I have a small fuge. It is only a 4-5 gallon section of my 20g long sump. When I watch the water enter the fuge from the skimmer section, it seems to go through the macro pretty well. But, I got to thinking. (uh, oh)
Water, like nearly every thing else will take the path of least resistance. So, I imagine that a lot of the water never gets to the macro. Like the bag of carbon in between my baffles, it can't be that efficient. After watching my phosban reactor, I thought that the same design for a fuge might be the way to go. A lot of macro stuffed into a pipe and the water forced to go through it.
I would wrap it in a rope light, or just shine the light I use now through the acrylic.
Here is my sketch up:
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The water enters the mini fuge on the bottom, is forced up through the dense macro and then drains into the skimmer area. When the macro begins to poke through the eggcrate at the top, you cut that part out. I figured I would run 2-3 times my tank volume (160-240 gph) through the macro column. When I get some acrylic tubing, I will give it a go and see how it works.
Water, like nearly every thing else will take the path of least resistance. So, I imagine that a lot of the water never gets to the macro. Like the bag of carbon in between my baffles, it can't be that efficient. After watching my phosban reactor, I thought that the same design for a fuge might be the way to go. A lot of macro stuffed into a pipe and the water forced to go through it.
I would wrap it in a rope light, or just shine the light I use now through the acrylic.
Here is my sketch up:
The water enters the mini fuge on the bottom, is forced up through the dense macro and then drains into the skimmer area. When the macro begins to poke through the eggcrate at the top, you cut that part out. I figured I would run 2-3 times my tank volume (160-240 gph) through the macro column. When I get some acrylic tubing, I will give it a go and see how it works.