I interrupt this most appreciated line of questioning so that I may bring you this important beer-related bulletin.Last night I went to tap a glass of this pilsner and I got NO beer. Faucet (#1) dispenses nothing. I assume an empty CO2 tank except that I just replaced it. I tap a bit of beer off of faucet 2 (same tank) and it works so that's not it. I go back and look at the keg on number 1 and the beer line was up against the back wall of the fridge and partially frozen. Then I open the keg and see that a good half of the beer in the keg is also frozen. I have not adjusted the temp on the fridge since I installed everything. The fact that the beer was SO cold suggests a reason for the chill haze... the beer was at 32°. The keg was less than half full and more than half of what was left was frozen. So I took that keg off and replaced it with a keg of
THIS Czech Pilsner that I made. It sat in the on-deck fridge for exactly one month. (6-10 until 7-10). I sampled this one with a cobra tap and declared it delicioso a couple weeks ago but I declare it even more delicioso now. It's also much clearer. My notes on the pilsner made with 2308 says I used 3ml of acid in the mash and the the pH was slightly low (5.0 to 5.1 and I may have been battling with my meter at the time) and the Czech Pils says I used 2ml of acid in the mash and reached a mash pH of 5.2. Not sure on that but there are some clues in there somewhere. I'm going to snap a pic of this Czech Pils (which employed a full 4 ounces of pellets) and post it shortly. There is more color to this beer because I used some dark and light munich in the recipe.Now back to our regularly schedule programming...Both of these beers had 50% distilled water. This was before I knew I could neutralize bicarb with acid so the only difference between these beers and my more recent beers would be that the SO4 would be a little higher in the newer beers (27 instead of 14) because I didn't dilute. If you want specific numbers, I can post those too.
Edited by KenLenard, 11 July 2014 - 03:16 PM.