Plant Design and Economics for Chemical Engineers
5th Edition
Published on 16. January 2003
Book
Paperback/Softback
992 pages
978-0-07-119872-1 (ISBN)
Description
The fifth edition of Plant Design and Economics for Chemical Engineers is a major revision of the popular fourth edition. There are new chapters on process synthesis, computer-aided design, and design of chemical reactors. A traditionally strong feature of the text, economic analysis, has been revamped and updated. Another strength, equipment sizing and cost estimation, is updated and expanded as well. These improvements also reflect changes in equipment availability.The numerous real examples throughout the book include computer or hand solutions, and often both. There is a new increased emphasis on computer use in design, economic evaluation, and optimization. Concepts, strategies, and approaches to computer use are featured. These concepts are not tied to particular software programs and therefore apply to wide a range of applications software, of both current and future release. This widely used text is now more useful than ever, providing a "one-stop" basic guide to chemical process design and evaluation.
More details
Edition
5th edition
Language
English
Place of publication
London
United States
Publishing group
McGraw-Hill Education - Europe
Target group
College/higher education
Illustrations
bibliographical references , index
Dimensions
Height: 229 mm
Width: 178 mm
Thickness: 38 mm
Weight
1633 gr
ISBN-13
978-0-07-119872-1 (9780071198721)
Schweitzer Classification
Other editions
Previous edition
Max S. Peters | Klaus D. Timmerhaus
Plant Design and Economics for Chemical Engineers
Book
12/1991
McGraw-Hill Education (ISE Editions)
€50.75
Article exhausted; check for reprint
Persons
University of Colorado Boulder - Professor Emeritus updated all 5/02 updated all 5/02 University of Colorado---Boulder - Emeritus Professor
Content
Chapter 1: IntroductionChemical Engineering Plant Design
Chapter 2:Process Design OverviewDesign Project ProcedureSource of Design InformationFlow DiagramsThe Preliminary DesignComparison of Different ProcessesEquipment Design and Specifications
Chapter 3:General Design ConsiderationsHealth and Safety HazardsHAZOP EvaluationEnvironmental ProtectionPlant Location and LayoutPlant Operation and Control
Chapter 4:Flowsheet DevelopmentExample Process FlowsheetComponents and Purpose of a FlowsheetInput/Output StructureRecycle StructureTraditional Flowsheet DevelopmentModern Flowsheet Development by FanProcess Flow DiagramsPiping and instrumentation diagramsVessel and piping layout
Chapter 5: Computer-Aided DesignSpreadsheetsComputer-Aided Process Simulation Methods and ProductsUse of Several Computer-Aided ProgramsAspen PlusHysysSpecial Purpose ProgramsFRI, HTRI, BJACCost Estimation ProgramsICARUS
Chapter 6:Analysis of Cost EstimationCash Flow for Industrial OperationsEstimation of Capital InvestmentEstimation of Total Product CostSummary
Chapter 7:Analysis of Depreciation, Taxes, and Investment CostsDepreciation MethodsTaxesInvestment CostsPresent Worth and DiscountRelationship to Profitability Analyses
Chapter 8:Profitability, Alternative Investments, and ReplacementsProfitability StandardsFactors Influencing ProfitabilityReturn on InvestmentPayout TimeDiscounted Cash Flow Rate of ReturnNet Present WorthCapitalized CostAlternative InvestmentsReplacements
Chapter 9:Optimal Design and Design StrategyDefinition of Objective FunctionStructural Optimization by FanSelection of Design VariablesIsolation of Sub-OptimizationsHeat Exchanger Network-Pinch TechnologyParametric Optimization MethodsOptimization Example
Chapter 10:Materials Selection and UtilizationMaterial AvailabilitySelectionFabrication
Chapter 11:The Design ReportOrganizationPreparationCheck List for Final Report
Chapter 12:Material Transfer Equipment:Design and CostsPumps, Compressors, and PipingFlow Measuring EquipmentVessels and Storage EquipmentMaterials Handling Equipment
Chapter 13:Reactor Equipment: Design and CostsBasic Theory of Reaction KineticsSelection of Suitable ReactorsDesign and Cost of Reactor Equipment
Chapter 14:Heat-Transfer Equipment: Design and CostsBasic Theory of Heat Transfer in ExchangersSelection of Suitable Heat Exchanger TypesDesign and Costs of Heat Exchanger TypesOptimum Design of Heat Exchangers
Chapter 15:Separation Equipment: Design and CostsSelection of Suitable Separation ProcessesEquipment Design and Costs for Separating Homogeneous MixturesEquipment Design and Costs for Separating Heterogeneous Mixtures
Appendix A:Auxiliary, Utility and Chemical Cost Data
Appendix B:Design Problems
Appendix C:Tables of Physical Properties and Constants
Appendix D:Conversions of SI and US Customary Units
Appendix E:Examples of Commercially Available Simulators
Chapter 2:Process Design OverviewDesign Project ProcedureSource of Design InformationFlow DiagramsThe Preliminary DesignComparison of Different ProcessesEquipment Design and Specifications
Chapter 3:General Design ConsiderationsHealth and Safety HazardsHAZOP EvaluationEnvironmental ProtectionPlant Location and LayoutPlant Operation and Control
Chapter 4:Flowsheet DevelopmentExample Process FlowsheetComponents and Purpose of a FlowsheetInput/Output StructureRecycle StructureTraditional Flowsheet DevelopmentModern Flowsheet Development by FanProcess Flow DiagramsPiping and instrumentation diagramsVessel and piping layout
Chapter 5: Computer-Aided DesignSpreadsheetsComputer-Aided Process Simulation Methods and ProductsUse of Several Computer-Aided ProgramsAspen PlusHysysSpecial Purpose ProgramsFRI, HTRI, BJACCost Estimation ProgramsICARUS
Chapter 6:Analysis of Cost EstimationCash Flow for Industrial OperationsEstimation of Capital InvestmentEstimation of Total Product CostSummary
Chapter 7:Analysis of Depreciation, Taxes, and Investment CostsDepreciation MethodsTaxesInvestment CostsPresent Worth and DiscountRelationship to Profitability Analyses
Chapter 8:Profitability, Alternative Investments, and ReplacementsProfitability StandardsFactors Influencing ProfitabilityReturn on InvestmentPayout TimeDiscounted Cash Flow Rate of ReturnNet Present WorthCapitalized CostAlternative InvestmentsReplacements
Chapter 9:Optimal Design and Design StrategyDefinition of Objective FunctionStructural Optimization by FanSelection of Design VariablesIsolation of Sub-OptimizationsHeat Exchanger Network-Pinch TechnologyParametric Optimization MethodsOptimization Example
Chapter 10:Materials Selection and UtilizationMaterial AvailabilitySelectionFabrication
Chapter 11:The Design ReportOrganizationPreparationCheck List for Final Report
Chapter 12:Material Transfer Equipment:Design and CostsPumps, Compressors, and PipingFlow Measuring EquipmentVessels and Storage EquipmentMaterials Handling Equipment
Chapter 13:Reactor Equipment: Design and CostsBasic Theory of Reaction KineticsSelection of Suitable ReactorsDesign and Cost of Reactor Equipment
Chapter 14:Heat-Transfer Equipment: Design and CostsBasic Theory of Heat Transfer in ExchangersSelection of Suitable Heat Exchanger TypesDesign and Costs of Heat Exchanger TypesOptimum Design of Heat Exchangers
Chapter 15:Separation Equipment: Design and CostsSelection of Suitable Separation ProcessesEquipment Design and Costs for Separating Homogeneous MixturesEquipment Design and Costs for Separating Heterogeneous Mixtures
Appendix A:Auxiliary, Utility and Chemical Cost Data
Appendix B:Design Problems
Appendix C:Tables of Physical Properties and Constants
Appendix D:Conversions of SI and US Customary Units
Appendix E:Examples of Commercially Available Simulators