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Multiphase Reactor Design and Scale-Up Training
Sector:
Chemicals & Process – Reaction Engineering
Technical Focus Area:
Reaction Engineering & Reactor Design
About the Course
This course provides advanced training in multiphase reactor design and scale-up, covering how reactors involving gas, liquid, and solid phase interactions are designed and scaled reliably from laboratory to production. It is designed for experienced engineers working with complex multiphase reaction systems.
Participants examine gas-liquid, liquid-liquid, and gas-liquid-solid reactor systems, along with scale-up methodologies that account for changing mass transfer and mixing characteristics. Case examples illustrate scale-up challenges specific to multiphase systems.
Learning Milestones
By the end of this course, participants will be able to:
- Design reactors for gas-liquid reaction systems.
- Design reactors for gas-liquid-solid reaction systems.
- Apply scale-up methodologies for multiphase reactors.
- Assess mass transfer limitations in multiphase systems.
- Identify scale-up risks specific to multiphase reactors.
- Evaluate pilot plant data for scale-up decisions.
Professional Audience
This course is ideal for experienced engineers working with multiphase reaction systems, including:
- Reactor design engineers
- Process development engineers
- Scale-up specialists
- R&D engineers working on multiphase processes
- Technical managers overseeing scale-up projects
Modular Syllabus
Multiphase Reaction Fundamentals
- Multiphase reaction system categories
- Mass transfer between phases
- Interfacial area considerations
- Multiphase flow regime effects on reactions
- Selecting reactor types for multiphase systems
Course Dates & Prices
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