I describe two different criteria for determining the diameter for piping: maximum velocity, and pressure drop per 100 m. The source code for the example is in a Jupyter Notebook file at github.com/kevindorma/LineSizing
Kindly give me mail id, because to start the dia are 12, 15, 22,28,35,42,54,76 and 108 mm. For seven gases oxygen, carbon dioxide, nitrous oxide, medical air 4 and 7 (2 gases), vacuum and anesthesia. For these gases which dia is taken to start from plant.
Very informative.Since this method is applicable to single phase flow only why cant we consider darcy weisbach equation to calaculate frictional pressure drop?
Respected Sir, if flowrate is too high as the objective product output is high, we would distribute flowrate in parallel pipe system, how to then find the individual flowrate of each pipe and its diamtere, considering we only have Vmax, Q (Vol flowrate) and m (mass flowrate)