PART I: Overview and Background<br>Chapter 1: Introduction<br>Chapter 2: Principles, Potential and Challenges of Intensified Chemical Processes<br>PART II: Methods and Tools for Simulation, Control and Safety Analysis<br>Chapter 3: Simulation and optimization of Intensified Chemical Processes <br>Chapter 4: Dynamic Simulation and Control of Intensified Chemical Processes <br>Chapter 5: Safety Analysis of Intensified Chemical Processes<br>PART III: Control and Safety Analysis of Intensified Chemical Processes<br>Chapter 6: Control of a distillation column with dual steam and hot oil reboilers<br>Chapter 7: Design and control of an energy intensified side-stream extractive distillation for binary azeotropic separation of n-hexane and ethyl acetate <br>Chapter 8: Design and control of heterogeneous reactive distillation processes<br>Chapter 9: Design and analysis of control of a reactive dividing wall distillation column<br>Chapter 10: Vapor recompressed ternary batch distillation for separation zeotropic mixture: Dynamics and control<br>Chapter 11: Dynamics and control of middle vessel batch distillation with vapor recompression<br>Chapter 12: Development of a control structure of intensified biobutanol production<br>Chapter 13: Plantwide control and safety analysis of intensified diethyl oxalate production via regeneration-coupling circulation<br>Chapter 14: Safety analysis of different intensification techniques for algal biodiesel process<br>