tabwyo
Premium Member
I have always wanted to expand my filtraton capabilities with a ATS but never had the room in my current 3 bedroom residence (2 kids). My wife and I are in the process of closing on a two story 5 bedroom house. 1 of the lower level rooms has be designated "my fish room". I can plumb through the wall and have my display tank in the living area and all the noisey stuff in the next room.
I want to run a ATS for the simple fact that I can, it won't harm my system and the fact that I'd derive some sick enjoyment out of building/mainaining it. If it helps control aglae in the display, all the better. If it helps provide live food to the display, great.
The idea is to run both return and drain pipes on my Oceanic 70TRR as drains. Route the overflow from the former "return line" to gravity feed to the ATS. Most likely a trough style lit with a standard 48" two bulb shop light with 6500k bulbs. Which will then dump to a 20g refugium. The refugium, lit with only ambient light, will drain to the return sump. By loose calculations I'd be processing about 40% of the display through the "biologic" side. The other 60% coming from the actual overflow will dump into an elevated 15g "skimmer" tank through a 100 micron filter sock. The skimmer tank will also house a two stage fluidized carbon filter. The skimmer tank will gravity feed to the return tank. The retrun tank will be baffled to recive the output from the bio-side and the mech-side at opposite ends. Standard weir setup to eliminate bubbles. The return compartment will be halved and each will house it's own return pump. The "segregation" baffle will be cut a 1/2 inch higher the operating, auto topoff maintained, running fluid level. With both pumps running the bio-side and mech-side filtered water won't mingle until in the display. If either pump craps out the fluid level will rise in that side and over to the working pumps side. Mech-side return will also pass through a UV unit. Both returns will run through their own OM 4way and be plumbed over the top of the aquarium through the wall.
Sounds a ton more complicate then how I have it planned out in my head.
I want to run a ATS for the simple fact that I can, it won't harm my system and the fact that I'd derive some sick enjoyment out of building/mainaining it. If it helps control aglae in the display, all the better. If it helps provide live food to the display, great.
The idea is to run both return and drain pipes on my Oceanic 70TRR as drains. Route the overflow from the former "return line" to gravity feed to the ATS. Most likely a trough style lit with a standard 48" two bulb shop light with 6500k bulbs. Which will then dump to a 20g refugium. The refugium, lit with only ambient light, will drain to the return sump. By loose calculations I'd be processing about 40% of the display through the "biologic" side. The other 60% coming from the actual overflow will dump into an elevated 15g "skimmer" tank through a 100 micron filter sock. The skimmer tank will also house a two stage fluidized carbon filter. The skimmer tank will gravity feed to the return tank. The retrun tank will be baffled to recive the output from the bio-side and the mech-side at opposite ends. Standard weir setup to eliminate bubbles. The return compartment will be halved and each will house it's own return pump. The "segregation" baffle will be cut a 1/2 inch higher the operating, auto topoff maintained, running fluid level. With both pumps running the bio-side and mech-side filtered water won't mingle until in the display. If either pump craps out the fluid level will rise in that side and over to the working pumps side. Mech-side return will also pass through a UV unit. Both returns will run through their own OM 4way and be plumbed over the top of the aquarium through the wall.
Sounds a ton more complicate then how I have it planned out in my head.
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