I’d say temperature control IS important with a bucket. (That is why I used my limited funds to get a beer fridge a couple years before I got a conical.) I think most would agree that temperature control has more impact than fermenter shape.
Steel conicals can conduct heat quicker than plastic buckets, but over the time the beer ferments, I don’t expect that to be much of an impact.
Can someone tell me more about the Brewhemoth? I go to St Louis regularly and I’m thinking about 3 of them. I like the price and the 1/2 barrel capacity.
Pressurize? Clean out? Anything else?
For the money I can’t a lot more capacity compared to the Blichmann and Stout never returned my inquiries.
Thanks
I never heard of these before I bought my Stout. Looking at it I am amazed at the price for the capacity. Though you do have to buy all of your fittings separately where all of mine came with my conical. But for a 22 gallon capacity that you can pressurize that would certainly be worth it.
This makes complete sense to me. I had a lot of people on different forums telling me if I get a conical I need to find a way to keep it cool. I never could figure out what would make the conical any different than the bucket. They are both doing exactly the same thing. They are just different shapes and different materials. I reasoned that if my beer seems fine now coming out of a bucket why would it be any different, in the same conditions, coming out of a stainless steel conical? I have never checked the fermenting temperatures on my buckets as I always felt there really wasn’t much I could do about them without buying a freezer or building an insulated room for them and cooling it. They sit in 67 degrees ambient temperature and the finished product comes out just fine other than a few of my American Wheats having a Hefewiezen character to them. Now I know that from time to time I must have had some warm fermentations that caused that.
I believe what the person who made that comment was referring to was the size and shape of the conical. It does not easily conform to the usual fridge/freezer options for temperature control. It does require more space and lifting it into or out of a freezer is not an option, and it is too tall for most fridges. I have not noticed any difference in the temperature of the beer when fermenting side by side, a bucket and conical.
That’s exactly the issue I meant to raise, not that it’s more important for a conical, it’s just more complicated. You have lots of options for cooling buckets and carboys, but conicals are large and just don’t fit inside many standard appliances or tubs of cool water.
I was about to start a thread asking why I need to switch to conicals and now I know the answer. I don’t. I’ll bet they’re awesome if you’re doing nano or bigger, but for 5 gallon batches I can’t see beating a bucket
I decided to switch when I read about pushing the beer out with CO2. This will eliminate lifting a bottling bucket. I am an old decrepid gymrat who has had 3 hernia surgeries and is going in for a new hip in October. I eliminated a lot of lifting with a hydraulic jack table and this, I am hoping, will eliminate the rest of it.
I have a bunch of buckets but I’ve had infections issues and I’m sick of moving them around etc which is why I’m looking at conicals. I want to get to 1/2 barrel batches of my common brews and I’m not looking forward to moving all those buckets around. I really want to add a filter system and the ability to move beer under pressure is appealing.
I’ve got a pair of the brewhemoth conicals that I like, but before I had them I would ferment in 1/2bbl sanke kegs with stem removed. Put sanitized empty keg in chest freezer, pump wort in, ferment, then use co2 to push out.