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Bioprocess Engineering Principles - Doran


Contents

Chapter 1. Bioprocess Development: An Interdisciplinary Challenge
Chapter 2. Introduction to Engineering Calculations
Chapter 3. Presentation and Analysis of Data
Chapter 4. Material Balances
Chapter 5. Energy Balances
Chapter 6. Unsteady-State Material and Energy Balances
Chapter 7. Fluid Flow and Mixing
Chapter 8. Heat Transfer
Chapter 9. Mass Transfer
Chapter 10. Unit Operations
Chapter 11. Homogeneous Reactions
Chapter 12. Heterogeneous Reactions
Chapter 13. Reactor Engineering

Appendix A. Conversion Factors
Appendix B. Physical and Chemical Property Data
Appendix C. Steam Tables
Appendix D. Mathematical Rules
Appendix E. List of Symbols


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Biochemical Engineering - Lee


Contents

Chapter 1. Introduction
Chapter 2. Enzyme Kinectics
Chapter 3. Immobilized Enzyme
Chapter 4. Industrial Applications of Enzymes
Chapter 5. Cell Cultivations
Chapter 6. Cell Kinetics and Fermenter Design
Chapter 7. Genetic Engineering
Chapter 8. Sterilization
Chapter 9. Agitation and Aeration
Chapter 10. Downstream Processing

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Systematic Methods of Chemical Process Design - Biegler


Contents

1. Introduction to Process Design

Part I. Prelimanry Analysis and Evaluation of Process
2. Overview of Flowsheet Synthesis
3. Mass and Energy Balances
4. Equipment Sizing and Costing
5. Economic Evaluation
6. Design and Scheduling of Bathc Processes

Part II. Analysis with Rigorous Process Models
7. Unit equation Models
8. General Concepts of Simulation for Process Design
9. Process Flowsheet Optimization

Part III. Basic Concepts in Process Synthesis
10. Heat and Power Integration
11. Ideal Distillation Systems
12. Heat Integrated distillation Processes
13. Geometric Techniques for the Synthesis of reactor Networks
14. separating Azeotropic Mixtures

Part IV. Optimzation Approaches to Process Synthesis and Design
15. Basic Concepts for Algorithmic Methods
16. Synthesis of heat Exhcange Networks
17. Synthesis of Distillation Sequences
18. Simultaneous Optimization and Heat Integration
19. Optimization Techniques for Reactor Network Synthesis
20. Structural Optimization of Process Flowsheets
21. Process Flexibility
22. Optimal Design and Scheduling for Multiproduct Batch Plants

Appendix A. Summary Optimazation Theory and Methods
Appendix B. Smoothe Approximations for max
Appendix C. Computer Tools for Preliminary Process Design

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Product & Process Design Principles - Seider


Contents

Part I. Product and Process Invention - Heuristics and Analysis
1. The Design Process
2. Molecular Structure Design
3. Process Creation
4. Simulation to Assist in Process Creation
5. Heuristics for Process Synthesis

Part II. Detailed Process Synthesis - Algorithmic Methods
6. Reactor design and Reactor Network Synthesis
7. Synthesis of Separation Trains
8. Reactor-Separator-Recycle Networks
9. Second-Law Analysis
10. Heat and Power Integration
11. Mass Integration
12. Optimal Design and Scheduling of Batch Processes

Part III. Detailed Design, Equipment Sizing, and Optimization - Configured Product Design
13. Heat Exchanger Design
14. Separation Tower Design
15. Pumps, Compressors, and Expanders
16. Cost Accounting and Capital Cost Estimation
17. Annual Costs, Earnings, and Profitability Analysis
18. Optimization of Process Flowsheets
19. Product Design

Part IV. Plantwide Controllability Assessment
20. The Interaction of Process Design and Process Control
21. Flowsheet Controllability Analysis

Part V. Design Report
22. Written Reports and Oral Presentations

Appendixes
I. Residue Curves for Heterogeneous Systems
II. Design Problem Statements
III. Materials of Construction

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Plant Design and Economics for Chemical Engineers - Timmerhaus


Contents

1. Introduction
2. Process Design Development
3. General Design Considerations
4. Computer-Aided Design
5. Cost and Asset Acounting
6. Cost Estimation
7. Interest and Investment Costs
8. Taxes and Insurance
9. Depreciation
10. Profitability, Alternative Investments, and Replacements
11. Optimum Design and Design Strategy
12. Materials Selection and equipment Fabrication
13. The Design Report
14. Materials Transfer, Handling, and Treatment Equipment.Design and Costs
15. Heat-Transfer Equipment-Design and Costs
16. Mass-Transfer and Reactor Equipment-Design and Costs
17. Statistical Analysis in Design

Appendixes
A. The International System of Unit (SI)
B. Auxiliary, Utility, and Chemical Cost Data
C. Design Problems
D. Tables of Physical Properties and Constants

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