royourboat
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- 25/3/07
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Howdy, started my first ever home brew (K&K of course) and happy to hear some crazy bubbling going on in Day 2.
This forum and other things I've read suggest 18-20'C is the ideal temperature for fermentation and keeping this a constant is of great importance, the instructions the HBS I bought the 'stuff' from say 20-25'C.
Let's run with 18-20'C is ideal.
I finished mixing it all up etc and it was 25'C, today it was 26'C.
The fermenter is wrapped in a doona inside a box (uni student insulation!). It's also a cool dark room with door constantly shut. This is about the best I can do for this first batch, best way to learn is to stop thinking and brew right?
So.. What is the common solution for keeping the fermenter temperature down?
'Stuff' (in case it is of importance?)
25L Bucket (Fermenter)
Morgan's Australian Draught Kit (Extract + Yeast)
1kg HBS Brand Pure Dextrose
5g Packet Brew Craft Finings
I also have Corny kegs and gas kit, won't be bottling etc.
Possible Future Solution
I made a computer water cooling system years ago and still have the heat exchanger (Torana heater core) and garden pump (200L/hr). For the next batch, I think I might stick a Fermenter (for the next batch, not this one) into an old 50L CUB keg I have here and pump water around the fermenter and through the heat exchanger, just passively cooled, it should shave a few degrees off the fermentation temp, with active cooling (fans attached to the heat exchanger) I could probably regulate the temperature by regulating voltage to the fans.
Details would involve:
1. Removing the lid/valve from the keg so it is essentially a bucket
2. Welding a grate to the bottom of it so it has a flat solid surface to sit on
3. Attaching intake and outtake hose barbs to the keg
4. Putting hose between pump, keg and heat exchanger
5. Testing passively and actively cooling the heat exchanger
The fermenter would be basically sitting in a temp. controlled environment and this would probably be good for the chilly winter in my unit too (by heating the heat exchanger somehow). I could go further and add a Mashmaster style temperature controller to control the pump and maintain temperature automatically as opposed to trial and error manual testing.
Anyone done something like this before, or is it silly and I'm missing a far simpler solution?
This forum and other things I've read suggest 18-20'C is the ideal temperature for fermentation and keeping this a constant is of great importance, the instructions the HBS I bought the 'stuff' from say 20-25'C.
Let's run with 18-20'C is ideal.
I finished mixing it all up etc and it was 25'C, today it was 26'C.
The fermenter is wrapped in a doona inside a box (uni student insulation!). It's also a cool dark room with door constantly shut. This is about the best I can do for this first batch, best way to learn is to stop thinking and brew right?
So.. What is the common solution for keeping the fermenter temperature down?
'Stuff' (in case it is of importance?)
25L Bucket (Fermenter)
Morgan's Australian Draught Kit (Extract + Yeast)
1kg HBS Brand Pure Dextrose
5g Packet Brew Craft Finings
I also have Corny kegs and gas kit, won't be bottling etc.
Possible Future Solution
I made a computer water cooling system years ago and still have the heat exchanger (Torana heater core) and garden pump (200L/hr). For the next batch, I think I might stick a Fermenter (for the next batch, not this one) into an old 50L CUB keg I have here and pump water around the fermenter and through the heat exchanger, just passively cooled, it should shave a few degrees off the fermentation temp, with active cooling (fans attached to the heat exchanger) I could probably regulate the temperature by regulating voltage to the fans.
Details would involve:
1. Removing the lid/valve from the keg so it is essentially a bucket
2. Welding a grate to the bottom of it so it has a flat solid surface to sit on
3. Attaching intake and outtake hose barbs to the keg
4. Putting hose between pump, keg and heat exchanger
5. Testing passively and actively cooling the heat exchanger
The fermenter would be basically sitting in a temp. controlled environment and this would probably be good for the chilly winter in my unit too (by heating the heat exchanger somehow). I could go further and add a Mashmaster style temperature controller to control the pump and maintain temperature automatically as opposed to trial and error manual testing.
Anyone done something like this before, or is it silly and I'm missing a far simpler solution?