10th International Symposium on Process Systems Engineering - PSE2009

Rita Maria de Brito Alves, Claudio Augusto Oller do Nascimento, Evaristo Chalbaud Biscaia

• Publisher: Elsevier
• Year: 2009
• Print ISBN:
  9780444534729
• eBook ISBN:
  9780444534736
• Topic: Technologie et ingénierie
• Subtopic: Chimie industrielle et technique

This book contains the proceedings of the 10e of a series of international symposia on process systems engineering (PSE) initiated in 1982. The special focus of PSE09 is how PSE methods can support sustainable resource systems and emerging technologies in the areas of green engineering. - Contains fully searchable CD of all printed contributions - Focus on sustainable green engineering - 9 Plenary papers, 21 Keynote lectures by leading experts in the field

Table of contents

• Cover
• 10th INTERNATIONAL SYMPOSIUM ON PROCESS SYSTEMS ENGINEERING: PART A
• Copyright Page
• Contents
• Chapter 1 Technology Advances for Dynamic Real-Time Optimization
• Chapter 2 Modelling for PSE and Product-Process Design
• Chapter 3 WebLabs Dilemma in Chemical Engineering Teaching: Hindering or Promoting Creativity?
• Chapter 4 Research Challenges in Planning and Scheduling for Enterprise-Wide Optimization of Process Industries
• Chapter 5 Production Scheduling in the Process Industries: Current Trends, Emerging Challenges and Opportunities
• Chapter 6 Chemical Logistics - Going Beyond Intra-Plant Excellence
• Chapter 7 Systems Problems in Biorenewables Processing
• Chapter 8 Optimization in the Petroleum Refining Industry – The Virtual Refinery
• Chapter 9 Nonlinear Dynamic Data Reconciliation in Real Time in Actual Processes
• Chapter 10 Energy Systems Engineering
• Chapter 11 Thermally Coupled Distillation
• Chapter 12 Challenges with Advanced Control Technologies
• Chapter 13 An Industrial Perspective on Pharmaceutical PSE
• Chapter 14 Incorporating Molecular Signature Descriptors in Reverse Problem Formulations
• Chapter 15 Online Optimizing Control: The Link Between Plant Economics and Process Control
• Chapter 16 Integration of Planning and Scheduling and Consideration of Uncertainty in Process Operations
• Chapter 17 Modeling and Design of Distributed Systems; Methods and Algorithms
• Chapter 18 Hybrid System Descriptions for Chemical Engineering Processes
• Chapter 19 Integrating Refining to Petrochemical
• Chapter 20 Using Systems Engineering to Reconstruct, Analyze and Redesign Metabolism
• Chapter 21 Integration of Production Planning and Scheduling
• Chapter 22 Robust Integration of RTO and MPC
• Chapter 23 Sustainable Supply Chains: Key Challenges
• Chapter 24 Real Time Industrial Process Systems: Experiences from the Field
• Chapter 25 Current Trends in Parallel Computation and the Implications for Modeling and Optimization
• Chapter 26 Waste-to-Energy Systems as Examples of Efficient Process Systems Engineering Approach
• Chapter 27 Process Systems Engineering: From Solvay to the 21st Century. A History of Development, Successes and Prospects for the Future
• Chapter 28 New Opportunities for Process Systems Engineering in Industrial Biotechnology
• Chapter 29 The Significance of Experiments on PSE
• Chapter 30 A Review of Sustainable Energy – Recent Development and Future Prospects of Dimethyl Ether (DME)
• Chapter 31 Global Optimization of Integer and Mixed- Integer Bi-Level Programming Problems via Multi-Parametric Programming
• Chapter 32 On the Optimal Design of Clinical Tests for the Identification of Physiological Models of Type 1 Diabetes Mellitus
• Chapter 33 From a Generic Paradigm to a Generic Tool Set:Exploring Computer-Aided Multiscale Modeling
• Chapter 34 Design of Experiments of Steam Deacidification of Edible Oils for Modeling Validation
• Chapter 35 Interfacing IPOPT with Aspen Open Solvers and CAPE-OPEN
• Chapter 36 A Software Factory for the Generation of CAPE-OPEN Compliant Process Modelling Components
• Chapter 37 Multiscale Modelling for Computer Aided Polymer Design
• Chapter 38 Predicting Refinery Energy Losses Due to Fouling in Heat Exchangers
• Chapter 39 Numerical Simulation of Coal Boiler at Electric Thermal Plants Using Computational Fluid Dynamics
• Chapter 40 Optimization of Transformations for Convex Relaxations of MINLP Problems Containing Signomial Functions
• Chapter 41 A Model-Based Methodology for Simultaneous Design and Control of a Bioethanol Production Process
• Chapter 42 New Generic Approach for the Analysis of Energy Conversion System Models
• Chapter 43 An Improved Quasi-Sequential Approach to Large- Scale Dynamic Process Optimization
• Chapter 44 A Branch and Cut Framework for Multi-Stage Stochastic Programming Problems Under Endogenous Uncertainty
• Chapter 45 ProSEC : Modelling and Simulation in 3D of Brazed Aluminium Core-in-Drum Plate-Fin Heat Exchangers
• Chapter 46 Sensitivity Analysis of Non- Linear Dynamic Models:Prioritizing Experimental Research
• Chapter 47 A Continuous Implementation of the Ideal Time Delay in EMSO
• Chapter 48 A New Algorithm for Global Optimization: Molecular-Inspired Parallel Tempering
• Chapter 49 Molecular- Scale Modeling of the Degradation of Phenol in Advanced Oxidation Processes Reaction Media
• Chapter 50 A Novel Approach for the Prediction of PSD in Antisolvent Mediated Crystallization
• Chapter 51 Heterogeneous Anaerobic Biofilm Reactor Models Application to UASB, EGSB and AFB Reactors
• Chapter 52 Sequencing Batches in a Real-World Pipeline Network Using Constraint Programming
• Chapter 53 Optimal Experimental Design for the Determination of Protein Ion-Exchange Equilibrium Parameters
• Chapter 54 Integrating Purchase Contract Decisions with Inventory Management Optimization in the Supply Chain
• Chapter 55 Adaptive Random Search: A Promising Method for Determining the Stability of Mixtures
• Chapter 56 Monitoring of Vinyl Chloride Suspension Polymerization Using NIRS. 1. Prediction of Morphological Properties
• Chapter 57 How to Manage Complexity in Phase Equilibria Modeling? Application to the Bunsen Reaction
• Chapter 58 Improving Accuracy of Refinery Optimization by the On-Line Characterization of Crude Oil
• Chapter 59 A Method of Representation of Petroleum by a Real Components Substitute Mixture
• Chapter 60 Sustain Activities for Real-Time Optimization Models of Ethylene Plants
• Chapter 61 Stochastic Dynamic Predictions Using Kriging for Nanoparticle Synthesis
• Chapter 62 Estimating the Normal Boiling Point of Organic Compounds Based on Elements and Chemical Bonds
• Chapter 63 Sequential design of dynamic experiments inmodeling for optimization of biological processes
• Chapter 64 Technology Pipelines for Learning in Energy System Models
• Chapter 65 Discrete Element Modeling for Multiscale Simulation of Aggregation Processes
• Chapter 66 Optimal Synthesis of Heat Exchanger Networks Using Enthalpy-Temperature Functions to Describe Streams
• Chapter 67 Computer Simulation for Oil Wells with Artificial Lift Method by Electrical Submersible Pump
• Chapter 68 Computation of Crossover Pressure for Synthesis of Supercritical Fluid Separation Systems
• Chapter 69 Computational Aspects for Optimization of High Pressure Phase Equilibrium for Polymer Industrial Systems
• Chapter 70 Modeling the Hydrodynamics and Mass-Transfer Phenomena for Sedimentary Rocks Used for Flue Gas Desulfurization. The Effect of Temperature.
• Chapter 71 Energy Optimization of a Kraft Pulp Mill
• Chapter 72 A Theoretical Nucleation Study of the Combined Effect of Seeding and Temperature Profile in Cooling Crystallization
• Chapter 73 A Decomposition Based Algorithm for the Design of Multipurpose Batch Facilities Using Economic Assessments
• Chapter 74 Electrochemical Engineering Modelling of the Electrodes Kinetic Properties During Two-Phase Sustainable Electrolysis
• Chapter 75 Extending Mass Transfer Correlations for Packed Three-Phase Distillation Simulation: A Hierarchical Parameter Estimation Methodology
• Chapter 76 A Mathematical Model for water Removal in the press section of a paper Manufacture Industry
• Chapter 77 Application of Water Source Diagram for Multiple Sources and Multiple Contaminants Processes
• Chapter 78 Industrial Experience on the Implementation of Real Time On Line Energy Management Systems in Sugar and Alcohol Industry
• Chapter 79 Isothermal or Non Isothermal Modeling in a Pellet Adsorbent: Application to Adsorption Heat Pumps
• Chapter 80 MP4SO: A Model-Partitioning Software for Simulation and Optimization
• Chapter 81 An Effective Technique for the Synthesis and Optimization of Steam System Networks
• Chapter 82 Kinetic Models for the Homogeneous Alkaline and Acid Catalysis in Biodiesel Production
• Chapter 83 Development of a Software to Analysis and Prepare Mass Balance Data to Reconciliation in Oil Refineries
• Chapter 84 Genetic Algorithm for Tailored Production of Polymer Resins
• Chapter 85 Mathematical Modeling and Optimal Operation of Industrial Tubular Reactor for Naphtha Cracking
• Chapter 86 Modeling of Ammonia Removal in RBCs: Industrial Case
• Chapter 87 Heuristic Particle Swarm Optimization for Integration Problem of Batching and Scheduling in Chemical Industries
• Chapter 88 Dynamic Modeling of Comminution Using a General Microscale Breakage Model
• Chapter 89 Development of Process Inverse Neural Network Model to Determine the Required Alum Dosage at Segama Water Treatment Plant Sabah, Malaysia
• Chapter 90 MIMO Neural Network Model for Pilot Plant Distillation Column
• Chapter 91 Selection of Models for Pollutant Transport in River Reaches Using Case Based Reasoning
• Chapter 92 MINLP Synthesis of Reactive Distillation Using a Disjunctive, Hybrid Model
• Chapter 93 Exergoeconomic Analysis Applied in the Optimization of Refrigeration System in Ethylene and Propylene Production Process
• Chapter 94 Use of Excess Reactant in the Design of ReactiveDistillation
• Chapter 95 Determining Reaction Networks
• Chapter 96 A Comparison of Functional Modeling Techniques for Autonomous Systems Development
• Chapter 97 Development of Integrated Functional- Structural Models
• Chapter 98 A Fast and Systematic Procedure to Develop Dynamic Models of Bioprocesses - Application to Microalgae Cultures
• Chapter 99 Reliability vs. Efficiency When Solving Multiphase Equilibrium Problems with Hybrid Optimization Codes
• Chapter 100 Thermohydraulic Simulation of Heat Exchanger Networks Subjected to Fouling
• Chapter 101 Optimal Planning of the Sustainable Supply Chain for Sugar and Bioethanol Production
• Chapter 102 Dynamic Simulation of a Compressor Located in a Natural Gas Processing Unit Using EMSO Simulator
• Chapter 103 Control Oriented Dynamic Rigorous Model of a Fuel Processor System and Fuel Cell Stack
• Chapter 104 Multiperiod Production Planning and Design of Batch Plants under Uncertainty
• Chapter 105 A Combined Approach for Operational Scheduling of a Real-World Pipeline Network
• Chapter 106 Model for the First-Stage of Pygas Upgrading: Experimental Procedure and Parameter Estimation
• Chapter 107 Modeling Study on Emulsion Copolymerization of Methyl Methacrylate and Butadiene Systems
• Chapter 108 Dynamic Modeling and Simulation of Dividing- Wall Distillation Column Systems
• Chapter 109 Singularity Theory Based Stability Analysis of Reacting Systems
• Chapter 110 A Novel Approach to Mechanism Recognition in Escherichia oli Fed-Batch Fermentations
• Chapter 111 Modeling of Biomass Gasification Applied to a Combined Gasifier-Combustor Unit:Equilibrium and Kinetic Approaches
• Chapter 112 Tool for Optimizing the Design and Operation of Reverse Electro-Enhanced Dialysis of Monoprotic Carboxylic Acids
• Chapter 113 Process Structure Optimization sing a Hybrid Disjunctive-Genetic Programming Approach
• Chapter 114 PETROX – PETROBRAS Technology in Process Simulation
• Chapter 115 A Bi-Level Decomposition Methodology for Scheduling Batch Chemical Production Facilities
• Chapter 116 Generating Portable, High- evel Process Modelsand Stand-Alone, Special-Purpose Simulators
• Chapter 117 Application of Computer Software for System identification and PID Control Loop Tuning to a Petrochemical Plant
• Chapter 118 Optimization of MMA Batch Polymerization Reaction by the Implementation of IDP Technique
• Chapter 119 Optimum Heating Configuration of Pultrusion Process
• Chapter 120 Optimization Technique Applied for the Solid- Liquid Equilibrium of Binary Fatty Mixtures
• Chapter 121 Optimal Production Scheduling for the Sausage Industry
• Chapter 122 Development of a Morphological Population Balance Model in Principal Component Space
• Chapter 123 Synthesis of Large-Scale Heat Exchanger Networks by a Monogenetic Algorithm
• Chapter 124 Simulation of Distillation Process in the Bioethanol Production Using Nonequilibrium Stage Model
• Chapter 125 Modeling Electrodialysis and Photochemical Process for their Integration in Saline Wastewater Treatment
• Chapter 126 Evolutionary Multi- bjective Optimization of an Activated Sludge Process
• Chapter 127 Evaluation of Alternative Methods for the Determination of Gasohol Fuel Properties when Compared to Standard Methods
• Chapter 128 Correlation of PVR, Octane Numbers and Distillation Curve of Gasoline with Data from a Thermal Wave Interferometer
• Chapter 129 A Reactive Scheduling Approach Based on Domain-Knowledge
• Chapter 130 Separating Asphaltenes from Lube Oil Through Supercritical Deasphalting Considering Experimental and virtual Plants and Thermodynamic Analysis
• Chapter 131 Data Reconciliation Practice at a Petroleum Refinery Company in Brazil
• Chapter 132 Exploiting Modern Computing Architectures forEfficient Large-Scale Nonlinear Programming
• Chapter 133 Entropy Production Analysis in Extractive Distillation Using Non-Equilibrium Thermodynamics and a Rate Based Model
• Chapter 134 Generative Modeling of Holonic Manufacturing Execution Systems for Batch Plants
• Chapter 135 Design of Sustainable Batch Processes Through Simultaneous Minimization of Process Waste, Cleaning Agent and Energy
• Chapter 136 Plant Design Project Automation Using an Automatic Pipe Routing Routine
• Chapter 137 A Continuous Targeting Approach for Integrated Solvent and Process Design Based on Molecular Thermodynamic Models
• Chapter 138 Systematic Representation and Property Prediction of Fatty Systems for Process Design/Analysis in the Oil and Fat Industry
• Chapter 139 The Virtual Product-Process Design Laboratory for Design and Analysis of Formulations
• Chapter 140 Catalyst Deactivation in Reactive Distillation
• Chapter 141 Sustainability Analysis of Chemical Processes Plants Using a Hybrid Heuristic and Indicator Model
• Chapter 142 Automated Design of batch Water-Allocation Network
• Chapter 143 Development of a Flowsheet Design Framework of Multi- tep PSA Cycles for CO2 Capture
• Chapter 144 Ethylene Separation by Feed-Splitting from Light Gases
• Chapter 145 Cost Minimization in Noncatalytic Biodiesel Production Plants
• Chapter 146 Nested Heuristic and Gradient-based Method for Generalized Disjunctive Programming
• Chapter 147 A Sequential Variable Decoupling Method for Rigorous Calculation of Molecular Weight Distribution of Batch Free Radical Polymerization
• Chapter 148 Global Optimization of Nonconvex Generalized Disjunctive Programs
• Chapter 149 Solid-Liquid Equilibrium Modelling and Stability Tests for Triacylglycerols Mixtures
• Chapter 150 Design of T-Shaped Microreactors by Reduced-Order Approach
• Chapter 151 Novel Molecular Design Technique sing Property Operators Based on Signature Descriptors
• Chapter 152 Process Integration Aspects of the Design of a Gas Separation System for the Upgrade of Crude Synthetic Natural Gas (SNG) to Grid Quality in a Wood to Methane Process
• Chapter 153 The Application of a Task-Based Concept for Design of Innovative Industrial Crystallizers
• Chapter 154 Viscoelastic Flow Simulation: Development of a Methodology of Analysis using the Software OpenFOAM and Differential constitutive Equations
• Chapter 155 Modeling of Multi-Stream Heat Exchangers with Phase Changes for Cryogenic Applications
• Chapter 156 Steady-State Optimization of a Continuous Pharmaceutical Process
• Chapter 157 “Smelly” Pinch
• Chapter 158 Supporting Chemical Process Design Under Uncertainty
• Chapter 159 Cutting Edge Biodiesel Production by Catalytic Reactive Absorption
• Chapter 160 Study of Silver and Oxide Hybrids of Catalysts Formaldehyde Production by Using NLP Model
• Chapter 161 Design and Optimization of Thermally Coupled Distillation Sequences for Purification of Bioethanol
• Chapter 162 The Influence of Tangent Pinch Points on thePerformance of Batch Rectifications: Developmentof a Conceptual Model for Ternary Mixtures
• Chapter 163 Development of Novel Property Prediction Methods for Phase Equilibrium Calculations Based on the Molecular Structure
• Chapter 164 Simultaneous ynthesis of the ownstream Processand the eactor oncept for the Oxidative Couplingof Methane (OCM)
• Chapter 165 Rigorous Design of Complex Liquid-Liquid Multi-Staged Extractors Combining Mathematical Programming and Process Simulators
• Chapter 165 Simulation and Optimization of H2 Production by Autothermal Reforming of Glycerol
• Chapter 166 Design of Heat-Integrated Distillation Processes Using Shortcut Methods and Rigorous Optimization
• Chapter 167 Modeling and Simulation of Nanoparticles Formation Process: A Diffusive Approach
• Chapter 168 A Software for the Calculation of the Exergetic Efficiency in Distillation Columns
• Chapter 169 Hybrid Desalination Systems: Alternative Designsof Thermal and Membrane Processes.
• Chapter 170 Feasibility of Separation of Ternary Mixtures by Pressure Swing Batch Distillation
• Chapter 171 Activity and Information Infrastructure for Risk- Based Process Design
• Chapter 172 Modeling and Simulation the Fixed Bed Column Extraction of Inulin from (Allium sativam L.var. Chonana)
• Chapter 173 Particle Swarm Optimisation Applied in Retrofit of Heat Exchanger Networks
• Chapter 174 Improving Energy Performance of a Hydrazine Hydrate Plant by Applying Hot Feed
• Chapter 175 Water and Wastewater Management in a Petrochemical Raw Material Industry
• Chapter 176 Synthesis of Energy Efficient Complex Separation Networks
• Chapter 177 A Comparative Study of Gibbs Free Energy Minimization in a Real System Using Heuristic Methods
• Chapter 179 A Group Contribution Method for Mineral Flotation Circuit Design
• Chapter 180 Fluid Dynamics Simulation for Design of a Biomass Gasifier
• Chapter 181 Polystyrene roduced by a Multifunctional Initiator
• Chapter 182 Fluid Dynamics Study of the Influence of the Position of the Feed in Fabric Filters
• Chapter 183 Decomposition Techniques for Multi-Scale Structured Product Design: Subspace Optimization
• Chapter 184 Simultaneous Solution of Process and MolecularDesign Problems sing an Algebraic Approach
• Chapter 185 Multiobjective Multiproduct Batch Plant Design Under Uncertainly: Application to Protein Production
• Chapter 186 Computer Simulation of Hydrolytic Polymerization of SLS Nylon 6 to Correlate Polymer Characteristics and Operational Parameters
• Chapter 187 Mathematical Model of Carbon Dioxide Absorption into Mixed Aqueous Solutions
• Chapter 188 Heterogeneous Batch Distillation Processes for Waste Solvent Recovery in Pharmaceutical Industry
• Chapter 189 In Situ Incorporation of Recycled Polymer in Suspension Polymerizations
• Chapter 190 Synthesis and Design of Combined Biological Nitrogen and Phosphorus Removal WWT Plants
• Chapter 191 Production of Anhydrous Ethanol by Extractive Distillation of Diluted Alcoholic Solutions with Ionic Liquids
• Chapter 192 Simulation of the Azeotropic Distillation for Anhydrous Bioethanol Production: Study on the F ormation of a Second Liquid Phase
• Chapter 193 Water Source Diagram – An Heuristic AlgorithmicMethodology for Reduction of Water Comsumption
• Chapter 194 Process Integration Methods in Pulp and Paper Industry for Water Usage Reduction
• Chapter 195 Exploiting R&D Databases for Efficient Product Design: Application to Brake Fluid Formulations
• Chapter 196 Prediction of Efficiencies Through Simultaneous Momentum, Mass and Energy Transfer Analyses in a Distillation Sieve Tray by CFD Techniques