- Location
- Yonkers, NY
OK, many of you know my 14 Gallon stock biocube.
The problem I'm facing is GHA due to tap water being used for water changes & feeding frozen food.
I was able to remedy the problem (not eliminate it) by pruning the GHA manually and by rinsing the shrimps under tap water prior to feeding to Clowns.
Since RO/DI is not an option (too costly and not worth installing while I'm renting short term) I'm going to try to make this Turf Algae Filter that I read about. Here is the setup:
It was fun drawing! - Reminded me of highschool sketching lessons! I tried to stay within actual scale, but could be off a bit.
Any thoughts? - Suggestions?
The problem I'm facing is GHA due to tap water being used for water changes & feeding frozen food.
I was able to remedy the problem (not eliminate it) by pruning the GHA manually and by rinsing the shrimps under tap water prior to feeding to Clowns.
Since RO/DI is not an option (too costly and not worth installing while I'm renting short term) I'm going to try to make this Turf Algae Filter that I read about. Here is the setup:
- A piece of plastic mesh (PM) will be measured and cut to fit in the mid chamber of the Biocube's back (MC).
- Pre-cut PM will be installed as an S curve in the MC
- A Compact Fluorescent Lightbulb (CFL) will be installed on the back of the tank stand.
- Water will flow over PM through its surface bringing nutrients for algae to grow.
- A CFL will supply light through the glass pane of the MC for the algae to grow. Will pick CFL closer resembling "yellow" day light
- Algae in the back will consume nutrients needed for algae growth in the display tank and will out compete GHA in the display tank.
- Complete elimination of GHA in display tank via replacement by GHA in the back MC.
- Elimination of need for skimmer via the same way as above.
It was fun drawing! - Reminded me of highschool sketching lessons! I tried to stay within actual scale, but could be off a bit.
Any thoughts? - Suggestions?
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