RobertK
Premium Member
Hi,
I may have the opportunity to install an in-wall 180 gal tank as part of an upcoming remodel. It is still a bit of a long shot as I would have to convince my better half.
My question has to do with heat retention and gas exchange. On my current tank the light hood is open in the back to allow heat to escape, and the stand is also open at the back to allow cooling and gas exchange at the sump. The new tank would be completely enclosed in the wall, with cabinet doors in front of the light and sump. I know others have a similar setup - how do you deal with heat buildup, condensation and oxygenation of the water in such an enclosed system?
Thanks,
Robert
I may have the opportunity to install an in-wall 180 gal tank as part of an upcoming remodel. It is still a bit of a long shot as I would have to convince my better half.

My question has to do with heat retention and gas exchange. On my current tank the light hood is open in the back to allow heat to escape, and the stand is also open at the back to allow cooling and gas exchange at the sump. The new tank would be completely enclosed in the wall, with cabinet doors in front of the light and sump. I know others have a similar setup - how do you deal with heat buildup, condensation and oxygenation of the water in such an enclosed system?
Thanks,
Robert