glutarded-chris
Well-Known Member
EDIT: This turns out to be a lesson in what NOT to do (post #6).
original post:
____________________________________________________
I realize that this is more of a process post than GF, but I think us GF brewers may be more driven to something like this. Sometimes you just want to put some beer in the fermenter with a little less production. That is what this test was intended to investigate. It is not actually faster, just less production. For me, another advantage is if it is really hot or cold outside, it would allow me to do more inside with my weak electric stove.
Summary:
It was less production
It seemed to ferment just fine
Jury is still out on if it produced an adequate beer!
I would be interested in any comments or experience with similar processes.
I was intrigued by some of the concepts in the HomeBrewTalk article “4 Tips for Making Great Beer in 15 Minutes”
https://www.homebrewtalk.com/four-tips-making-great-beer-15-minutes.html
Some of my immediate questions were echoed in the comments at the bottom of the article, although I thought some were unnecessarily hard on the author. Tough crowd.
For a relatively simple process, I am always amazed at how much stuff I pull out to make a batch. The process I tested below cannot be new. The green beer had a definite citrusy sorghum twang. Not sure if that is just because it is an extract batch or if this process just exposes the negative aspects of the sorghum.
Process:
The idea is to have a small volume regular gravity boil for the hops, and have enough cold water to bring down to pitching temperature without needing wart chiller.
5 gallon batch:
Boil water: 1.5 gallons of tap water or bottled water
Top off water: 5 gallons of bottled water. Put 4 gallons in an ice bath well in advance of boil and save the other for backup.
Note: The bottled water is used because it is sanitized and can be added at the end. The water used for the boil does not need to be bottled.
With a 3 to 4 gallon brew kettle, there is plenty of head space to avoid boil over and gives extra space to add cold water at the end before transfer.
Steep 1 lb crystal in 1 to 1.5 gallon water at 160F for 30 minutes
Pull bag and top off to 1.5 gallon
Add a portion of the fermentables to bring boil gravity to 1.045 to 1.055.
Boil and follow your normal hop schedule.
Add remaining fermentables at the end and boil for 5 minutes. Let sit 10 minutes after flameout to insure pasteurization. The end of the boil is extremely high gravity so finishing hops may not do much. It could be benneficail to put in the flavoring hops a little earlier than normal so they spend some time in the lower gravity wart.
Add a gallon or two of the cold water from the ice bath to bring the temperature down before transfer to the fermentation vessel. I don’t use glass but if you do, you may want to put in a small amount first to bring the temperature of the glass closer to the wart temperature before bulk transfer.
Top off to 5.5 gallons (this gets the final volume after fermentation closer to 5 gallons). The temperature should be close to 80F now.
(1.5 gallon @ 210F) + (4 gallons @ 32F) = ~(5.5 gallons @ 80.6F)
With a little extra boil off, the temperature will be lower.
Since this is intended to be super simple, after agitating the wart with a sanitized whisk I just pitch the yeast on top of the wart.
original post:
____________________________________________________
I realize that this is more of a process post than GF, but I think us GF brewers may be more driven to something like this. Sometimes you just want to put some beer in the fermenter with a little less production. That is what this test was intended to investigate. It is not actually faster, just less production. For me, another advantage is if it is really hot or cold outside, it would allow me to do more inside with my weak electric stove.
Summary:
It was less production
It seemed to ferment just fine
Jury is still out on if it produced an adequate beer!
I would be interested in any comments or experience with similar processes.
I was intrigued by some of the concepts in the HomeBrewTalk article “4 Tips for Making Great Beer in 15 Minutes”
https://www.homebrewtalk.com/four-tips-making-great-beer-15-minutes.html
Some of my immediate questions were echoed in the comments at the bottom of the article, although I thought some were unnecessarily hard on the author. Tough crowd.
For a relatively simple process, I am always amazed at how much stuff I pull out to make a batch. The process I tested below cannot be new. The green beer had a definite citrusy sorghum twang. Not sure if that is just because it is an extract batch or if this process just exposes the negative aspects of the sorghum.
Process:
The idea is to have a small volume regular gravity boil for the hops, and have enough cold water to bring down to pitching temperature without needing wart chiller.
5 gallon batch:
Boil water: 1.5 gallons of tap water or bottled water
Top off water: 5 gallons of bottled water. Put 4 gallons in an ice bath well in advance of boil and save the other for backup.
Note: The bottled water is used because it is sanitized and can be added at the end. The water used for the boil does not need to be bottled.
With a 3 to 4 gallon brew kettle, there is plenty of head space to avoid boil over and gives extra space to add cold water at the end before transfer.
Steep 1 lb crystal in 1 to 1.5 gallon water at 160F for 30 minutes
Pull bag and top off to 1.5 gallon
Add a portion of the fermentables to bring boil gravity to 1.045 to 1.055.
Boil and follow your normal hop schedule.
Add remaining fermentables at the end and boil for 5 minutes. Let sit 10 minutes after flameout to insure pasteurization. The end of the boil is extremely high gravity so finishing hops may not do much. It could be benneficail to put in the flavoring hops a little earlier than normal so they spend some time in the lower gravity wart.
Add a gallon or two of the cold water from the ice bath to bring the temperature down before transfer to the fermentation vessel. I don’t use glass but if you do, you may want to put in a small amount first to bring the temperature of the glass closer to the wart temperature before bulk transfer.
Top off to 5.5 gallons (this gets the final volume after fermentation closer to 5 gallons). The temperature should be close to 80F now.
(1.5 gallon @ 210F) + (4 gallons @ 32F) = ~(5.5 gallons @ 80.6F)
With a little extra boil off, the temperature will be lower.
Since this is intended to be super simple, after agitating the wart with a sanitized whisk I just pitch the yeast on top of the wart.