When treating water profile do we adjust minerals and salts to the full boil volume, 8 or so gallons or adjust to the final volume of 5-5.5 gallons? I am using beersmith to do the math.
Thanks CHarlie
Thanks CHarlie
you want to adjust the water you'll use for your mash and sparge. i adjust all 14 gallons of water in my keg HLT.
I know that I want to adjust the water for mash and sparge. But do I set the ion/salt/mineral amounts to the boil amount of water OR the final batch size.
The amount of water you are treating.
I add minerals for 5.5 gallons (final boil volume) but then again I add my minerals after the mash. None of my minerals end up staying in the mash tun, and they don't boil off. I don't add minerals for mash pH, I have 5.2 stabilizer for that. I add minerals for hop utilization, yeast nutrient, and flavor.
Aw come on. He's asking how much water he should be treating.
I treat my mash to get my RA in line for the color of the beer per John Palmers book. Then I add my salts again to the boil. He has nice free spreadsheet you can down load that helps with this.
Treat everything. The underlying idea is to match a region's mineral profile, and assume you're using "their water" to make the beer. For example, if you're making a traditional Czech Pils, your strike, sparge and (if applicable) top off water should all have the same, Pilsen, mineral profile. If strike + sparge + top off water = 10gal, you treat 10gal and use that for everything you do.
Beersmith is kind of odd in that the inclusion of treated water is more of a place holder. I typically use other programs (brewater 3.0) to get my mineral additions where i need them, then just add those to the recipe in Beersmith, along with Xgal DI water and Xgal of local water to hit what i came up with with brewater 3.0.
That's not how I interpreted the question, since treating the finished beer would be misguided.
I was simply saying that if you have, say, 4 gallons of mash water and 4 of sparge water you should either treat the mash water or both and use 4 or 8 gallons to figure the ion concentration respectively.
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