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Conversion between square and cubic forms

2018-09-14View Original

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I understand all the formulas, but I just want to know how to apply them. Here’s an example: 400,000 Nm³/h and a working pressure of 2000 Pa. What is the result? I hope experts can help me figure this out
Reply #22018-09-14
What about the temperature? It’s not very accurate without a temperature reading
Reply #32018-09-14
Also, is your 2 kPa gauge pressure or absolute pressure?
Reply #42018-09-14
If it is a gas, an accurate calculation requires not only the temperature value but also a compressibility factor term.
Reply #52018-09-14
Temperature 40° to 60°, flue gas
Reply #62018-09-15
Gauge pressure of 2 kPa, haha. 2 kPa is not far from absolute vacuum – so what’s the point of talking about smoke density in cubic meters? It’s practically zero; forget about it :lol.
Reply #72018-09-16
There’s something wrong with this pressure level – what kind of device can reduce vacuum pressure to -98 KPa? That’s almost equivalent to the conditions in outer space
Reply #82018-09-16
:funk::funk: Pressure vessel
Reply #92018-09-16
I’m just starting out and don’t understand anything yet; they’ve given it to me so that I can get to know it
Reply #102018-09-16
Your pressure here should be around -2 KPa; what kind of device is it that measures the flue gas pressure? A boiler?

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