Hi there.
I recently made 25l of beer from a brupaks kit. It all went well until i put it into a pressure keg. I added 200g of sugar (too much i know but i misread the label :S) to the keg and siphoned the beer into it after 1 week of fermentation in the bucket. The keg was only about 2/3 full of beer due to sediment and amount of beer made in the first place. It looked promising - there was a lot of foam produced in the keg and everything was sealed - I used vaseline on the threads of the screw of the Lid and tap to prevent leakage.
However, 3 weeks later i went to test the beer - It was flat as anything - not just like ale - but like tap water, and still tasted sweet and was cloudy. I left it another 2 weeks and there was no change.
I took a gravity reading the first time i tested it and another the second and there was no difference whatsoever.
How can i prevent this from happening my next time?
P.S the barrel does not have any sort of valve for injecting more co2, only a safety valve on the cap to release high pressure.
I recently made 25l of beer from a brupaks kit. It all went well until i put it into a pressure keg. I added 200g of sugar (too much i know but i misread the label :S) to the keg and siphoned the beer into it after 1 week of fermentation in the bucket. The keg was only about 2/3 full of beer due to sediment and amount of beer made in the first place. It looked promising - there was a lot of foam produced in the keg and everything was sealed - I used vaseline on the threads of the screw of the Lid and tap to prevent leakage.
However, 3 weeks later i went to test the beer - It was flat as anything - not just like ale - but like tap water, and still tasted sweet and was cloudy. I left it another 2 weeks and there was no change.
I took a gravity reading the first time i tested it and another the second and there was no difference whatsoever.
How can i prevent this from happening my next time?
P.S the barrel does not have any sort of valve for injecting more co2, only a safety valve on the cap to release high pressure.