How do I interpret turbine and compressor maps for optimal selection?

AI Thread Summary
Understanding turbine and compressor maps is essential for optimal selection in various applications. Compressor maps illustrate discharge pressure, efficiency, and temperature against flow rates, while turbine maps focus on steam inlet conditions and power requirements. Proper selection requires detailed input from the manufacturer, including specific operational parameters like pressures, temperatures, and flow rates. Comprehensive resources, such as turbo machinery texts and online guides, can provide valuable insights into interpreting these maps. Mastering this knowledge is crucial for achieving efficient performance in turbine and compressor applications.
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Hi all, does anyone knows of any good website that teaches you how to read turbine or compressor maps? And possibly teaches you how to select the best turbine / compressor for your particular application?

Thank you!
 
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Turbines and compressors are quite different animals. Compressor curves are normally the predicted discharge pressure, efficiency, temperature, versus flow for one or more operating speeds. The curves are plotted from the surge point to the choke point.

For the compressor application, you need to let the manufacturer know the conditions you want to meet. This will consist of inlet and discharge pressures, inlet temp, gas composition, mass flow rate, driver speed if you have one. For the turbine, the steam inlet pressure and temp, exhaust temp., operating speed, power required, and available flow.

There's a good bit more that goes into the selection of turbines and compressors but this is a start.
 
Garrett have a great series of introductions to turbocharging, including map interpretation.

http://www.turbobygarrett.com/turbobygarrett/tech_center/turbo_tech101.html
 
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You can also read the http://www.gnttype.org/techarea/turbo/turboflow.html" too.
 
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