squirt in the turns
Well-Known Member
- Joined
- 23/4/10
- Messages
- 281
- Reaction score
- 34
I'm going on a Christmas trip and hoping to take a full 19 L keg along. I'm going to try to keep it cold for the full 3 days in a cooler with copious amounts of ice. The cooler is wide and low, so fits a keg comfortably lying on its side, with plenty of room for ice.
I'll use a keg with a straight dip tube. If I lay the keg in the cooler, oriented so that the liquid out post (and thus the pick up) is at the bottom, I should have no trouble pouring, at least until the last few litres, right? When the keg's full, the gas dip tube may be submerged, but I wouldn't have thought that would be an issue (I use an NRV).
If this is viable, I'll put holes in the lid for the gas in and (picnic) tap out. I'm hoping I can minimise the frequency with which the cooler has to be opened, to prevent heat transfer into the cooler, and avoid having to stand the keg up to pour, then trying to get it back under the ice.
Is there some law of fluid dynamics that I've overlooked that make this a really bad idea?
I'll use a keg with a straight dip tube. If I lay the keg in the cooler, oriented so that the liquid out post (and thus the pick up) is at the bottom, I should have no trouble pouring, at least until the last few litres, right? When the keg's full, the gas dip tube may be submerged, but I wouldn't have thought that would be an issue (I use an NRV).
If this is viable, I'll put holes in the lid for the gas in and (picnic) tap out. I'm hoping I can minimise the frequency with which the cooler has to be opened, to prevent heat transfer into the cooler, and avoid having to stand the keg up to pour, then trying to get it back under the ice.
Is there some law of fluid dynamics that I've overlooked that make this a really bad idea?