Compressibility factor of gas
Thread Content
Dear friends, when discussing high-pressure gases, the concept of the gas compressibility factor is introduced. This factor represents the conversion between the volume of a real gas and that of an ideal gas. I’m still not able to perform such conversions, so I hope my friends can help me calculate the compressibility factor at a temperature of 240 degrees and a saturated pressure of 3.4 megapascals. \ud83d\ude0d\ud83d\ude0d\ud83d\ude0d
The compressibility factor Z is 0.8658, the density is 16.96 kg/m3, the viscosity is 0.01721 cp, the adiabatic index Cp/Cv is 1.507, and the heat capacity is 2.335 kJ/Kg℃
How is it calculated for Haiyou? Please forgive my ignorance; I didn’t excel in my studies in college, which is why I find it difficult to do anything these days. Please, Haiyou.
It was all simulated directly using ASPEN or HYSYS; I never did any manual calculations: lol
It’s good that it’s water vapor. The research in the field of steam chemical engineering is extremely thorough; it can be found without even needing reference tables. It gets complicated when using a different gas; the calculations may require the virial equation, and I can’t understand it at all