Certificate in Equipment Design

Equipment Design

About Equipment Design

Since it is eventually used as the means to execute all of the other enabling technologies, equipment design is inherently the widest category of the six enabling technologies.

Reactors, distillation columns, absorbers, heat exchangers, evaporators, crystallizers, and other significant machinery are found in chemical process facilities. It is necessary to design such equipment before setting up a processing facility, making it the first step in a chemical reaction.

Why is Equipment Design important?

In order to maintain a plant's effectiveness and safety, manufacture high-quality goods, and guarantee employee health and safety, equipment design is crucial. Owners, managers, operators, and design engineers of facilities must collaborate with a reliable design service provider who is aware of the crucial variables at play.

Who should take the Equipment Design Exam?

• Engineers
• Mechanical Design Engineer
• Chemical Engineer
• Machine Designer

Equipment Design Certification Course Outline

1. Classification of exchangers
2. Double pipe exchanger
3. Tubes and Shell
4. S&TE design-Kern’s method
5. S&TE design-Bell’s method
6. Condenser design
7. Reboiler design
8. Evaporator design
9. Crystallizer design
10. Packed column design
11. Distillation column