Why not use a spunding type valve to keep the pressure at 100psi while you fill the keg? That would keep the Co2 in solution.
Where did you get a 1/8" tail piece or MFL fitting? Or did you use something else?
I am hoping to use MFL fittings on the line so I can swap it out easily.
Why not use a spunding type valve to keep the pressure at 100psi while you fill the keg? That would keep the Co2 in solution.
One thing that you might think about is just eliminating the keg. When I first start my system up and it is still warm we just pour the soda over ice. The soda water stay carbed about the same as Poland springs. One thing is I run the Co2 inlet pressure at 120psi.
Eric
I am still slowly planning my system and I had an idea.
Do you think I could get the same result by having a soda keg with tap water on one terminal and feed the output to a carbonator pump that is in a keezer with the soda keg? That way the keg would be at a lower pressure and I could also have cold tap water on hand as well as cold soda water. I would have to really control humidity in the keezer, but I plan on putting the pump in the keezer anyway since I plan to put my keezer outdoors and do not want to expose my pump to the outdoor environment in Texas.
What do you think?
EFaden said:Would work... but the problem is that the carbonator has a tank which will still warm up to room temperature.
crazyirishman34 said:are you going to keep the freezer above freezing temps? If not the water will freeze
Eric
Did you keep the pin lock or ball lock quick disconnects, or did you hard plumb in the keg to your carbonator?
Thanks