Hi All
I'm hoping someone has thought about this or has done an experiment;
If I step mash with my electric BIAB system, will I denature many enzymes in hot wort near the element?
I know that the rumble sound (like a kettle boiling) is water vapour bubbles collapsing, so I know that the wort near the element gets about 100C before it circulates and diffuses the heat out to the rest of the mash. It takes my 2200W element about 15 mins to raise the wort from a Proteolytic rest temp to a Sacc rest temp.
I'm wondering what proportion of the wort is exposed to such high temperatures that Diastatic enzymes are denatured, how fast they denature and how much excess diastatic power I would need in a mash to deal with this problem (for grain bills like all Munich lagers or Dark Wheat Malt Weizen Bocks which have low initial DP at the best of times).
Massively appreciative of all the work done Down Under on this method to date. Thanks. I'd have never gone AG otherwise and would barely even know what Good Beer is
If I step mash with my electric BIAB system, will I denature many enzymes in hot wort near the element?
I know that the rumble sound (like a kettle boiling) is water vapour bubbles collapsing, so I know that the wort near the element gets about 100C before it circulates and diffuses the heat out to the rest of the mash. It takes my 2200W element about 15 mins to raise the wort from a Proteolytic rest temp to a Sacc rest temp.
I'm wondering what proportion of the wort is exposed to such high temperatures that Diastatic enzymes are denatured, how fast they denature and how much excess diastatic power I would need in a mash to deal with this problem (for grain bills like all Munich lagers or Dark Wheat Malt Weizen Bocks which have low initial DP at the best of times).
Massively appreciative of all the work done Down Under on this method to date. Thanks. I'd have never gone AG otherwise and would barely even know what Good Beer is