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- Aug 7, 2014
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One of my wife's bookkeeping clients just gave me a 1 HP glycol chiller. I have no idea who the manufacturer is, but it's got a Tecumseh compressor/condenser and what looks like about a 10-15 gallon glycol reservoir. I think the unit is about 10 years old, but it seems to work just fine. When I went to go look at it, the guy had water in the reservoir, and ice had formed on the copper evaporator coil in the reservoir.
I have visions of chilled glycol flowing around my brewery here, there, and everywhere, but not enough HVAC knowledge to wrap my head around the real capacity of a 1 HP compressor. This afternoon's arrival of the unit has prompted more questions than answers. Can someone here help? It this unit enough to:
1) Chill 2-3 6-gallon carboy fermenters and
2) Cool hot wort via a plate chiller faster than my current counterflow rig, and
3) Cool a lumber-and-foam panel fermentation chamber?
What's the most cost-effective and thermally efficient way to move the chilled glycol around the brewery?
Is it practical and cost-effective to build my own air handler for a fermentation chamber? (I built one that uses an old fridge that has since crapped out. It's about 5' x 3' x 3').
I'm ok with designing and building a thermostatic control system for whatever I do. I just need some advice on things like flow rates, tubing materials, insulation methods, etc.
Finally...how does one mitigate the risk of a leaking fitting contaminating the product? What is the most secure fitting for glycol plumbing?
Sooo many questions! I sure hope I can use this thing to solve some of my South Florida garage brewery headaches. Thanks for any advice offered...
I have visions of chilled glycol flowing around my brewery here, there, and everywhere, but not enough HVAC knowledge to wrap my head around the real capacity of a 1 HP compressor. This afternoon's arrival of the unit has prompted more questions than answers. Can someone here help? It this unit enough to:
1) Chill 2-3 6-gallon carboy fermenters and
2) Cool hot wort via a plate chiller faster than my current counterflow rig, and
3) Cool a lumber-and-foam panel fermentation chamber?
What's the most cost-effective and thermally efficient way to move the chilled glycol around the brewery?
Is it practical and cost-effective to build my own air handler for a fermentation chamber? (I built one that uses an old fridge that has since crapped out. It's about 5' x 3' x 3').
I'm ok with designing and building a thermostatic control system for whatever I do. I just need some advice on things like flow rates, tubing materials, insulation methods, etc.
Finally...how does one mitigate the risk of a leaking fitting contaminating the product? What is the most secure fitting for glycol plumbing?
Sooo many questions! I sure hope I can use this thing to solve some of my South Florida garage brewery headaches. Thanks for any advice offered...