Post
by Barley Water » Tue Sep 23, 2008 4:53 pm
I agree with the Buzz, it very much depends on the yeast you are using and of course also on the original gravity of the wort being fermented. Many British ales are relatively low gravity (say less than 1.040 starting gravity) and ferment at a relatively high temperature (as compared to lagers anyway). I did a Mild a couple of months ago that got through in about 3 days (it was so fast that I originally thought that the yeast had failed). If you use a floculant yeast (like WLP02, the Fuller's strain for instance) you can easily have very clear beer in a week. On the other hand, if you are doing a double bock, expect primary to last a couple of weeks and secondary fermentation will last even longer. The lower the fermentation temperature, the longer the primary fermentation will last. The good news is that you can leave beer in secondary for a very long time without causing yourself a problem.
Since you are a new brewer, you will figure this out but the trick is to match production with consumption. I know it is time to brew when I tap a new keg. Also, with much longer lead times, I always make sure that I have a lot of ale available before I start producing lagers since they tie up equipment for a longer period of time. Since I always have 3 taps going, I have screwed up and had a couple of kegs empty at the same time (when I loose track of where I am from a consuption standpoint). I try to always have beer in secondary and when a keg frees up, I immediately rack it to the empty keg. This sometimes gets confusing when brewing specific styles for competitions or making sure that I have enough beer for club parties etc.
Drinking:Saison (in bottles), Belgian Dubbel (in bottles), Oud Bruin (in bottles), Olde Ale (in bottles),
Abbey Triple (in bottles), Munich Helles, Best Bitter (TT Landlord clone), English IPA
Conditioning: Traditional bock bier, CAP
Fermenting: Munich Dunkel
Next up: Bitter (London Pride like), ESB
So many beers to make, so little time (and cold storage space)