Systematic Methods of Chemical Process Design (Prentice Hall International Series in the Physical and Chemical Engineering Sciences) Book

	Preface
	Foreword
1	Introduction to Process Design	1
2	Overview of Flowsheet Synthesis	25
3	Mass and Energy Balances	55
4	Equipment Sizing and Costing	110
5	Economic Evaluation	142
6	Design and Scheduling of Batch Processes	180
7	Unit Equation Models	207
8	General Concepts of Simulation for Process Design	243
9	Process Flowsheet Optimization	295
10	Heat and Power Integration	341
11	Ideal Distillation Systems	387
12	Heat Integrated Distillation Processes	408
13	Geometric Techniques for the Synthesis of Reactor Networks	429
14	Separating Azeotropic Mixtures	455
15	Basic Concepts for Algorithmic Methods	497
16	Synthesis of Heat Exchange Networks	527
17	Synthesis of Distillation Sequences	567
18	Simultaneous Optimization and Heat Integration	595
19	Optimization Techniques for Reactor Network Synthesis	618
20	Structural Optimization of Process Flowsheets	663
21	Process Flexibility	690
22	Optimal Design and Scheduling for Multiproduct Batch Plants	719
App. A	Summary of Optimization Theory and Methods	748
App. B	Smooth Approximations for max {0,f(x)}	771
App. C	Computer Tools for Preliminary Process Design	773
	Author Index	781
	Subject Index	786