top of page
< Back

Reactor Design for Industrial Scale Production Training

This course covers reactor design for industrial scale production, teaching engineers to design reactors that perform reliably at commercial scale.

Reactor Design for Industrial Scale Production Training

Location
CH1007
Duration
Online / In-class
5 Days

Sector:

Chemicals & Process – Reaction Engineering

Technical Focus Area: 

Reaction Engineering & Reactor Design

About the Course

This course provides practical training in reactor design for industrial-scale production, covering how reactor configuration, mixing, and heat transfer are designed to perform reliably beyond laboratory or pilot scale. It is designed for engineers responsible for designing or specifying production-scale reactors.

Participants examine reactor configuration selection, mixing and mass transfer considerations, and heat removal strategies, building the practical skills needed to design reactors that meet production targets safely. Case examples illustrate reactor design decisions across different industrial processes.

Learning Milestones

By the end of this course, participants will be able to:

- Select an appropriate reactor configuration for industrial production.
- Design mixing systems for adequate mass transfer.
- Evaluate heat removal strategies for exothermic reactions.
- Assess reactor performance against production targets.
- Identify risks specific to industrial-scale reactor operation.
- Coordinate reactor design with process safety requirements.

Professional Audience

This course is ideal for engineers designing industrial-scale reactors, including:

- Reactor design engineers
- Process engineers
- Chemical engineers supporting scale-up
- Plant engineers specifying new reactors
- Technical managers overseeing reactor projects

Modular Syllabus

Reactor Configuration Selection

- Reactor type selection criteria

- Batch versus continuous production considerations

- Single versus multiple reactor train configurations

- Matching reactor type to reaction characteristics

- Case study: selecting a reactor configuration

Course Dates & Prices

Picture
Location
Date
Price
Enroll to the Course
Cairo (Egypt)
23/11/2026
3699 $
Enroll
Online
23/11/2026
1499 $
Enroll
London (UK)
30/11/2026
4099 $
Enroll
Doha (Qatar)
30/11/2026
3799 $
Enroll
Dubai (UAE)
30/11/2026
3799 $
Enroll
Muscat (Oman)
30/11/2026
3799 $
Enroll
Dubai (UAE)
07/12/2026
3799 $
Enroll
Online
07/12/2026
1499 $
Enroll
Online
14/12/2026
1499 $
Enroll
Kuala Lumpur (Malaysia)
14/12/2026
4199 $
Enroll
Doha (Qatar)
14/12/2026
3799 $
Enroll
Dubai (UAE)
14/12/2026
3799$
Enroll
Istanbul (Turkey)
21/12/2026
3699 $
Enroll
Kuala Lumpur (Malaysia)
21/12/2026
4199 $
Enroll
Cairo (Egypt)
21/12/2026
3699 $
Enroll
Dubai (UAE)
21/12/2026
3799 $
Enroll
Online
21/12/2026
1499 $
Enroll
Online
28/12/2026
1499 $
Enroll
Dubai (UAE)
28/12/2026
3799 $
Enroll
London (UK)
28/12/2026
4099 $
Enroll
Previous
Next
bottom of page