With all the hub bub around low oxygen brewing and how it doesn't really fit into the normal forums(or does but under tons of scrutiny). We threw up a new forum off our site. It will be dedicated to all the is low oxygen brewing. Nothing style exclusive, any and all are welcome!
http://www.lowoxygenbrewing.com/forum
Bryan
So I've been looking at this extensive post and while I'm skeptical I'm willing to consider implementing a test batch.
I have for the most part the set up needed.
RO water
The ability to condition the malt pre milling.
The ability to pump treated preboiled water to underlet the mash.
I can do a single no sparge mash in my 30g mash tun. I can recirc to maintain and ramp temps. I will need to ditch the blichmann auto sparge but could build a bulkhead that would allow me to recirc to the ss brewtech recirc manifold under the surface of the mash and keep splashing to a minimum. I can look into making some type of cap to limit headspace above the mash.
I can limit the level of the boil to a simmer.
I have temp controlled conical fermentors and can transfer under co2 to purged kegs as described, I do not have spunding valves as yet but I can look into this.
Do you have information regarding the use of a stainless steel counter flow chiller? I'm assuming a whirlpool is a no no but it seems that any o2 picked up post boil will be scavenged by yeast in the same manner that it is while aerating with o2 after pitching the yeast. Thats assuming the cooling is rapid and the transfer is fast.
It seems the dry hop is a challenge as I would be opening the fermentor to add hops. If done while still fermenting is this enough to scavenge o2 introduced during the dry-hop?
Has anyone looked at the use of an ss brewtech or sabco bright tank? You could push the beer to the bright tank (purged) before FG is achieved, and have a larger surface to collect the final yeast dropping out. Then serve or push to the keg? If so would beer gas be a better alternative for pushing?
Please let me know your thoughts
Cheers