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Catalysis and Catalytic Reactor Systems Training
Sector:
Chemicals & Process – Reaction Engineering
Technical Focus Area:
Reaction Engineering & Reactor Design
About the Course
This course provides practical training in catalysis and catalytic reactor systems, covering how catalysts are selected and how reactors are designed to maximize catalytic activity and selectivity. It is designed for engineers working with catalytic processes in chemical and petrochemical production.
Participants examine catalyst types, deactivation mechanisms, and catalytic reactor configurations, building the practical skills needed to support catalyst selection and reactor design decisions. Case examples illustrate catalytic process performance issues and their resolution.
Learning Milestones
By the end of this course, participants will be able to:
- Select catalysts appropriate for a given reaction system.
- Design catalytic reactors for optimal performance.
- Assess catalyst deactivation mechanisms and mitigation.
- Evaluate fixed bed versus fluidized bed reactor options.
- Monitor catalytic reactor performance over a run cycle.
- Support catalyst regeneration and replacement decisions.
Professional Audience
This course is ideal for engineers working with catalytic processes, including:
- Process and chemical engineers
- Catalysis and reaction engineering specialists
- Plant engineers operating catalytic units
- R&D engineers developing catalytic processes
- Technical support engineers for petrochemical units
Modular Syllabus
Catalysis Fundamentals
- Homogeneous versus heterogeneous catalysis
- Catalyst activity, selectivity, and stability
- Catalyst characterization methods
- Catalyst support and formulation basics
- Selecting catalysts for industrial processes
Course Dates & Prices
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