Advanced Chemical Process Engineering: Techniques and Applications
( 25 Modules )

Module #1
Introduction to Advanced Chemical Process Engineering
Overview of the course, importance of advanced chemical process engineering, and industrial applications.

Module #2
Process Simulation and Modeling
Introduction to process simulation, types of models, and simulation software (e.g. Aspen Plus, ChemCad)

Module #3
Advanced Process Control Systems
Advanced control systems, model predictive control (MPC), and real-time optimization (RTO)

Module #4
Process Optimization Techniques
Linear and nonlinear programming, dynamic optimization, and optimization software (e.g. GAMS, MATLAB)

Module #5
Computational Fluid Dynamics (CFD) in Chemical Engineering
Introduction to CFD, applications in chemical engineering, and commercial CFD software (e.g. ANSYS Fluent)

Module #6
Machine Learning in Chemical Process Engineering
Introduction to machine learning, supervised and unsupervised learning, and applications in chemical engineering

Module #7
Data Analytics for Process Engineering
Data preprocessing, visualization, and analysis for process engineering applications

Module #8
Advanced Reactor Design and Operation
Design and operation of complex reactors, including multiphase reactors and fermenters

Module #9
Population Balance Modeling
Introduction to population balance modeling, applications in crystallization and granulation

Module #10
Advanced Distillation Technologies
Divided wall columns, reactive distillation, and other advanced distillation technologies

Module #11
Membrane Separation and Purification
Introduction to membrane separation technologies, applications in chemical process engineering

Module #12
Advanced Chromatography and Electrophoresis
Theory and applications of advanced chromatography and electrophoresis techniques

Module #13
Bioreactor Design and Operation
Design and operation of bioreactors, including bioprocess control and optimization

Module #14
Advanced Crystallization and Precipitation
Theory and applications of advanced crystallization and precipitation techniques

Module #15
Waste Reduction and Minimization Strategies
Introduction to waste reduction and minimization strategies, including process intensification and sustainable process design

Module #16
Safety and Risk Analysis in Chemical Process Engineering
Introduction to safety and risk analysis, hazards identification and risk assessment

Module #17
Environmental Impact Assessment and Sustainability
Environmental impact assessment, sustainability metrics, and sustainable process design

Module #18
Advanced Process Engineering Case Studies
Real-world case studies of advanced chemical process engineering applications

Module #19
Development of New Chemical Products and Processes
Introduction to new product and process development, including design of experiments and product design

Module #20
Patent Law and Intellectual Property Protection
Introduction to patent law and intellectual property protection for chemical process engineers

Module #21
Advanced Process Engineering Software Tools
Overview of advanced software tools for process engineering, including simulation, optimization, and data analytics

Module #22
Process Engineering Project Management
Introduction to project management for process engineering projects, including planning, scheduling, and cost estimation

Module #23
Communication and Teamwork in Process Engineering
Importance of communication and teamwork in process engineering, teamwork skills, and conflict resolution

Module #24
Ethics in Chemical Process Engineering
Introduction to ethics in chemical process engineering, including codes of ethics and professional responsibility

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced Chemical Process Engineering: Techniques and Applications career

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Advanced Chemical Process Engineering: Techniques and Applications ( 25 Modules )

Advanced Chemical Process Engineering: Techniques and Applications
( 25 Modules )