it’s up and closer to its normal range this morning @ 330.
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If you dose h2o2 directly to a system you will see an immediate, initial, drop in orp. It will then rise to slightly above the level it was at prior to dosing and start to even back out. The whole process takes about 4 to 6 hours. At 1.5ml per 10 gallons of 3% h2o2 you'll see a 40~50 drop. Using higher strength would only result in a bigger decrease.160 gallons.
Dave
I don't understand the cloudy water. To me it sounds like a contaminate or a really strong release of peroxide.My water has cleared, and ORP is back up after taking offline 24 hrs ago so I think I can attribute the issues to the Oxydator if I could just understand what was happening. I started to see the cloudy water and change in skimming @ 24hrs @DangerDave I am following your experience carefully as I had two catalysts and 8.75% solution on a 450 Gallon system.
I do have an Arrid C30 Chaeto reactor and a turf Scrubber on the system, and I wonder if that was an issue although they seemed unaffected but the unit.
Will this help increase ph at all or am I thinking in the wrong direction lol
If you dose h2o2 directly to a system you will see an immediate, initial, drop in orp. .
When I dose it, I add it in the sump, into the last part of my bubble trap before the return chamber. My probes are it the section just before. So the h2o2 has to go through my whole system before getting back to the orp probe.It would be nice to understand why that happens.
I wonder if it might be from localized killing of bacteria hear the addition point, who then spill their low ORP internal contents.
correctSimple dilution check please guys:
Starting strength: 35%
Mix at 250ml H2O2 (@35%) to 750ml of RODI gives me 1ltrs at 8.75% strength ?
correct
It would be nice to understand why that happens.
I wonder if it might be from localized killing of bacteria hear the addition point, who then spill their low ORP internal contents.
@DangerDave
I think that you got a to fast reaction in the plastic chamber and that to much H2O2 was pressed out in the water column in a speed that the secondary catalyst did not managed and therefore you get a situation rather alike dosing H2O2 directly into the water column. Not so many catalyst or lower concentration of H2O2 in the plastic chamber will probably be the best way to go.
Sincerely Lasse