I've recently picked up a crown urn (concealed element) and I'm wondering if this system would work as intended for BIAB.
The idea is to have a recirculation pump that i will hook up to a controller to maintain mash temp.
Then shut off pump and do the boil as normal. Once boil is complete and to cool the wort, i then switch on the recirc pump and use as a whirlpool whilst also pumping ice water through a fixed immersion coil (3m × 1/2" coil) on the bottom of the urn.
Once cool, disconnect recirc pump and drain into fermenter.
Would this work? Questions are:
Would the whirlpool make much difference to temp? And is it okay to run it like this after the boil?
Would the permanently installed chiller pose any problems/issues?
I envisage the chiller to be 2-3 coils of copper high.
I am doing this in a 20 litre urn and hoping to do 10-13 litre batches.
There's probably a shiteload of issues with this! I'm just trying to avoid doing pretty much anything on brew day - I more prefer the designing of recipes and the drinking of the finished product!!
Cheers
The idea is to have a recirculation pump that i will hook up to a controller to maintain mash temp.
Then shut off pump and do the boil as normal. Once boil is complete and to cool the wort, i then switch on the recirc pump and use as a whirlpool whilst also pumping ice water through a fixed immersion coil (3m × 1/2" coil) on the bottom of the urn.
Once cool, disconnect recirc pump and drain into fermenter.
Would this work? Questions are:
Would the whirlpool make much difference to temp? And is it okay to run it like this after the boil?
Would the permanently installed chiller pose any problems/issues?
I envisage the chiller to be 2-3 coils of copper high.
I am doing this in a 20 litre urn and hoping to do 10-13 litre batches.
There's probably a shiteload of issues with this! I'm just trying to avoid doing pretty much anything on brew day - I more prefer the designing of recipes and the drinking of the finished product!!
Cheers