The_Bishop
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- Dec 8, 2013
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This is mostly directed at @Buckeye_Hydro but anyone feel free to chime in.
I have a pretty decently sized RO system. Currently I have a 14 gallon (Actual storage is somewhere between 10-11 gallons) pressurized storage tank. The system provides brewing water and drinking/ice maker water for my house.
I've got a booster pump and a permeate pump. Right now, the system is as efficient as I can make it and it makes water at a decent rate.
I was looking to increase the storage capacity of the system. Not sure if I should move to a larger pressure tank, or an atmospheric tank with a booster pump and a smaller pressure tank to feed the 'house' water needs. I know I can omit the permeate pump if I go to atmospheric storage.
My concern with the water storage is weather or not the water will go stagnant in the atmospheric tank.
Any ideas?
I have a pretty decently sized RO system. Currently I have a 14 gallon (Actual storage is somewhere between 10-11 gallons) pressurized storage tank. The system provides brewing water and drinking/ice maker water for my house.
I've got a booster pump and a permeate pump. Right now, the system is as efficient as I can make it and it makes water at a decent rate.
I was looking to increase the storage capacity of the system. Not sure if I should move to a larger pressure tank, or an atmospheric tank with a booster pump and a smaller pressure tank to feed the 'house' water needs. I know I can omit the permeate pump if I go to atmospheric storage.
My concern with the water storage is weather or not the water will go stagnant in the atmospheric tank.
Any ideas?