Name: GRUMPY DAVE STEWART
Date: 04-07-03 09:36
Dennis,
I am assuming a few things here. First that you have gassed or carbonated the beer at 300 KPA not 300 pSI.
Your fridge is still at 2.0 DegC.
Answer.
You are experiencing EXACTLY what happened to me nearly 15 years ago. Thae advice I got on how to keg was flawed and came to me from a brewcraft brewshop guy.
I wasted probably 2 kegs of beer in a foamy hell and swore I wouldn't do this again. Then I met Grumpy Andrew.
Your beer is over carbonated mate!
The only way to fix it is to TURN THE F...ING GAS OFF!
Your pouring pressure should be head pressure only and when the beer starts to pour a little slow, just tweak it with the gas a bit.
You said that the beer had been cold conditioned, therefore it would have been cold when you kegged it?
So why wouldn't you then pressure it up to you 300KPA, give the keg about 70-80 violent shakes then turn the gas OFF. Shake the keg about 20 more times to dissolve any excess CO2 pressure, hook the tap up and have a pour.
This method works and for proof, it is the one we use in the shop. you should see the jaws drop on a weekend when we fill a keg in front of everybody from a cold conditioned jerrycan, and then immediately offer everyone a sample.
The way to fix your problem is to release ALL the gas out of the keg via the pressure relief valve, shake the keg violently, then do it again, and again until the beer has stopped foaming on pouring.
You may need to give the beer time to settle in between shakes in order that foam does not then come out of the pressure relief valve.
See how you go, and tell the bloke that told you how to do it, to go and get some proper advice before he advises anyone else.
The only other way to carbonate beer the way you have been told, that is 2 days under pressure, is to have the reg set at about 200KPA.
The difficulty with this method and the reason we don't advocate it, is that should you have a small gas leak, you will waste gas. Secondly, every fridge is a different temperature. The CO2 solution rate gets really going under 4 degrees C and rises rapidly for each degree.
Hope this helps, I don't want to offend anyone but ****** instructions like you've been given, don't help the cause one bit.
Regards
Dave