hopbrad
Well-Known Member
I have a 5 gallon corny keg, regulator and picnic tap ready for a beach party in 3 weeks. I dont have a kegerator built yet so i cant force carb it cold. Room temp is 72-78F depending on the time of day.
After reading a bunch of threads it seems like my 2 options are:
1. let it prime naturally, add priming sugar, hit it with some co2 to seal, let it sit for 3 weeks.
The day of the party, bring the keg out to the beach in an ice bucket, let it chill for a few hours, hook it up, set regulator to 10 psi to serve.
OR
2. Hook up the CO2 and let sit at 30 psi for 2 weeks, unhook, day of the party chill it in the ice bucket and hook it up to 10 psi to serve.
my concern for option 1 is all the sediment produced from natural carbing will result in a super cloudy beer bc i have to i transport the keg and it wont have a lot of time to settle out.
my concern for option 2 is not knowing the right c02 levels and getting a bunch of foam.
this is an hopped up pale ale if that makes any difference.
edit: did i miss anything? ive never kegged before so any steps i missed, let me know. (i.e bleeding the valve at any point)
After reading a bunch of threads it seems like my 2 options are:
1. let it prime naturally, add priming sugar, hit it with some co2 to seal, let it sit for 3 weeks.
The day of the party, bring the keg out to the beach in an ice bucket, let it chill for a few hours, hook it up, set regulator to 10 psi to serve.
OR
2. Hook up the CO2 and let sit at 30 psi for 2 weeks, unhook, day of the party chill it in the ice bucket and hook it up to 10 psi to serve.
my concern for option 1 is all the sediment produced from natural carbing will result in a super cloudy beer bc i have to i transport the keg and it wont have a lot of time to settle out.
my concern for option 2 is not knowing the right c02 levels and getting a bunch of foam.
this is an hopped up pale ale if that makes any difference.
edit: did i miss anything? ive never kegged before so any steps i missed, let me know. (i.e bleeding the valve at any point)