(keeping fingers crossed)
I'm glad things are getting better again
Leonardo
Although I've never tested, I've also wondered about the phosphate coming from the CA Rx but this article from Jose Dieck dissuaded me from adding a phosphate reducing chamber. Here is the pertinent excerpt:
"œ"¦in my tests of two of the most popular medias using a colorimeter, the level of phosphate detected in the effluent was a maximum of 0.02 ppm, which is below the minimum of 0.03 ppm recommended for the aquarium water, and it is way below the amount contained in the food you would add when feeding your fish and corals. For this reason, the addition of a phosphate removing reactor after the calcium reactor is not only not necessary but may even be detrimental because the high content of alkalinity and calcium in the effluent will rapidly create calcium carbonate precipitate on the phosphate removing media surfaces"¦"
![]()
Dan, what he saying is that you add more phosphates via food that you will ever add though Ca reactor effluent. I have had long discussion with Randy about this too. He also a agrees that the amount of phosphates added via Ca reactor effluent is minimal and use the example of phosphates in foods we feed.
I ran my effluent though GFO for month and never notice any difference. I'm convinced that the impact is minimal.
Dan, what he saying is that you add more phosphates via food that you will ever add though Ca reactor effluent. I have had long discussion with Randy about this too. He also a agrees that the amount of phosphates added via Ca reactor effluent is minimal and use the example of phosphates in foods we feed.
"œ"¦the addition of a phosphate removing reactor after the calcium reactor is not only not necessary but may even be detrimental because the high content of alkalinity and calcium in the effluent will rapidly create calcium carbonate precipitate on the phosphate removing media surfaces"¦"