Description This title aims to teach how to invent optimal and sustainable chemical processes by making use of systematic conceptual methods and computer
simulation techniques. The material covers five sections: process simulation; thermodynamic methods; process synthesis; process integration;
and design project including case studies. It is primarily intended as a teaching support for undergraduate and postgraduate students
following various process design courses and projects, but will also be of great value to professional engineers interested in the newest
design methods.
Audience
Chemical engineering and industrial chemistry university departments; libraries of companies in basic chemicals, petrochemicals, refining
and gas processing; engineering contractors; chemical engineers; undergraduate and postgraduate students.
Contents 1 INTEGRATED PROCESS DESIGN
PART I - PROCESS SIMULATION
2 INTRODUCTION IN PROCESS SIMULATION
3 STEADY STATE FLOWSHEETING
4 DYNAMIC SIMULATION
PART II: THERMODYNAMIC METHODS
5 COMPUTATIONAL METHODS IN THERMODYNAMICS
6 PHASE EQUILIBRIA
PART III: PROCESS SYNTHESIS
7 PROCESS SYNTHESIS BY HIERARCHICAL APPROACH
8 SYNTHESIS OF REACTION SYSTEMS
9 SYNTHESIS OF AZEOTROPIC SEPARATION SYSTEMS
PART IV: PROCESS INTEGRATION
10 PINCH POINT ANALYSIS
11 PRACTICAL
ENERGY INTEGRATION
12 CONTROLLABILITY ANALYSIS
13 INTEGRATION OF DESIGN AND CONTROL
PART V: DESIGN PROJECT
14 PROCESS DESIGN PROJECT
15 ECONOMIC EVALUATION OF PROJECTS
16 EQUIPMENT SELECTION AND DESIGN
APPENDICES.
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