Elsevier S & T

Process Systems Engineering 2003: 8th International Symposium on Process Systems Engineering

Chen, Bingzhen; Westerberg, Art

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Table of contents

Cover
Contentsxi
Part 1: Plenary Papers1
Chapter 1. SINOPEC's Reform and IT Development1
Chapter 2. Technological competitiveness in the chemical industry7
Part 2: Keynote Papers12
Chapter 3. The Distributed Enterprize Integrates Business, IT and Process Systems Engineering12
Chapter 4. Challenges in the New Millennium: Product Discovery and Design, Enterprise and Supply Cha28
Chapter 5. Control and Operations: When Does Controllability Equal Profitability?48
Chapter 6. MOPSD: A Framework Linking Business Decision-Making to Product and Process Design63
Chapter 7. PSE and Business Decision-Making in the Chemical Engineering Curriculum74
Chapter 8. Informatics in Pharmaceutical Research88
Chapter 9. Design and operation of micro-chemical plants - Bridging the gap between nano, micro and89
Chapter 10. Workflow and Information Centered Support of Design Processes101
Chapter 11. Challenges for the PSE community in formulations125
Chapter 12. A Summary of PSE2003 and the Impact of Business Decision Making on the Future of PSE141
Contributed Papers142
Part 3: PSE & Business Decision Making142
Chapter 13. Multi-Scale and Multi-Dimensional Formalism for Enterprise Modeling142
Chapter 14. An Evaluation Strategy for Optimal Operation of Batch Processes under Uncertainties by C148
Chapter 15. Scheduling Multistage Flowshops with Parallel Units - An Alternative Approach to Optimiz154
Chapter 16. Concurrent Process Engineering and Intergrated Decision Making160
Chapter 17. An Object-Oriented Approach to Hybrid CFD/Multizonal Modelling166
Chapter 18. Integration of Decision Tasks in Chemical Operation Process172
Chapter 19. Marginal Values Analysis for Chemical Industry178
Chapter 20. An Integrated Decision Support Framework for Managing and Interpreting Information in Pr184
Chapter 21. Neural Networks Applied to a Multivariable Nonlinear Control Strategies190
Chapter 22. Decision Support System for multi-layered negotiated management in Supply Chain networks196
Chapter 23. Optimal operation strategy and production planning of multi-purpose batch plants with ba202
Chapter 24. Dynamic Project and Workflow Management for Design Processes in Chemical Engineering208
Chapter 25. Environmentally Conscious Planning and Design of Supply Chain Networks214
Chapter 26. Challenge Problem Approach to Business Dynamics and Decision-Making for Process Engineer220
Chapter 27. Incorporation of Flexibility in Scheduling Decision-Making226
Chapter 28. Design and Optimization of Pressure Swing Adsorption Systems with Parallel Implementatio232
Chapter 29. Quality Improvement in the Chemical Process Industries using Six Sigma Technique244
Chapter 30. Risk Analysis of Chemical Process Using Multi-distinction Equipment Screening Algorithm238
Chapter 31. Process Integration Framework for Business Decision-Making in the Process Industry250
Chapter 32. Application of multivariate statistical process control to supervising NOx emissions fro256
Chapter 33. Study of Heat Storage Setting & Its Release Time for Batch Processes262
Chapter 34. Debottlenecking and Retrofitting for a Refinery Using Marginal Cost Analysis, Sensitivit268
Chapter 35. A General Continuous State Task Network Formulation for Short Term Scheduling of Multipu274
Chapter 36. A tool to support the configuration of work teams280
Chapter 37. A Quick Efficient Neural Network Based Business Decision Making Tool in Batch Reactive D286
Chapter 38. Design of sensor networks to optimize PCA monitoring performance292
Chapter 39. An Approximate Novel Method for the Stochastic Optimization and MINLP Synthesis of Chemi298
Chapter 40. Short-term Scheduling of Refinery Operations from Unloading Crudes to Distillation304
Chapter 41. Real Options Based Approaches to Decision Making Under Uncertainty310
Chapter 42. Risk management in integrated budgeting-scheduling models for the batch industry316
Chapter 43. Modeling Cleaner Production Promotion with Systems Dynamics Methodology: a Case Study of322
Chapter 44. Web-based Application for Multi-Objective Optimization in Process Systems328
Chapter 45. Computing Pareto Fronts Using Distributed Agents334
Chapter 46. Self-optimizing control: From key performance indicators to control of biological system340
Chapter 47. Reconfigurable batch processes: innovative design of the engineering side of chemical su346
Chapter 48. Refinery Scheduling of Crude Oil Considering Two Different Uses of Naphtha352
Chapter 49. Dimensionality Reduction in Computer-Aided Decision Making358
Chapter 50. Information Directed Sampling and Ordinal optimization for Combinatorial Material Synthe364
Chapter 51. Balanced production cost estimation of coke oven gas in iron and steel making plant370
Chapter 52. Optimal Design of Batch-Storage Network with Recycling Streams376
Chapter 53. Investment Decision-making for Optimal Retrofit of Utility Systems382
Chapter 54. Design water allocation network with minimum freshwater and energy consumption388
Chapter 55. Monitoring, diagnosing and improving the performance of LPbased real-time optimization s394
Part 4: Challenges in the NEW Millennium400
Chapter 56. A MultiObjective Genetic Algorithm optimization framework for batch plant design400
Chapter 57. Adaptive Multigrid Solution Strategy for the Dynamic Simulation of Petroleum Mixture Pro406
Chapter 58. Electricity Contract Optimization for a Large-Scale Chemical Production Site410
Chapter 59. Iterative Dynamic Programming of Optimal Control Problem Using a New Global Optimization416
Chapter 60. The optimal profit distribution problem for a supply chain network422
Chapter 61. A multi-period optimization model for refinery inventory management under demand uncerta428
Chapter 62. Multi-Objective Decision Processes under Uncertainty: Applications, Problem Formulations433
Chapter 63. Simulation Based Approach for Improving Heuristics in Stochastic Resource- Constrained P439
Chapter 64. Hybrid Methods Using Genetic Algorithm Approach For Crude Distillation Unit Scheduling445
Chapter 65. Reverse Problem Formulation Based Techniques for Process and Product Synthesis and Desig451
Chapter 66. Analyzing Chemical Process Design Using an Abstraction-Decomposition Space457
Chapter 67. Optimal Grade Transition for Polyethylene Reactors463
Chapter 68. Integrating pricing policies and risk management into scheduling of batch plants469
Chapter 69. Production and Distribution of Polyvinyl Chloride Considering Demands of Warehouses475
Chapter 70. Decision making in the methanol production chain-A screening tool for exploring alternat481
Chapter 71. The Coevolutionary Supply Chain487
Chapter 72. General Approach to Connect Business and Engineering Decisions in Plant Design493
Chapter 73. Sharing Benefits of Eco-Industrial Park by Multiobjective Material Flow Optimization499
Chapter 74. A case study on the integration of process simulation and life cycle inventory for a pet505
Chapter 75. Optimal Production Planning under Uncertain Market Conditions511
Chapter 76. Complexity Analysis for Hybrid Differentiation in Process System Optimization517
Chapter 77. Multi-objective programming in refinery planning optimization523
Chapter 78. Multi-scale ART2 Used in State Identification of Process Operation Systems529
Chapter 79. Application of a time-space CE/SE (Conservation Element/Solution Element) method to the535
Chapter 80. Using Tabu Search to solve MINLP Problems for PSE541
Chapter 81. Continuous-Time Scheduling of Tanker Lightering in Crude Oil Supply Chain547
Chapter 82. Dynamical Supply Chains Analysis Via a Linear Discrete Model ?A Study of z-transform Mod553
Chapter 83. Making Decisions under uncertainty - Applications of Hierarchical Approach in Industrial559
Chapter 84. Finding Candidates for Multidimensional Attainable Regions565
Chapter 85. An Integrated Optimization of Production Scheduling and Logistics by a Distributed Decis570
Chapter 86. An adaptive interval algorithm to identify the globally optimal process structure576
Chapter 87. A Hybrid CLP and MILP Approach to Batch Process Scheduling582
Chapter 88. Risk Conscious Scheduling of Batch Processes588
Chapter 89. DSR Algorithm for Construction of Attainable Region Structure594
Chapter 90. Green process systems engineering: challenges and perspectives600
Chapter 91. Logistic Optimization for Site Location and Route Selection under Capacity Constraints U612
Chapter 92. Distributed Multi-Agents and Cooperative Problem Solving for On-Line Fault Diagnosis618
Chapter 93. Development of Process Design Methodology Based on Life Cycle Assessment624
Chapter 94. A Simulation Based Optimization Framework to Analyze and Investigate complex supply chai630
Chapter 95. Advanced information systems for process control and supply chain integration636
Chapter 96. Cluster analysis and Visualisation Enhanced Genetic Algorithm642
Chapter 97. Solving Batch Production Scheduling Using Genetic Algorithm648
Chapter 98. Synthesis of eco-industrial system considering environmental value using adaptive simula654
Chapter 99. On an Object-Oriented Modeling of Supply Chain and its Operational Strategy660
Chapter 100. Variable Decomposition Based Global-Optimization Algorithm for Process Synthesis666
Chapter 101. The Approach of Multi-factor Life Cycle Assessment and Product Structure Optimization672
Chapter 102. Coordination of Multi-Factory Production Planning in the Process Industry Based on Inte678
Chapter 103. A Hierarchical Architecture of Modelling on Integrated Supply Chain Optimization System684
Chapter 104. Computer-aided molecular design with BP-ANN and global optimization algorithm690

Book details

Vendor Elsevier S & T
SKU 9780444514042
ISBN-13 9780080542188
Author Chen, Bingzhen; Westerberg, Art
Category Technology & Engineering
Subject Chemical & Biochemical

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Contains proceedings from the 8th International Symposium on Process Systems Engineering (PSE), which brought together the global community of process systems engineering researchers and practitioners involved in the creation and application of computing based methodologies for planning, design, operation, control, and maintenance of chemical processes.

Contains proceeding from the 8th International Symposium on Process Systems Engineering
Conference theme for PSE 2003 is 'supporting business decision making'

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