couchsending
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I’ve never experienced hop burn in beers with even dry hop amounts of 2oz/gallon.
A few things:
You’re wasting a serious amount of hops in the WP and creating a much more hostile environment for the yeast. You would be much better off putting those hops in the dry hop. The return on quantity is significantly more on the cold side vs. hot. However you need to be very meticulous with keeping O2 exposure to zero. If you can’t then you won’t realize the additional impact and benefit these cold side additions will bring.
6oz WP in batch that will yield 5 gallons in a keg is more than sufficient. A lot of people would tell you even less. The hops simply don’t make it through fermentation that well. Hops also increase pH. You ideally want to target a specific pH going into the fermenter to create a more favorable environment for the yeast. A huge WP load can raise pH significantly.
That being said hops added in the WP aren’t creating hop burn.
Eliminate all dry hopping during fermentation.
Soft crash your beer after fermentation is complete and doesn’t have diacetyl or it’s precursors. That temp is yeast dependent. 55 is generally a good target.
Leave for 24-48 hours at 55 and remove yeast if you can. You need to maintain head pressure while doing so. Many ways to do this, depends on your gear.
Add dry hops and keep between 55 and 60. Time is up to you. Some will say 2 days, others 4, some 7. Depends on your setup really. Pay attention to how you add them and o2 exposure. At a minimum try to purge the headspace with Co2 as much as possible. If you can maintain a bit of head pressure here too that’s advisable, but not too much. 2-3psi.
After set period (2-7 days) cool beer to as low as you can and leave there for a few days (ideally removing hops along the way if you have a conical) then transfer to a keg and slowly carbonate.
You should encounter little to no hop burn and nice saturated hoppy beer with explosive aroma and flavor and most likely permanently stable haze but that’s a whole different conversation.
A few things:
You’re wasting a serious amount of hops in the WP and creating a much more hostile environment for the yeast. You would be much better off putting those hops in the dry hop. The return on quantity is significantly more on the cold side vs. hot. However you need to be very meticulous with keeping O2 exposure to zero. If you can’t then you won’t realize the additional impact and benefit these cold side additions will bring.
6oz WP in batch that will yield 5 gallons in a keg is more than sufficient. A lot of people would tell you even less. The hops simply don’t make it through fermentation that well. Hops also increase pH. You ideally want to target a specific pH going into the fermenter to create a more favorable environment for the yeast. A huge WP load can raise pH significantly.
That being said hops added in the WP aren’t creating hop burn.
Eliminate all dry hopping during fermentation.
Soft crash your beer after fermentation is complete and doesn’t have diacetyl or it’s precursors. That temp is yeast dependent. 55 is generally a good target.
Leave for 24-48 hours at 55 and remove yeast if you can. You need to maintain head pressure while doing so. Many ways to do this, depends on your gear.
Add dry hops and keep between 55 and 60. Time is up to you. Some will say 2 days, others 4, some 7. Depends on your setup really. Pay attention to how you add them and o2 exposure. At a minimum try to purge the headspace with Co2 as much as possible. If you can maintain a bit of head pressure here too that’s advisable, but not too much. 2-3psi.
After set period (2-7 days) cool beer to as low as you can and leave there for a few days (ideally removing hops along the way if you have a conical) then transfer to a keg and slowly carbonate.
You should encounter little to no hop burn and nice saturated hoppy beer with explosive aroma and flavor and most likely permanently stable haze but that’s a whole different conversation.