MBM30075
Well-Known Member
No, I'm not asking how pressure forces the CO2 to dissolve into the beer.
I don't like to "force" carb my kegs in the traditional method. I think I shake it too hard or something, but my first two kegs I shook the crap out of didn't taste right. Since then, I've gone with the following method:
1. Purge air from keg.
2. Stick keg in fridge.
3. Put keg under ~25-30 psi
4. After 4 or 5 days, sample 1/2 to 1 glass of beer per day until ready
This usually takes about 10 days to finish, but of course the beer in the mean time isn't so bad!
I've got 2 kegs that went in the fridge last Thursday night. One keg seems to be about halfway to being carbed, the other is coming more slowly.
It's gotten me thinking, though: Is the beer on top more carbed than the beer at the bottom?
Since the pressure is coming from up top, you'd expect the CO2 to dissolve up there first, and only later make its way down to the beer at the bottom.
Is that a correct theory or bunk?
If I shook that keg gently, just to swirl it, would the carbonation diffuse throughout the beer and noticeably alter the beer I'm drawing off?
Anybody know why the two kegs, both hooked to the same regulator would carb at such different rates?
I pulled a 2 liter of beer from one of them to carb up separately. Would the extra head space allowed by that combined with the smaller volume of beer to carbonate make it carb up faster? Makes sense to me; is it right?
Thanks!
I don't like to "force" carb my kegs in the traditional method. I think I shake it too hard or something, but my first two kegs I shook the crap out of didn't taste right. Since then, I've gone with the following method:
1. Purge air from keg.
2. Stick keg in fridge.
3. Put keg under ~25-30 psi
4. After 4 or 5 days, sample 1/2 to 1 glass of beer per day until ready
This usually takes about 10 days to finish, but of course the beer in the mean time isn't so bad!
I've got 2 kegs that went in the fridge last Thursday night. One keg seems to be about halfway to being carbed, the other is coming more slowly.
It's gotten me thinking, though: Is the beer on top more carbed than the beer at the bottom?
Since the pressure is coming from up top, you'd expect the CO2 to dissolve up there first, and only later make its way down to the beer at the bottom.
Is that a correct theory or bunk?
If I shook that keg gently, just to swirl it, would the carbonation diffuse throughout the beer and noticeably alter the beer I'm drawing off?
Anybody know why the two kegs, both hooked to the same regulator would carb at such different rates?
I pulled a 2 liter of beer from one of them to carb up separately. Would the extra head space allowed by that combined with the smaller volume of beer to carbonate make it carb up faster? Makes sense to me; is it right?
Thanks!