – 334
Chapter 53. Some aspects of rate-based modelling and simulation of three-phase distillation columns
pp.：
334 – 340
Chapter 54. Modeling and Simulation Tools for Supercritical Fluid Processes
pp.：
340 – 346
Chapter 55. A computer aided tool for heavy oil thermal cracking process simulation
pp.：
346 – 352
Chapter 56. Natural Gas Fired Power Plants with CO2-Capture- Process Integration for High Fuel-to-Electricity Conversion Efficiency
pp.：
352 – 358
Chapter 57. Simulation of convective drying of multicomponent moisture in a computer code MultidryPAK
pp.：
358 – 364
Chapter 58. An Algorithm for Analysis of Eletrolytic Liquid-Liquid Extraction Process for Concentration of Organic Acids
pp.：
364 – 370
Chapter 59. Estimation of the heat released by chemical reactions: Application to control of a simulated batch reactor
pp.：
370 – 376
Chapter 60. Modelling and Simulation of Biotechnological Processes: BIOSIM– A Package suitable for Integration in Process Engineering Tools
pp.：
376 – 382
Chapter 61. Simulation and Optimisation of Atmospheric and Vacuum Distillations of a Lube Plant
pp.：
382 – 388
Chapter 62. A coalescence and breakup module for implementation in CFD-codes
pp.：
388 – 394
Chapter 63. Fluid Dynamics and Thermochemical Simulation of a Smelting Cyclone
pp.：
394 – 400
Chapter 64. Computational Fluid Dynamics Modelling of Multiphase Reactors
pp.：
400 – 406
Chapter 65. Simulation of silica deposition in an Atmospheric Pressure Chemical Vapour Deposition reactor, using a modified CFD software
pp.：
406 – 412
Chapter 66. Validation of a CFD model of a novel recycle axial flow cyclone for droplets removal from gas streams
pp.：
412 – 418
Chapter 67. Simulating Flow and Heat Transfer in Tubes Using a Fast CFD Formulation
pp.：
418 – 424
Chapter 68. Improving the Flow of Stirred Vessels with Anchor Type Impellers
pp.：
424 – 430
Chapter 69. Influence of turbulence modelling and grid discretization on the simulation of flow-forces on tubes in cross-flow
pp.：
430 – 436
Chapter 70. A CFD - Finite Volume Method to Generate Deterministic Model: Application to Stirred Tank Reactors
pp.：
436 – 442
Chapter 71. Simulation of Nox formation of glass melting furnaces by an integrated computational approach: CFD+Reactor Network Analysis
pp.：
442 – 448
Chapter 72. CFD-Analysis of Heat Transfer and Initiator Mixing Performance in LDPE High Pressure Tubular Reactors
pp.：
448 – 454
Chapter 73. Dynamic Simulation of Complex Reaction Schemes and Biochemical Applications in Stirred Tank Reactors with Respect to Imperfect Mixing
pp.：
454 – 460
Chapter 74. The steady state analysis of the twin helix heat exchanger
pp.：
460 – 466
Chapter 75. Simulation of the bubble formation dynamics in rheologically complex fluids
pp.：
466 – 472
Chapter 76. Coarse-grained formulation for the time evolution of intermaterial contact area density in mixing systems
pp.：
472 – 478
Chapter 77. Dynamic Optimization of Semicontinuous Emulsion Copolymerization Reactions: Composition and Molecular Weight Distribution
pp.：
478 – 484
Chapter 78. Optimizing the Operation of a Sequential-Simulated Moving-Bed Separation Process Using MINLP
pp.：
484 – 490
Chapter 79. Multiperiod Planning for a Utility System Considering Emergency Situation by New Approach
pp.：
490 – 496
Chapter 80. Minimization of Natural Gas and Water Consumption in the Operation of Utility Plants
pp.：
496 – 502
Chapter 81. Dynamic optimization of chemical and biochemical processes using restricted second order information
pp.：
502 – 508
Chapter 82. Interaction Between Process Plant Operation and Cracking Furnaces Maintenance Policy in an Ethylene Plant
pp.：
508 – 514
Chapter 83. Convergence Refinement of Stochastic Optimization by Coupling a Genetic Algorithm and a Simulated Annealing Procedure
pp.：
514 – 520
Chapter 84. Fuzzy Modeling of Catalytic Multi-phase Reactor
pp.：
520 – 526
Chapter 85. Strategy and Mathematical Development for Scale-Up of Molecular Distillators for Recovering Carotenoids from Palm Oil
pp.：
526 – 532
Chapter 86. Characterization and quantification of liquid distribution in a packed column on a pilot scale
pp.：
532 – 538
Chapter 87. Sensitivity in Optimization of a Reactor System with Deactivating Catalyst
pp.：
538 – 544
Chapter 88. Detailed Mathematical Modelling of Membrane Modules
pp.：
544 – 550
Chapter 89. A novel approach to the analysis of distillation columns for multicomponent mixtures
pp.：
550 – 556
Chapter 90. ROME: A Repository to Support the Integration of Models over the Lifecycle of Model-based Engineering Processes
pp.：
556 – 562
Chapter 91. Increase business benefits by using on-line models.
pp.：
562 – 568
Chapter 92. Symbolic Discretization of Population Models for Process Simulation
pp.：
568 – 574
Chapter 93. Heat Integration in Process Design and Retrofit– Software Tools and Data Interchange -
pp.：
574 – 580
Chapter 94. Modelling and optimisation of polymerisation reactors in gPROMS
pp.：
580 – 586
Chapter 95. Modeling Particle Size Distribution (PSD) in Emulsion Copolymerization Reactions in a Continuous Loop Reactor
pp.：
586 – 592
Chapter 96. Process modelling of metallurgical processes– software tool and modelling concept
pp.：
592 – 598
Chapter 97. Modelling High Pressure Extraction Processes
pp.：
598 – 604
Chapter 98. Waterless wool cleaning process with supercritical carbon dioxide: extractor modeling and optimisation
pp.：
604 – 610
Chapter 99. Equation Based SPYRO® Model and Solver for the Simulation of the Steam Cracking Process
pp.：
610 – 616
Chapter 100. A Shortcut Method for Design and Synthesis of Multicomponent Thermally Coupled Distillation Flowsheets
pp.：
616 – 622
Chapter 101. A heating-cooling management to improve controllability of batch reactor equipped with a mono-fluid heating-cooling system
pp.：
622 – 628
Chapter 102. Evaluation of time varying parameters in polymerization reactors by means of Temperature Oscillation Calorimetry
pp.：
628 – 634
Chapter 103. Integer-Programming Based Algorithms and Computational Performance for Terminal-Drop Zone Assignment Problems
pp.：
634 – 640
Chapter 104. Automatic Generation of Switching Start-Up Schemes for Chemical Processes
pp.：
640 – 646
Chapter 105. Creative Design of Distillation Flowsheets Based on Theory of Solving Inventive Problems
pp.：
646 – 652
Chapter 106. Technological change by system design- the industrial production of aromatics
pp.：
652 – 658
Chapter 107. Symmetric multiprocessing algorithm for conceptual process design
pp.：
658 – 664
Chapter 108. Optimisation of distillation and pervaporation system for ethanol dehydration
pp.：
664 – 670
Chapter 109. Shape and Terminal Velocity of Single Bubble Motion: a Novel Approach
pp.：
670 – 676
Chapter 110. The Myth of Decomposition
pp.：
676 – 682
Chapter 111. Parameter Analysis and Optimization of Ideal Heat Integrated Distillation Columns (HIDiC)
pp.：
682 – 688
Chapter 112. Computer-aided screening of adsorbents and porous catalyst carriers
pp.：
688 – 694
Chapter 113. A Hierarchical Framework for Modelling Biopharmaceutical Manufacture to Address Process and Business Needs
pp.：
694 – 700
Chapter 114. Study of the insertion of partial oxidation gas turbine to satisfy high temperature requirements of industrial processes using energy integration techniques
pp.：
700 – 706
Chapter 115. Abstract design in the development of pharmaceutical processes
pp.：
706 – 712
Chapter 116. Batch Distillation of Azeotropic Mixtures in a Column with a Middle Vessel
pp.：
712 – 718
Chapter 117. Development and design of a forced unsteady-state reactor through numerical simulation
pp.：
718 – 724
Chapter 118. Intent and Rationale in the Design of Chemical Processes: A Case Study
pp.：
724 – 730
Chapter 119. Energy Efficient Distillation by Optimal Distribution of Heating and Cooling Requirements
pp.：
730 – 736
Chapter 120. Optimal Design of Heat-Integrated Multipurpose Batch Facilities
pp.：
736 – 742
Chapter 121. Plant-independent Process Representation
pp.：
742 – 748
Chapter 122. The design and management of material cycles towards a functional specification for an awareness-tool
pp.：
748 – 754
Chapter 123. A Strategy for the Generation of Robust Accident Scenarios in Quantitative Risk Assessment Using Multi-Component Analysis
pp.：
754 – 760
Chapter 124. Simulation of Blowout Events: Integration of Different Modelling Approaches Within Industrial Risk Assessment and Management Tools
pp.：
760 – 766
Chapter 125. Fault diagnosis system support for reactive scheduling in multipurpose batch chemical plants
pp.：
766 – 772
Chapter 126. Improving on chemical process safety through distributed computer assisted knowledge analysis of preliminary design
pp.：
772 – 778
Chapter 127. Plant Monitoring and Fault Detection:Synergy between Data Reconciliation and Principal Component Analysis
pp.：
778 – 784
Chapter 128. Note on vapour disengagement dynamics modelling
pp.：
784 – 790
Chapter 129. Computer aided transportation risk assessment
pp.：
790 – 796
Chapter 130. Using PHA Results for Real Time Operator Support during ASM
pp.：
796 – 802
Chapter 131. Leak Detection and Localisation in Pipes and Pipelines
pp.：
802 – 808
Chapter 132. Industrial Applications of Intelligent Systems for Operating Procedure Synthesis and Hazards Analysis for Batch Process Plants
pp.：
808 – 814
Chapter 133. Model-based safety verification under uncertainty
pp.：
814 – 820
Chapter 134. Computerized Screening of Chemicals for Energy Release Hazards
pp.：
820 – 826
Chapter 135. A Hybrid Modular Hierarchical Approach for Fault Diagnosis in Complex Transient Processes
pp.：
826 – 832
Chapter 136. Dynamic Simulation of the Behaviour of Pressure Relief Systems
pp.：
832 – 838
Chapter 137. From Environmental Care to Sustainability: the role of CAPE tools and methods
pp.：
838 – 844
Chapter 138. Accounting for sustainability requirements in process design
pp.：
844 – 850
Chapter 139. An Intelligent System for Identifying Waste Minimization Opportunities in Chemical Processes
pp.：
850 – 856
Chapter 140. A CAPE tool for evaluation of adsorber-reactor systems for treatment of exhausts from mobile sources
pp.：
856 – 862
Chapter 141. Quick identification of the wastewater biological treatment process by using shortcut techniques and previous plant operation data
pp.：
862 – 868
Chapter 142. Implementation of Flue Gas Cleaning Systems into an Object-Oriented Process Simulator for Practical Use
pp.：
868 – 874
Chapter 143. Dynamic optimisation of small size wastewater treatment plants including nitrification and denitrification processes
pp.：
874 – 880
Chapter 144. A New Procedure for Predicting NOx Emissions from Furnaces
pp.：
880 – 886
Chapter 145. Liquid Effluent Properties Prediction from an Industrial Wastewater Treatment Plant Using Artificial Neural Networks
pp.：
886 – 892
Chapter 146. Incorporating Production Scheduling in the Optimal Operation of Wastewater Treatment Plants
pp.：
892 – 898
Chapter 147. Analysis of the Operation of a NSDX Pilot Plant for Cr(VI) Recovery
pp.：
898 – 904
Chapter 148. Optimum deNOx performance using inferential feedforward reductant flow control
pp.：
904 – 910
Chapter 149. Software tool for waste treatment selection using economic and ecological assessments
pp.：
910 – 916
Chapter 150. Distributed Information System For Environmentally Conscious Process Design
pp.：
916 – 922
Chapter 151. Decision Making for Batch Manufacturing Sites under Uncertainty
pp.：
922 – 928
Chapter 152. Minimization of Water Consumption and Wastewater Discharge in the Sugar Cane Industry
pp.：
928 – 934
Chapter 153. Hydrodynamics and Chemical Model to Evaluate Environmental Risks in Proximity of River Mouth
pp.：
934 – 940
Chapter 154. Simulation and optimization of the reactive absorption of HF/HNO3 during pickling acid regeneration
pp.：
940 – 946
Chapter 155. Trend recognition of process data of a refinery using wavelets
pp.：
946 – 952
Chapter 156. Comparison of methods for assessing human health and the environmental impact in early phases of chemical process development
pp.：
952 – 958
Chapter 157. An integrated framework of process and environmental models, and EHS constraints for retrofit targeting
pp.：
958 – 964
Chapter 158.. Soft sensor development and experimental application to wastewater treatment process
pp.：
964 – 970
Chapter 159. Computer Aided Technique for Pollution Prevention and Treatment
pp.：
970 – 976
Chapter 160. Using driving force based separation efficiency curves within an integrated system for process synthesis/design
pp.：
976 – 982
Chapter 161. Pairing Criteria and Tuning Methods Towards Integration for Heat Exchanger Networks
pp.：
982 – 994
Chapter 163. A Conceptual Programming Approach for the Design of Flexible HENs
pp.：
988 – 1000
Chapter 162. Mass Exchange Network Synthesis by Coupling a Genetic Algorithm and a SQP Procedure
pp.：
994 – 988
Chapter 164. Synthesis of Reactor Networks in Overall Process Flowsheets within Multilevel MINLP Approach
pp.：
1000 – 1012
Chapter 166. Separation System Synthesis of Fractional Crystallisation Processes With Heat Integration
pp.：
1012 – 1018
Chapter 165. Synthesis of reactive and extractive Distillation Units Using Distillation Line Diagrams
pp.：
1012 – 1012
Chapter 167. Optimization of bleed streams in evaporation systems based on pinch analysis: new approach
pp.：
1018 – 1024
Chapter 168. Knowledge Based Models for the Analysis of Complex Separation Processes
pp.：
1024 – 18
Chapter 170. Synthesis of Separation Processes by Using Case-based Reasoning
pp.：
1036 – 1042
Chapter 171. An analytical process performance model for batch distillations
pp.：
1042 – 1048
Chapter 172. Synthesis of Heat Exchanger Networks Considering Stream Splitting and the Rigorous Calculation of the Heat Transfer Coefficient According to the Bell Delaware Method
pp.：
1048 – 1054
Chapter 173. Using Conceptual Models for the Synthesis and Design of Batch Distillations
pp.：
1054 – 1060
Chapter 174. Mixed Integer Linear Programming and Constrained Based Search Approaches in a Multipurpose Batch Plant Short Term Scheduling Problem
pp.：
1060 – 1066
Chapter 175. A Continuous-Time Approach to Short-Term Scheduling of Resource- Constrained Multistage Batch Facilities
pp.：
1066 – 1072
Chapter 176. A Comparative Study of Bi-linear and Tri-linear Approaches for the Monitoring of an Industrial Batch Process
pp.：
1072 – 1078
Chapter 177. Planning and Scheduling in a Pharmaceutical Research and Development
pp.：
1078 – 1084
Chapter 178. Mixed Integer programming techniques for the scheduling of fuel oil and asphalt production
pp.：
1084 – 1090
Chapter 179. A Time-Windows Approach for Enhancing the Capabilities of Batch Scheduling Systems: An Application to Simulated Annealing Search
pp.：
1090 – 1096
Chapter 180. A Hierarchical Approach for Real-Time Scheduling of a Multiproduct Batch Plant with Uncertainties
pp.：
1096 – 1102
Chapter 181. Closed-Loop Implementation of Optimal Operating Policies in Batch Distillation
pp.：
1102 – 1108
Chapter 182. Development of an efficient system for scheduling large-scale industrial process and consumer goods factories with multipurpose and flexible storage
pp.：
1108 – 1114
Chapter 183. Optimal Cyclic Operation of Biomass Production
pp.：
1114 – 1120
Chapter 184. Short-term Scheduling and Recipe Optimization of Blending Processes
pp.：
1120 – 1126
Chapter 185. Planning and Maintenance Optimization for Multipurpose Plants
pp.：
1126 – 1132
Chapter 186. A Mathematical Programming Approach for the Optimal Scheduling of Heat- Integrated Multipurpose Plants under Fouling Conditions
pp.：
1132 – 1138
Chapter 187. Development of Batch Process Operation Management Platform
pp.：
1138 – 1144
Chapter 188. Synthesis, experiments and simulation of a heterogeneous batch distillation process
pp.：
1144 – 1150
Chapter 189. Robust Mixed Stochastic Enumerative Search Technique for Batch Sequencing Problems
pp.：
1150 – 1156
Chapter 190. Systematic Assessments of Uncertain Demand Effects on Multiproduct Batch Process Design Using a Multi-Objective Optimization Technique
pp.：
1156 – 1162
Chapter 191. A Mixed Integer Model for LPG Scheduling
pp.：
1162 – 1168
Chapter 192. Simulation-aided Implementation of Supervisory Control for Industrial Batch Reactors
pp.：
1168 – 1174
Chapter 193. Dynamic modeling of batch distillation: comparison between commercial software
pp.：
1174 – 1180
Chapter 194. Design, Synthesis and Scheduling of Multipurpose Batch Plants via an Effective Continuous-Time Formulation
pp.：
1180 – 1186
Chapter 195. A Novel Superstructure and Optimisation Scheme for the Synthesis of Reaction-Separation Processes
pp.：
1186 – 1192
Chapter 196. Short term Product distribution plan for multisite batch production, warehousing and distribution operations: solutions through Supply-Demand network and Resource-Task network optimisation approaches
pp.：
1192 – 1198
Chapter 197. A New Generation in ERM Systems: The Tic Tac Toe Algorithm
pp.：
1198 – 1204
Author Index
pp.：
1204 – 1208
European Symposium on Computer Aided Process Engineering - 10
( Volume 8 )
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