From the internet calculators, I see that if I want to have beer at 5 degrees celcius, and want that beer to have 2.2 volumes CO2, I need to set my regulator on my CO2 tank to around 9.5psi. This makes sense. If I have a medium length pipe off my keg I should get a decent pour pressure.
Now, if I cannot refrigerate my keg while I am carbonating, and my carbonation temperauture is 20 degrees C, the equivalent regulator pressure I am told to employ is 23psi for the same volume CO2. Obviously if I try to dispense at this pressure I get warm beer, and a glass full of foam.
Can I do this :
Set pressure to 23psi, carbonate for a week or two (I know it takes longer to carb at higher temperatures) then disconnect my co2 tank and chill my keg to 5 degrees C? If I do that, will I get 2.2 volumes CO2 and a reasonable pour pressure?
ie if I carb warm according to the calcs (higher PSI) then cool after, is it the same as carbing cool at a reduced PSI ?
Now, if I cannot refrigerate my keg while I am carbonating, and my carbonation temperauture is 20 degrees C, the equivalent regulator pressure I am told to employ is 23psi for the same volume CO2. Obviously if I try to dispense at this pressure I get warm beer, and a glass full of foam.
Can I do this :
Set pressure to 23psi, carbonate for a week or two (I know it takes longer to carb at higher temperatures) then disconnect my co2 tank and chill my keg to 5 degrees C? If I do that, will I get 2.2 volumes CO2 and a reasonable pour pressure?
ie if I carb warm according to the calcs (higher PSI) then cool after, is it the same as carbing cool at a reduced PSI ?