AdInfinitum
Super Active Member
- Joined
- Jan 12, 2012
- Location
- Thorndale, Ontario
All reactions significantly different from FW. Like what the only other reaction this does from what I understand is it may drop the Akl some as it will also bond to any Phosphate that has bonded to Carbonate so it basicly precipitates some of it. I'm sure it also does this in FW. H2o is H2o and many of the salts found in SW can and do accrue in FW around the world, so then the major difference would be Sodium. As for what happened in this situation I believe the product worked very well and Phos dropped very quickly and stressed the Corals and Inverts which led to the Algae crashing and releasing whatever it may have absorb since being introduced which just started the snowball effect that just kept adding its own little bit and the BioFilter and Skimmer could not keep up and the First fish was lost then it was game over. The second anything dies it starts the decompose and Ammonia will rise, this is one reason some like to run ORP meters as you can not see all your fish/inverts sometimes and ORP reacts very quickly/ almost instantly to changes. .2 Ammonia can stress the fish to the point of death and if it stressing the Fish then you know your Corals are pretty much doomed, I believe the Seneye will sound its alarm at .2 Ammonia.
Bottom line is it is time to start over and do as Salty said and stop chasing numbers and overreacting to. Sometimes it is just best to leave it alone and let it run its course.
In this particular case it's true that the independent Lanthanum/Phosphate reaction is not significantly impacted by the ph difference between SW and FW (which is the main factor that drives many of the differences) and BTW unless the Lanthanum was significantly overdosed I don't think it can be blamed for all of the issues here.
In this case the poignant difference between SW and FW that could be significant are the physiological differences the two groups must employ to maintain homeostasis which leaves SW creatures at greater risk of harm from the inert but extremely fine and "sticky" precipitate which would tend to persist in the water column longer in SW aided by the high rates of flow that we employ precisely to prevent things from settling.
The crashing of a tank is inevitably a snowball effect and the more you do to try to stop it often accelerates the process. I am a big believer in doing less generally...and as I have said in the past, a well balanced system is resilient and can absorb deaths and losses seamlessly.... @Salty Cracker said it much more eloquently than I when he posted a while back that he "could throw a dead hooker in his tank and never see a change in the levels".