Outlines

Part 1 – Introduction

 

• Bench Mark Quiz
• Classification based on application, terminology and applications (typical)
• Classification based on construction

 

Part 2 – Overview of thermal design:

 

• Fundamentals of Heat transfer
• Concept of LMTD, Overall HT co-efficient, fouling factor
• TEMA Classification and TEMA types
• Overview - Design of double pipe exchanger – sizing & pressure drop
• Overview - Design of shell and tube exchanger – sizing, pressure drop, considerations for fluid allocation (shell side/tube side), no. of passes. Baffle spacing
• Use of both Kern Method and Bell (Delaware) Method would be highlighted
• Overview – Design of PHE, Air Coolers

Part 3 – Mechanical design

• Overview and highlights of TEMA Code and Mechanical design
• Mechanical design of components – tube sheet, baffles, bonnet/shell cover

 

Part 4 – Operations and control:

 

• Operation of PHE and other types of Heat Exchangers
• Process control of heat exchangers and evaporators
• Maintenance of Heat - exchangers

Who Should Attend

 

• The course is recommended for engineers (Chemical/Mechanical) interested in overview of different types of heat transfer equipments including PHE.

 

• The course would help participants to widen and/or gain better insight into selection of type of Heat Exchangers vis-à-vis application. Persons engaged in operations of Chemical / Petrochemical plant, refinery could look forward to gaining further insight into operational and control aspects of Heat Transfer equipment.

 

Duration

3 Days