Heat Exchanger

This course is about Heat Exchanger. Course consist of 7 lectures that provides learning experience from basics of heat exchanger to Improving it's efficiencies with many ways.

Lecture 1 : This lecture is about Overview of the Course Contents.

Lecture 2 & 3: This lecture is about introduction of Heat Exchanger along with types of Heat Exchanger.

Lecture 4 : This lecture is about Performance of Heat Exchanger specifically LMTD method. The lecture provide deep understanding of this Method, it's specification, Fouling factors as well as practical example.

Lecture 5 : This lecture is about Performance of Heat Exchanger specifically NTU method with it's specification as well as practical example.

Lecture 6 : This lecture is about mathematical explanation of Heat Exchanger Performance as well as fouling in Heat Exchanger & it's types.

Lecture 7 : This lecture is about Selection parameter for choose appropriate Heat Exchanger as well as The different Methods for Improving Efficiency of Heat Exchanger.

Practicing Engineer or consultant while going through the course, will learn following topics from the course on Heat Exchanger. The main benefit of the course is "How to save Energy in Heat Exchanger" for existing or for new selection of heat exchanger.

1. Introduction to Heat Exchanger (with types of heat exchanger)

2. Shell & Tube Heat Exchanger and their different configurations

3. Plate type Heat Exchanger

4. Parallel flow & Counter flow Heat Exchanger

5. Cross flow Heat Exchanger

6. Heat Exchanger Applications

(Air preheater, economizer, super heater, process heater etc.)

7. Performance of Heat Exchanger

8. Log Mean Temperature Difference (LMTD) Method to evaluate heat exchanger performance

9. Numerical

10. LMTD Correction Factor Charts

11. Numerical

12. Limitation Log Mean Temperature Difference

13. Effectiveness - NTU Method to evaluate heat exchanger performance

14. Numerical

15. Fouling in Heat Exchanger

16. Types of Fouling in Heat Exchanger

17. Prevention & Removal of Fouling in heat exchanger

18. Tubular Exchanger Manufacturers Association Standards (TEMA)

19. Selection of a Heat Exchanger

20. Methods to Improve Efficiency of Heat Exchanger

Heat Exchanger Tube Inserts

Use of Fins

Use of Deformed Tubes

Use of Baffles

21. Leak Detection Methods for heat exchangers

The course of Heat Exchanger is designed for All practicing engineers and consultants working in industry or students preparing for exam related to Heat exchanger subject.