I wasn't going to make the comment but it was on my mind. Water will re-condensate and only be absorbed by heat in the combustion process and through some latent heat absorption. Water will not vaporize under pressure and that airspeed. Other inhibitors include binding energy, the chemical properties/formula of air, monolayers and surface states, add to the difficulty for water molecules to separate in that type of environment. Adding cooler temperatures will again add to re-condensate. Not to be confused with pressure behind water exiting a small orifice into a lessor environmental pressure
Here's a link for example and further definitions and somewhat relate as
THIS can provide a lot more information to phase change of water in certain environments. Just wanted to point that out as some of the science isn't always intuitive and many variables add to the complexities of it's operational characteristics.
I look forward to some more posted pictures of the project btw.