How to calculate the air delivery volume after a change in temperature while keeping the pressure of the hydrogen-nitrogen compressor constant
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I would like to ask everyone: it is known that when the inlet temperature of the hydrogen-nitrogen compressor is 20 degrees Celsius and the pressure is 30 kPa, its air delivery rate is 150,000 m3/h. If the pressure remains unchanged but the temperature rises to 21 degrees Celsius, how can we calculate by how much the air delivery rate decreases in this case?
I recommend reading the entire book on \"Principles of Chemical Engineering\"; you’re not just facing this issue, and this book should serve as your basic reference. One with an average junior high school education level can understand it; a version for vocational schools is sufficient.
Thank you for your advice. I already have books of this kind, and I also plan to study the relevant knowledge systematically. But since I’m in a hurry to get an answer, I’m posting this for help. Could you please briefly explain to me how to calculate this problem?
This post was last edited by CHANGBAISHI on 2019-6-3 10:02. There’s a gas equation in the book; just plug in the values, making sure to convert pressure and temperature to their absolute values.