Developing Green Chemical Processes
( 30 Modules )

Module #1
Introduction to Green Chemistry
Definition, principles, and importance of green chemistry

Module #2
History and Evolution of Green Chemistry
Brief history of green chemistry, milestones, and current trends

Module #3
Benefits and Challenges of Green Chemistry
Advantages, limitations, and future directions of green chemistry

Module #4
The 12 Principles of Green Chemistry
In-depth explanation of the 12 principles of green chemistry

Module #5
Atom Economy and Molecular Efficiency
Principles and applications of atom economy and molecular efficiency

Module #6
Designing Safer Chemicals
Principles and strategies for designing safer chemicals

Module #7
Introduction to Green Catalysis
Principles and importance of green catalysis

Module #8
Homogeneous Catalysis
Techniques and applications of homogeneous catalysis

Module #9
Heterogeneous Catalysis
Techniques and applications of heterogeneous catalysis

Module #10
Biocatalysis and Enzyme Engineering
Principles and applications of biocatalysis and enzyme engineering

Module #11
Nano-Catalysis
Techniques and applications of nano-catalysis

Module #12
Case Studies in Green Catalysis
Real-world examples and success stories of green catalysis

Module #13
Solvent Selection and Design
Principles and strategies for solvent selection and design

Module #14
Green Solvents and Alternatives
Overview of green solvents and alternatives to traditional solvents

Module #15
Seperation Technologies and Green Chromatography
Principles and applications of separation technologies and green chromatography

Module #16
Process Optimization and Intensification
Techniques and strategies for process optimization and intensification

Module #17
Scale-Up and Plant Design
Principles and considerations for scale-up and plant design

Module #18
Economic and Environmental Impact Assessment
Methods and tools for evaluating the economic and environmental impact of chemical processes

Module #19
Green Metrics and Performance Indicators
Overview of green metrics and performance indicators

Module #20
Life Cycle Assessment and Environmental Impact
Principles and applications of life cycle assessment and environmental impact

Module #21
Case Studies in Green Metrics and LCA
Real-world examples and applications of green metrics and LCA

Module #22
Policy and Regulation in Green Chemistry
Overview of policy and regulatory frameworks for green chemistry

Module #23
International Efforts and Initiatives
Global efforts and initiatives promoting green chemistry

Module #24
Industry Perspectives and Best Practices
Industry experiences and best practices in implementing green chemistry

Module #25
Electrochemistry and Electro-Catalysis
Principles and applications of electrochemistry and electro-catalysis

Module #26
Advanced Reactor Technologies
Overview of advanced reactor technologies for green chemistry

Module #27
Digitalization and Artificial Intelligence in Green Chemistry
Role of digitalization and AI in green chemistry

Module #28
Future Directions and Emerging Trends in Green Chemistry
Future directions, emerging trends, and opportunities in green chemistry

Module #29
Final Project:Developing a Green Chemical Process
Guided project to develop a green chemical process

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Developing Green Chemical Processes career

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Developing Green Chemical Processes ( 30 Modules )

Developing Green Chemical Processes
( 30 Modules )