Innovative Separation Techniques for Enhanced Sustainable Production in Chemical Process Engineering

1. Introduction 1.1 Background of Chemical Process Engineering 1.2 Importance of Sustainable Production 1.3 Objective of the Study 2. Overview of Separation Techniques 2.1 Traditional Separation Methods 2.2 Advanced Technologies in Separation 2.3 Criteria for Selection of Techniques 3. Membrane-Based Separation 3.1 Types of Membrane Technologies 3.2 Applications in Chemical Engineering 3.3 Advantages Over Conventional Methods 4. Adsorption and Absorption Techniques 4.1 Fundamentals of Adsorption 4.2 Innovative Adsorption Materials 4.3 Absorption in Chemical Processes 5. Distillation Innovations 5.1 Energy-Efficient Distillation Methods 5.2 Integration with Renewable Energy 5.3 Case Studies in Industry 6. Extraction and Chromatography 6.1 Principles of Extraction Processes 6.2 Chromatographic Techniques 6.3 Advances in Industrial Applications 7. Process Intensification Strategies 7.1 Concept of Process Intensification 7.2 Role in Separation Technologies 7.3 Case Examples and Benefits 8. Challenges and Future Perspectives 8.1 Limitations of Current Techniques 8.2 Research Needs and Opportunities 8.3 Vision for Future Advances