IrritableGourmet
Active Member
Now I want to experiment using an ale yeast to make bread...
Now I want to experiment using an ale yeast to make bread...
I would be very careful with that method. Without an airlock you're just asking for a giant, sticky mess in your closet to clean up.Just finished my first batch with Rapid Rise Bread Yeast, and although I don't have any experience with homebrewing, I must say this tastes pretty good.
I bought a bottle of Treetop applejuice (3 apple blend, very good) and put it in a cleaned out 2 liter soda bottle.
I added 1/4 cup of brown sugar and 1/4 cup white sugar, along with 1/8 tsp Fleischmans Rapid Rise Bread Yeast that I had in my cupboard.
I shook it all up, screwed the cap on tight and let it sit in a dark closet for about a day. After 1 day the bottle was already quite firm and carbonated, so I loosened the cap just until the CO2 started hissing out (makeshift airlock!), and put it back.
After 8 days fermenting I tasted it, tasted like crap and very yeasty but had just the right amount of sweetness that I wanted, so I closed the cap again and let it ferment another two days until the bottle felt like it was going to explode (to carbonate it fully).
Put the bottle in the fridge and cold crashed it, and let it sit for about 2 weeks. So today (10/24) from start (10/4) it is fully cleared and it tastes pretty good. I don't have a hydrometer so I don't know the specific gravity, but i'm judging it to be around 4% abv maybe lite beer territory. I can still smell the faint aroma of the bread yeast, but you really have to be looking for it to notice.
Summary:
Rapid Rise bread yeast works when all else fails!![]()
I would be very careful with that method. Without an airlock you're just asking for a giant, sticky mess in your closet to clean up.
And I'm not too concerned about making a mess. First, its a half gallon so its not that much. Second, as long as the cap is loosened the CO2 is able to escape and not blow up the bottle (btw there wasn't very much krausen/foam because the pressurization kept it from developing too fast).