TEMA & HTRI Heat Exchanger Design & Cost Saving Management Training Course
Consultant/Trainer: Bert Boxma
The course provides in-depth practical understanding of major proven heat exchanger technologies and “state of art” fouling mitigation technologies. Pro’s and Con’s of several heat exchanger types are presented with real-life operational examples. This course provides a good mix of theory and common practices using highly interactive case studies where attendees are encouraged to use in-house heat exchanger type selection software and rigorous design/rating world-class software from HTRI.
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Participants
This Petrogenium course can be tailored for awareness/inexperienced staff, for intermediate and for experienced personnel. Furthermore the course can be customized for a specific refinery, plant or unit. The option for post-course consultancy/help-desk support is also available.
Participants could include a wide range of Technical Professionals but will greatly benefit:
- Engineers in disciplines Process, Mechanical, Project acting as specialist or generalist
- Design Specialist in heat exchanger to extend their knowledge HTRI specific
- Engineers in various disciplines; Maintenance, Turn-Around, & Cost Estimating
Learning Objectives
By the end of this course, participants will be able to perform or become:
- Proper Heat Exchanger Selection
- Heat Exchanger sizing
- Active Communicator during Meetings with Vendors
- Better observer during final inspection of heat exchangers
- Clear understanding of HTRI results
Day 1 – Shell and tubulars
- Historical & Market Aspects
- Basic Heat Transfer
- Mean Temperature Difference & Thermal Efficiency
- Fundamentals of Stream Analysis
- TEMA Nomenclature & Selection
- Shell, Bundle, Baffle and Tube type Selection
Day 2 – Shell & Tubulars Advanced Technologies
- Fouling Mitigation Technologies
- High Pressure Breech Lock Closure type
- Texas Tower, Helitower, Helixchanger, Helifin, Helitrans
- Tube Insert Technologies
- Low-fin, High-flux, Corrugated and Twisted Tube applications and examples
Day 3 – Vibration Analysis and HTRI / TEMA Case Studies
- Tube Vibration and FIV Prevention Technologies
- Case Study Selection of TEMA type
- HTRI Case study
Day 4 – Air Cooled & Compact Heat Exchangers
- Air Cooled & Economizer Type
- Double Pipe, Hairpin
- Plate & Frame, Spiral Plate & Spiral Coil
- Welded Plate (Printed Circuit, Packinox, Brazed Aluminum)
- Submerged & Waterbath Type
- Open Rack Vaporizer
- Case Studies on Selection
Day 5 – HTRI Thermal Design Aspects Condensers& Reboilers
- Practical Aspects of Condenser Design (Reflux, Vent, Shellside versus Tubeside)
- Practical Aspects of Reboiler Design (Thermosyphon, Kettle, Falling Film)
Programme
Day 1 – Shell and tubulars
- Historical & Market Aspects
- Basic Heat Transfer
- Mean Temperature Difference & Thermal Efficiency
- Fundamentals of Stream Analysis
- TEMA Nomenclature & Selection
- Shell, Bundle, Baffle and Tube type Selection
Day 2 – Shell & Tubulars Advanced Technologies
- Fouling Mitigation Technologies
- High Pressure Breech Lock Closure type
- Texas Tower, Helitower, Helixchanger, Helifin, Helitrans
- Tube Insert Technologies
- Low-fin, High-flux, Corrugated and Twisted Tube applications and examples
Day 3 – Vibration Analysis and HTRI / TEMA Case Studies
- Tube Vibration and FIV Prevention Technologies
- Case Study Selection of TEMA type
- HTRI Case study
Day 4 – Air Cooled & Compact Heat Exchangers
- Air Cooled & Economizer Type
- Double Pipe, Hairpin
- Plate & Frame, Spiral Plate & Spiral Coil
- Welded Plate (Printed Circuit, Packinox, Brazed Aluminum)
- Submerged & Waterbath Type
- Open Rack Vaporizer
- Case Studies on Selection
Day 5 – HTRI Thermal Design Aspects Condensers& Reboilers
- Practical Aspects of Condenser Design (Reflux, Vent, Shellside versus Tubeside)
- Practical Aspects of Reboiler Design (Thermosyphon, Kettle, Falling Film)