Your cart is empty.
Keep shopping
Design of piping systems: Steam & Condensate
662 students
Design of piping systems: Steam & Condensate
Learn to design complete steam and condensate systems
Created byAlexandre Malherbe
Last updated 7/2020
English
What you'll learn
- Steam piping design
- Control valves
- Pressure reducers
- Condensate piping desing
- Steam heat exchangers
- Safety valve sizing
- Steam direct injection
- Heat loss calculations
- Pressure drop calculations
Explore related topics
Course content
9 sections • 46 lectures • 4h 53m total length
Requirements
- Basic thermodynamic background is usefull but not necessary
- Excel to follow along with calculations
Description
The aim of this course is to show you how to design complete steam and condensate piping systems. The course is filled with exercises and calculations based on real installations. The methods described in this course are applicable for all branches of industry.
In this course you will learn:
Thermodynamic properties of steam
To read a T,h mollier-chart
Standard components used in steam
To size steam and condensate pipes, collectors and headers
Steam trap selection
How to select and install pressure reducers
How to design a complete heat exchanger system
How to select a safety valve
How to design a direct injection installation
For each type of calculation you'll find an excel calculation sheets that can help you follow this course. Other resources like supplier info and charts are added where used.
Please feel free to ask any questions you have during the course, I'll do my best to clarify them. And if you have any special requests that I haven't covered in the course I'd like to know as well.
See you in the course!
Who this course is for:
- Project engineers
- Process engineers
- Piping designers
- Anyone who comes into contact with steam
- Students