Good day to all,
I just moved to this new house and am getting ready to move my brewing area. I have a basement that has sketchy stairs and I like transferring to my carboys / fermenter buckets while they are on the basement level.
I have a carport that wraps around the back of my house that I plan to brew in. My plan was to add a 1/2" copper pipe from the back of the house, through the crawl space (abt 20') into the basement, where I was planning on passing through a plate chiller.
The idea came to me a few weeks ago, that I would pass the copper pipe through a hole drilled in a into a 1'' PVC pipe, and pump ice water through the PVC "jacket" and have a return PVC pipe (1/2 or 3/4") back to the basement, into the ice bucket. The pipe / jacket would be between 19' - 20' long.
Goals:
Maximize cooling rate
Minimize expense and water usage
control cooling with the cooling water rather than gating down the wort rate.
Waste / consume only water from melted ice
I plan to leave the water in the jacket when not in use, so I am thinking about perhaps using 1 1/2" PVC to increase the mass or maybe doubling up the 1/2 copper pipes in a larger PVC pipe jacket.
I have attache a pdf image of my setup. I welcome any and all constructive feedback.
Cheers!
Scott
View attachment TRANSFER PIPE.pdf
I just moved to this new house and am getting ready to move my brewing area. I have a basement that has sketchy stairs and I like transferring to my carboys / fermenter buckets while they are on the basement level.
I have a carport that wraps around the back of my house that I plan to brew in. My plan was to add a 1/2" copper pipe from the back of the house, through the crawl space (abt 20') into the basement, where I was planning on passing through a plate chiller.
The idea came to me a few weeks ago, that I would pass the copper pipe through a hole drilled in a into a 1'' PVC pipe, and pump ice water through the PVC "jacket" and have a return PVC pipe (1/2 or 3/4") back to the basement, into the ice bucket. The pipe / jacket would be between 19' - 20' long.
Goals:
Maximize cooling rate
Minimize expense and water usage
control cooling with the cooling water rather than gating down the wort rate.
Waste / consume only water from melted ice
I plan to leave the water in the jacket when not in use, so I am thinking about perhaps using 1 1/2" PVC to increase the mass or maybe doubling up the 1/2 copper pipes in a larger PVC pipe jacket.
I have attache a pdf image of my setup. I welcome any and all constructive feedback.
Cheers!
Scott
View attachment TRANSFER PIPE.pdf