Advanced Chemical Engineering Processes
( 25 Modules )

Module #1
Introduction to Advanced Chemical Engineering
Overview of the course, importance of advanced chemical engineering processes, and introduction to key concepts.

Module #2
Reactor Design and Optimization
Design principles for various types of reactors, optimization techniques for reactor performance, and case studies.

Module #3
Catalysis and Catalytic Reactors
Fundamentals of catalysis, types of catalysts, and design of catalytic reactors for efficient chemical conversions.

Module #4
Mass Transfer Operations
Principles of mass transfer, design and operation of equipment for gas-liquid and liquid-liquid systems.

Module #5
Heat Transfer and Energy Integration
Heat transfer mechanisms, design of heat exchangers, and energy integration techniques for process efficiency.

Module #6
Process Control and Instrumentation
Principles of process control, instrumentation and control systems, and control strategies for chemical processes.

Module #7
Separation Processes I:Distillation
Fundamentals of distillation, design and operation of distillation columns, and application to various processes.

Module #8
Separation Processes II:Absorption, Adsorption, and Chromatography
Principles and design of absorption, adsorption, and chromatography processes for separation and purification.

Module #9
Crystallization and Precipitation
Fundamentals of crystallization and precipitation, design and operation of crystallizers and precipitators.

Module #10
Drying and Evaporation
Principles of drying and evaporation, design and operation of dryers and evaporators.

Module #11
Membrane Separation Processes
Fundamentals of membrane separation, design and operation of membrane systems for various applications.

Module #12
Bioreactors and Fermentation
Design and operation of bioreactors, principles of fermentation, and application to bioproducts.

Module #13
Process Safety and Hazards Analysis
Identification and assessment of hazards, safety principles, and risk management strategies for chemical processes.

Module #14
Environmental Impact and Sustainability
Environmental impact of chemical processes, sustainability principles, and strategies for environmentally friendly processing.

Module #15
Computational Modeling and Simulation
Introduction to computational modeling, simulation tools, and applications to advanced chemical engineering processes.

Module #16
AdvancedMaterials and Nanoengineering
Properties and applications of advanced materials, nanoengineering principles, and their role in chemical engineering.

Module #17
Electrochemical Engineering
Fundamentals of electrochemistry, design and operation of electrochemical reactors, and applications to energy storage and conversion.

Module #18
Microfluidics and Lab-on-a-Chip
Principles of microfluidics, design and operation of microfluidic devices, and applications to chemical and biological systems.

Module #19
Process Intensification and Miniaturization
Principles and strategies for process intensification and miniaturization, and their applications to advanced chemical engineering processes.

Module #20
Advanced Separation Technologies
Emerging separation technologies, including advanced membrane systems, and their applications to various processes.

Module #21
Systems Biology and Metabolic Engineering
Introduction to systems biology, metabolic engineering principles, and their applications to bioproducts and bioprocesses.

Module #22
Data-Driven Chemical Engineering
Introduction to data-driven approaches, machine learning, and artificial intelligence in chemical engineering.

Module #23
Digital Twin and Virtual Plant
Concept of digital twin, virtual plant design and operation, and applications to advanced chemical engineering processes.

Module #24
Case Studies in Advanced Chemical Engineering
Real-world examples and case studies of advanced chemical engineering processes and their applications.

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced Chemical Engineering Processes career

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Advanced Chemical Engineering Processes ( 25 Modules )

Advanced Chemical Engineering Processes
( 25 Modules )