Here is a collection of some of mine. I don't believe any of these to be new revelations of my eccentricity being unveiled here, as most if not all are to be found within other threads across this and a multitude of other brewing forums.
1) I believe that if one goes far enough back in brewing literature from yore, they will find that today's nearly universally accepted ideal mash pH midpoint target value of 5.40 was originally intended as a reading to be taken at an initial step mash temperature of 50 degrees C. This would be ~5.55 pH if measured at 20-25 degrees C. So I believe that the nominal "room temperature" measured ideal mash pH target should be changed to 5.55 pH.
2) I further believe (from a study of the same sources) that the adaptation of a room temperature measured target pH of 5.55 within the mash requires a second acidification adjustment whereby to hit a room temperature measured pH ideal of 5.2 just before entering into the boil step of the brewing process.
3) I believe that critical and reliable (as in independently repeatable) 'combined' buffering capacity and DI mash pH data does not exist for many hundreds (or even for tens) of brand specific malts, grains, and adjuncts. So I scoff at the inclusion of such "specific" data within software for every individual representative of such ingredients, and I call it what it is: outright lying whereby to impress the unaware.
4) I believe that existing software does not come even ballpark close to modeling the IBU's liberated into a Wort by specifically Pellet Hops. And I most particularly scoff at the contention that 1.1 times leaf,plug, or whole hops derived computation of IBU's= pellet hop IBU's.
5) I believe that ppm's (mg/L's) give a false indication of requisite Ca++ and Mg++ mineralization, and that mEq's should be universally accepted as a valid replacement for ppm's (mg/L's).
6) I believe that in highly buffered systems such as Wort a variation of the volume of ones Alkalinity and also mineral free mash water does not alter ones mash pH to nearly close to the degree that some highly popular software projects.
7) I believe that Alkalinity (as CaCo3) at or below 35 ppm (mg/L) is fine for sparging.
8) I believe that for the likes of light colored Pils, Pilsners, Lagers, and Ales 25-35 ppm Alkalinity is fine for mash water, and to both add sodium and mash at pH 5.55 I often add Baking Soda to my water built from RO accordingly.
9) I believe that ballpark 20-40 ppm of sodium (Na+) ions are flavor beneficial.
10) I believe that 4-10 ppm Mg++ is yeast beneficial, and will not be tasted in any beer containing 20 or more IBU's worth of hops.
These are probably my top 10 brewing eccentricities.
1) I believe that if one goes far enough back in brewing literature from yore, they will find that today's nearly universally accepted ideal mash pH midpoint target value of 5.40 was originally intended as a reading to be taken at an initial step mash temperature of 50 degrees C. This would be ~5.55 pH if measured at 20-25 degrees C. So I believe that the nominal "room temperature" measured ideal mash pH target should be changed to 5.55 pH.
2) I further believe (from a study of the same sources) that the adaptation of a room temperature measured target pH of 5.55 within the mash requires a second acidification adjustment whereby to hit a room temperature measured pH ideal of 5.2 just before entering into the boil step of the brewing process.
3) I believe that critical and reliable (as in independently repeatable) 'combined' buffering capacity and DI mash pH data does not exist for many hundreds (or even for tens) of brand specific malts, grains, and adjuncts. So I scoff at the inclusion of such "specific" data within software for every individual representative of such ingredients, and I call it what it is: outright lying whereby to impress the unaware.
4) I believe that existing software does not come even ballpark close to modeling the IBU's liberated into a Wort by specifically Pellet Hops. And I most particularly scoff at the contention that 1.1 times leaf,plug, or whole hops derived computation of IBU's= pellet hop IBU's.
5) I believe that ppm's (mg/L's) give a false indication of requisite Ca++ and Mg++ mineralization, and that mEq's should be universally accepted as a valid replacement for ppm's (mg/L's).
6) I believe that in highly buffered systems such as Wort a variation of the volume of ones Alkalinity and also mineral free mash water does not alter ones mash pH to nearly close to the degree that some highly popular software projects.
7) I believe that Alkalinity (as CaCo3) at or below 35 ppm (mg/L) is fine for sparging.
8) I believe that for the likes of light colored Pils, Pilsners, Lagers, and Ales 25-35 ppm Alkalinity is fine for mash water, and to both add sodium and mash at pH 5.55 I often add Baking Soda to my water built from RO accordingly.
9) I believe that ballpark 20-40 ppm of sodium (Na+) ions are flavor beneficial.
10) I believe that 4-10 ppm Mg++ is yeast beneficial, and will not be tasted in any beer containing 20 or more IBU's worth of hops.
These are probably my top 10 brewing eccentricities.
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