Just to make sure I'm getting this right, there is no pressure increase inside the exchanger itself as the volume is not being constrained during flow.
However, if heat is added to the closed vessel then the pressure increases as the ideal gas law would have it. Can the exchanger be operated in...
Can someone please explain to me the basics of how a cryogenic vaporizer is designed? I.e., those used for oxygen or nitrogen supply. How do they increase the pressure from the liquid in the tank to the outlet? Isn't there a pressure drop within the piping of the exchanger?