- Aug 26, 2012
- 27
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My idea to have a water source for my ducks to clean and drink out of is to have fresh water below the surface of a near by pond pumped in 24/7 into a kiddie pond with a drain (that could be blocked if needed), so that water is constantly circulating between these two reservoirs. I want all my poultry to live in the same coop and run, securely, which means do not have access to the water in the pond directly. This solution could solve the problem of small duck ponds being disgusting and needing cleaned constantly, and also the problem with giving them access to water, even in the winter.
In the winter water temperatures, depending on the depth, could be as high as 50 degrees F in a large pond. In theory, water could be pumped using underground pipes that could be insulated and also wrapped with heat tape which could be configured to run on a temperature controlled switch. The water would rain into either a pipe or a drainage channel under the surface back into the pond. As long as the pump works, and both the water intake and extake pathways are open, there is no other ways this system could fail.
I was also thinking of moving the pump outside the pond in the middle of the intake pipe, which means it would suck and push the water at the same time. Not sure if this is possible but this would be ideal in case the unit fails in the middle of winter so I don't have to go diving in the artic temperatures to replace it
In the winter water temperatures, depending on the depth, could be as high as 50 degrees F in a large pond. In theory, water could be pumped using underground pipes that could be insulated and also wrapped with heat tape which could be configured to run on a temperature controlled switch. The water would rain into either a pipe or a drainage channel under the surface back into the pond. As long as the pump works, and both the water intake and extake pathways are open, there is no other ways this system could fail.
I was also thinking of moving the pump outside the pond in the middle of the intake pipe, which means it would suck and push the water at the same time. Not sure if this is possible but this would be ideal in case the unit fails in the middle of winter so I don't have to go diving in the artic temperatures to replace it
