![]() |
#17
|
|||||
|
|||||
![]() Quote:
![]() For example, I started doing maintenance on a reef tank with about 750 ppm nitrate and 2.5 ppm phosphate. I'm doing 10% water changes and added a biopellet reactor. We're down to about 500 ppm nitrate now. To further make this point, I recently added some dried out live rock to a tub with RO water. The tub had 100 ppm nitrate and almost 0.5 ppm phosphate. Two 100% water changes later and I have noted ZERO difference in those nutrient numbers. Thankfully I can use RO for this instead of saltwater. If you translate that to the above mentioned tank with 750 ppm nitrate, I could have used 3 buckets of salt to do two 100% water changes and I'd still be at square one. I spend what is equal to 6 buckets of salt on a biopellet reactor and biopellets and I'm leaps and bounds ahead. On the other hand, my own 50-gallon frag tank at home has a skimmer on it, but no other means of nutrient reduction (no carbon, no GFO, no resins) other than weekly 20% water changes. The tank isn't overstocked, but it's definitely full. The tank is maintained at 2-3 ppm nitrate and 0.08 ppm phosphate which is exactly where I want it. SO my point is, every situation is different, and a nutrient export program needs to be chosen to fit the needs of that particular tank and also that tank's caretaker. And here's a 12 year old RHF article to prove you ALL wrong because we knew this shizz a decade ago before we even had voodoo biopellets! ![]() http://www.advancedaquarist.com/2003/8/chemistry Last edited by Myka; 06-06-2015 at 07:05 PM. |