Process Engineering - Module 3 ( Vessels - Agitated)

This course aims to provide participants with a comprehensive understanding of agitated vessels in process engineering, covering process design, different types of vessels, mixing principles, agitator types, and material considerations. Participants will also learn about the agitator drive system, power requirements, and gain hands-on experience with a live example of process design for an agitated vessel.

Topic Description:

1. Introduction to Agitated Vessels:

• An overview of agitated vessels and their significance in various industrial processes.

2. Process Design of Agitated Vessels:

• Understanding the key steps and considerations involved in the process design of agitated vessels.

3. Types of Vessels:

• Exploration of different types of vessels used in process engineering applications.

4. Mixing Types & Purpose:

• Understanding the principles of mixing and the purposes it serves in process operations.

5. Vortex Formation and Baffles:

• Study of vortex formation in agitated vessels and the role of baffles in preventing it.

6. Types of Agitators:

• Overview of various agitator types and their applications in different processes.

7. Types of Jackets and Coils:

• Understanding the different types of heating/cooling jackets and coils used in agitated vessels.

8. Material of Construction:

• Considerations for selecting suitable materials for agitated vessel construction based on process requirements.

9. Agitator Drive System:

• Exploration of agitator drive systems and their design considerations.

10. Process Design of Agitated Vessel - Power Requirement:

• Calculation of power requirements for agitators in an agitated vessel design.

11. Calculated Example of Process Design of Agitated Vessel (Live):

• Hands-on experience with a live example to apply the concepts learned in process design for an agitated vessel.

Upon completion of this course, participants will have a strong foundation in agitated vessel design and be equipped to handle real-world challenges in process engineering involving agitated vessels.