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Emerging Technologies in Catalysis for Petroleum Refining: Exploring Catalyst Advancements and Design Principles
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Course Description
1 Lessons
Course overview
Module 1: Introduction to Catalysis in Petroleum Refining
2 Lessons
Overview of catalysts and catalytic processes
Importance and applications of catalysis in petroleum refining
Module 2: Catalyst Materials for Petroleum Refining
3 Lessons
Types and properties of catalyst materials
Advances in metal catalysts zeolites and supported catalysts
Catalyst synthesis techniques
Module 3: Catalyst Characterization Techniques
3 Lessons
Surface analysis methods: XPS XRD and BET
Spectroscopy techniques: FT-IR Raman and NMR
Microscopy techniques: TEM SEM and AFM
Module 4: Innovative Catalytic Processes
3 Lessons
Hydroprocessing: hydrotreating and hydrocracking
Fluidized-bed catalysis: FCC and hydrodewaxing
Biocatalysis: enzymatic and microbial catalysis
Module 5: Catalyst Testing and Evaluation
3 Lessons
Importance of catalyst testing in process development
Testing methods: activity selectivity and stability
Scale-up considerations and catalyst optimization
Module 6: Catalyst Deactivation and Regeneration
2 Lessons
Mechanisms of catalyst deactivation
Strategies for catalyst regeneration and rejuvenation
Module 7: Catalyst Design Principles
3 Lessons
Structure-function relationships in catalyst design
Tailoring catalytic properties for specific reactions
Computational approaches in catalyst design
Module 8: Emerging Technologies and Future Perspectives
3 Lessons
Nanocatalysis and nanostructured catalyst materials
Heterogeneous catalysis advancements
Renewable energy integration in catalytic processes
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