colm89
Well-Known Member
But how do you prevent it?
Brewed a batch last week (first batch in my new brew bucket mini with a blowoff tube), and foolishly cold crashed it without thinking, only to find it had inhaled about a litre of star san. I couldn’t consciously give this to anyone and it tasted funky, so I poured it down the drain. For the record, this is the third batch I have cold crashed, but previously done it in carboys with an s type bubbler airlock and was blissfully unaware of negative pressure.
This suck back experience of course sent me down the rabbit hole of oxidation, Mylar balloons etc etc, and today I started a cold crash with a starsan soaked rag covering the airlock hole, knowing it may well oxidise the batch.
What I am curious to know is how the experienced home brewers cold crash before bottling, without a mylar balloon, and without a pressure fermenter/keg. Or do you just forego that step altogether and allow the remaining yeast to drop out in the bottle?
Brewed a batch last week (first batch in my new brew bucket mini with a blowoff tube), and foolishly cold crashed it without thinking, only to find it had inhaled about a litre of star san. I couldn’t consciously give this to anyone and it tasted funky, so I poured it down the drain. For the record, this is the third batch I have cold crashed, but previously done it in carboys with an s type bubbler airlock and was blissfully unaware of negative pressure.
This suck back experience of course sent me down the rabbit hole of oxidation, Mylar balloons etc etc, and today I started a cold crash with a starsan soaked rag covering the airlock hole, knowing it may well oxidise the batch.
What I am curious to know is how the experienced home brewers cold crash before bottling, without a mylar balloon, and without a pressure fermenter/keg. Or do you just forego that step altogether and allow the remaining yeast to drop out in the bottle?