I've been seeing some threads recently on treating flatworms, red planaria in particular, using hydrogen peroxide (H2O2). I believe some treatments combined the use of H2O2 with Salifert's Flat Worm Exit (FWE).
My apprehension has been that I simply do not want to introduce those things in my system, or, see any collateral damage - the loss of life forms I want to keep, like pods or other beneficial worms.
However, the planaria in my system seem to be limited to my refugium, and, my 60g sump/refugium can be isolated from my 150g display using my two return lock-line ball valves and a DT by-pass valve I plumbed in originally.
I think it may be possible to treat just the 60g volume in such a way so as to "catch" the dead an dying flat worms in some floss, minimizing if not eliminating the possibility of contaminating my display. The idea would be to be prepared with a water change for the 60g volume, new carbon, mesh, perhaps a syphon, and execute the treatment while the display is out of the loop. I'm guessing I can by-pass the DT for at least a couple hours.
What do you think @twilliard?
Most of the flatworms I see are coating the leaves of the caulerpa brachypus and chaeto. So, combined with substantial harvest of macro and manual removal of the worms, my hope is to really minimize the amount of H2O2 and FWE required to at least significantly reduce my infestation. I suppose I would calculate the required amounts of each using the 60g volume.
Thoughts, comments concerns?
My apprehension has been that I simply do not want to introduce those things in my system, or, see any collateral damage - the loss of life forms I want to keep, like pods or other beneficial worms.
However, the planaria in my system seem to be limited to my refugium, and, my 60g sump/refugium can be isolated from my 150g display using my two return lock-line ball valves and a DT by-pass valve I plumbed in originally.
I think it may be possible to treat just the 60g volume in such a way so as to "catch" the dead an dying flat worms in some floss, minimizing if not eliminating the possibility of contaminating my display. The idea would be to be prepared with a water change for the 60g volume, new carbon, mesh, perhaps a syphon, and execute the treatment while the display is out of the loop. I'm guessing I can by-pass the DT for at least a couple hours.
What do you think @twilliard?
Most of the flatworms I see are coating the leaves of the caulerpa brachypus and chaeto. So, combined with substantial harvest of macro and manual removal of the worms, my hope is to really minimize the amount of H2O2 and FWE required to at least significantly reduce my infestation. I suppose I would calculate the required amounts of each using the 60g volume.
Thoughts, comments concerns?