Image from Syndetics
Proceedings of the fifth international conference on Foundations of Computer-aided Process Design held in Breckenridge, Colorado, July 19-24, 1999 / edited by Michael F. Malone and James A. Trainham.
By: (5th : International Conference on Foundations of Computer-Aided Process Design (5th : 1999 : Breckenridge, Colorado).
Contributor(s): Malone, Michael F | American Institute of Chemical Engineers
| CACHE (Organization).
Material type: 
BookSeries: AIChE symposium series ; no.323.Publisher: [New York] : CACHE/American Institute of Chemical Engineers, 2000Description: xi, 509 p. : ill. ; 29 cm + hbk.ISBN: 0816908265.Subject(s): Chemical processes -- Data processing -- CongressesDDC classification: 660.2815
Contents:
Invited papers -- Keynote session -- Challenge problems -- Process development in agricultural chemicals and pharmaceuticals -- Optimization methods, tools, and applications for process design -- Design for process operability, dynamics and control -- Modeling and simulation -- Design education -- Tools and environments for process design -- Recent developments -- Conference summary -- Contributed papers -- Batch- and bio-processing -- Conceptual design and synthesis -- Dynamics, operability and control -- Environmental design -- Separation and reaction systems -- Computing, tools and modeling.
| Item type | Current library | Call number | Copy number | Status | Barcode | |
|---|---|---|---|---|---|---|
| General lending | MTU Bishopstown Library Lending | 660.2815 (Browse shelf(Opens below)) | 1 | Available | 00085141 |
Total holds: 0
Enhanced descriptions from Syndetics:
Looks at challenges for the future, including the broader challenge of extending design to include creating new value for a company, and a discussion of how emerging technologies, particularly increased computer speeds, may impact future design.
Includes bibliographical references and indexes.
Invited papers -- Keynote session -- Challenge problems -- Process development in agricultural chemicals and pharmaceuticals -- Optimization methods, tools, and applications for process design -- Design for process operability, dynamics and control -- Modeling and simulation -- Design education -- Tools and environments for process design -- Recent developments -- Conference summary -- Contributed papers -- Batch- and bio-processing -- Conceptual design and synthesis -- Dynamics, operability and control -- Environmental design -- Separation and reaction systems -- Computing, tools and modeling.
Table of contents provided by Syndetics
- Invited Papers
- Keynote Session
- Process Development in the New Millenium--Hands on or Modeled, In-sourced or Out-sourced, Solo or Shared? (p. 1)
- Challenge Problems
- Trends in Property Estimation for Process and Product Design (p. 5)
- The Web and Flow of Information in Pharmaceutical RandD (p. 23)
- Information and Modeling for Greener Process Design (p. 26)
- Process Development in Agricultural Chemicals and Pharmaceuticals
- Modeling and Optimization for Pharmaceutical and Fine Chemical Process Development (p. 31)
- Batch Process Development: Challenging Traditional Approaches (p. 46)
- Optimization Methods, Tools, and Applications for Process Design
- Algorithms and Software for Linear and Nonlinear Programming (p. 58)
- Logic Based Approaches for Mixed Integer Programming Models and their Application in Process Synthesis (p. 70)
- Recent Developments in Deterministic Global Optimization and their Relevance to Process Design (p. 84)
- Design for Process Operability, Dynamics, and Control
- Towards the Integration of Process Design, Process Control, and Process Operability: Current Status and Future Trends (p. 99)
- Industrial Plantwide Design for Dynamic Operability (p. 113)
- Modeling and Simulation
- Multi-Solver Modeling for Process Simulation and Optimization (p. 125)
- CFD Multiphase Flow: Research Codes and Commercial Software (p. 138)
- Integrated Microchemical Systems: Opportunities for Process Design (p. 147)
- Design Education
- Decision-Making by Design: Experience with Computer-Aided Active Learning (p. 163)
- Reactor/Transport Models for Design: How to Teach Students and Practioners to Use the Computer Wisley (p. 176)
- Tools and Environments for Process Design
- Perspectives on Lifecycle Process Modeling (p. 192)
- Streamlining Projects through Integrated Front-End Automation Solutions (p. 215)
- Open Software Architectures for Process Modeling: Current Status and Future Perspectives (p. 220)
- Recent Developments
- Towards Tighter Integration of Molecular Dynamics within Process and Product Design Computations (p. 236)
- A Design Procedure and Predictive Models for Solution Crystallisation Processes (p. 250)
- Conference Summary
- Conference Summary and Challenges for the Next FOCAPD and Beyond (p. 265)
- Contributed Papers
- Batch- and Bio-Processing
- Simultaneous Design and Layout of Batch Processing Facilities (p. 279)
- Integrated Intelligent Tools for Automated Batch Operating Record Synthesis (p. 284)
- Design of Multiproduct Batch Plants with Semicontinuous Stages and Storage Tanks (p. 289)
- Computational Experience Solving the Design of Multiproduct Batch Plants Modeled as Nonlinear Continuous/Discrete Problems (p. 294)
- Production Simulation for Pipeless Batch Process Design and Operation (p. 298)
- Semi-Continuous Operation of a Middle-Vessel Distillation Column (p. 302)
- Process Performance Models in the Optimal Design of Protein Production Plants (p. 306)
- Conceptual Design and Synthesis
- There is More to Process Synthesis than Synthesising a Process (p. 311)
- Overall Process Design and Optimization - An Industrial Perspective (p. 315)
- A New Concept in Process Synthesis: Maximising the Average Rate (p. 320)
- Conceptual Design of Processes for Structured Products (p. 324)
- Industrial Examples of Process Synthesis Analysis Driving Research and Development (p. 329)
- Dynamics, Operability, and Control
- Driving Force Cost and Its Use in Optimal Process Design (p. 333)
- Incorporation of Prior Plant Knowledge into Nonlinear Dynamic Black Box Models Based on Information Analysis (p. 338)
- Conceptual Dynamic Models for the Design of Batch Distillations (p. 342)
- Plant Design Based on Economic and Static Controllability Criteria (p. 346)
- Information Models for Control Engineering Data (p. 351)
- Environmental Design
- Design and Analysis of Optimal Waste-Treatment Policies (p. 355)
- Integrated Design and Operability Analysis for Economical Waste Minimization (p. 360)
- Industrially Applied Process Synthesis Method Creates Synergy between Economy and Sustainability (p. 364)
- Pollution Prevention via Mass Integration (p. 367)
- Modeling and Design of an Environmentally Benign Reaction Process (p. 371)
- Simplified System Disturbance Propagation Models and Model-Based Process Synthesis (p. 376)
- Improving Efficiency of Distillation with New Thermally-Coupled Configurations of Columns (p. 381)
- Separation and Reaction Systems
- Experimental and Computational Screening Methods for Reactive Distillation (p. 385)
- Optimum Design of Mass Exchange Networks Using Pinch Technology (p. 389)
- Automated Generation of Reaction Products (p. 393)
- Properties of Sectional Profiles in Reactive Separation Cascades (p. 397)
- Feed Addition Policies for Ternary Distillation Columns (p. 402)
- Uncertainty Considerations in the Reduction of Chemical Reaction Mechanisms (p. 406)
- Computationally Efficient Dynamic Models for the Optimal Design and Operation of Simulated Moving Bed Chromatographic Separation Processes (p. 411)
- Rigorous Optimal Design of a Pervaporation Plant (p. 415)
- Integrating Chemistry Process Development with Downstream Considerations (p. 419)
- Synthesis of Optimal Distillation Sequences for the Separation of Zeotropic Mixtures Using Tray-by-Tray Models (p. 423)
- Computing, Tools and Modeling
- Economic Risk Management for Design and Planning of Chemical Manufacturing Supply Chains (p. 427)
- Process Plant Ontologies Based on a Multi-dimensional Framework (p. 433)
- Model.La: A Phenomena-Based Modeling Environment for Computer-Aided Process Design (p. 438)
- Information Models for the Electronic Storage and Exchange of Process Engineering Data (p. 442)
- An Object-Oriented Framework for Process Synthesis and Optimization (p. 446)
- A Task and Version-Oriented Framework for Modeling and Managing the Process Design Process (p. 450)
- The Value of Design Research: Stochastic Optimization as a Policy Tool (p. 454)
- Decomposition Algorithms for Nonconvex Mixed-Integer Nonlinear Programs (p. 458)
- Metamodeling--A Novel Approach for Phenomena-Oriented Model Generation (p. 462)
- Integrated Use of CAPE Tools - An Industrial Example (p. 466)
- A General Framework for Considering Data Precision in Optimal Regression Models (p. 470)
- Redefining the Process Simulation Flowhseet: A Component Based Approach (p. 474)
- Fuel-Additives Design Using Hybrid Neural Networks and Evolutionary Algorithms (p. 478)
- The Emerging Discipline of Chemical Engineering Info Transfer (p. 482)
- A Principal Variable Approach for Batch Process Design Based on a Black Box Model (p. 486)
- A Sampling Technique for Correlated Parameters in Nonlinear Models for Uncertainty and Sensitivity Analysis (p. 490)
- Cheops: A Case Study in Component-Based Process Simulation (p. 494)
- A Layers Architecture Based Process Simulator (p. 498)
- Author Index (p. 503)
- Subject Index (p. 506)