Excuse me, I'm a little excited. Just finished up building and testing my 25 foot Counter Flow wort chiller, I had been using a immersion chiller. The situation I have is a little different than most as I have no running water to the shop where I brew, all the water has to be hauled in 5 gallon buckets or run a frozen hose many feet.
My cooling water is stored in a 35 gallon plastic garbage can, water is recycled and I add either bleach or iodophor to the water. and chilled with 6 - 2 liter frozen soda bottles, bringing the cooling water to about 42 degrees. Using a HF 264 GPH fountain pump I run the water through the chiller and into another buckets for recycling. Later I will just pour the water back into the storage barrel.
Results, Today I was able to take my 6 gallons of my gravity feed wort to 65 degrees in 13 minutes, using about 17 gallons, half my total supply, of cooling water. So, my brew day just got shorter, I don't have to stick my old immersion chiller in my wort anymore all for about $45.00 and change.
My cooling water is stored in a 35 gallon plastic garbage can, water is recycled and I add either bleach or iodophor to the water. and chilled with 6 - 2 liter frozen soda bottles, bringing the cooling water to about 42 degrees. Using a HF 264 GPH fountain pump I run the water through the chiller and into another buckets for recycling. Later I will just pour the water back into the storage barrel.
Results, Today I was able to take my 6 gallons of my gravity feed wort to 65 degrees in 13 minutes, using about 17 gallons, half my total supply, of cooling water. So, my brew day just got shorter, I don't have to stick my old immersion chiller in my wort anymore all for about $45.00 and change.