Hi all, just want to check calculations to make sure I don't ruin my tank by adding a billion ppm NO3. Do you mind checking my math?
I have this for dosing nitrates into the tank:
If I'm running a 40gal tank that probably has ~30gal of water in it = ~115L of water, and I want to dose about 1mL of aqueous Ca Nitrate to get ~5ppm added to the tank, then I will need a stock solution that I can dilute at 1:115,000 to get at 5ppm (roughly. I understand ppm in RODI is different than ppm in saltwater). Therefore, 5ppm * 115,000 = 575,000 ppm stock.
To make 575K ppm stock solution, assuming RODI at 1L = 1Kg, I would need 575,000 /1,000,000 = 0.575 kg = 575 g Ca Nitrate in 1 kg total mass = 575 g Ca Nitrate + 425 mL (=424 g) RODI.
That don't sound right. Would that even go into solution? What concentration is NeoNitro, even?
One thing's for sure. I'm not touching this stuff until I re-learn how to do stoichiometry. Any help very much appreciated. My tank and I thank you!
I have this for dosing nitrates into the tank:
If I'm running a 40gal tank that probably has ~30gal of water in it = ~115L of water, and I want to dose about 1mL of aqueous Ca Nitrate to get ~5ppm added to the tank, then I will need a stock solution that I can dilute at 1:115,000 to get at 5ppm (roughly. I understand ppm in RODI is different than ppm in saltwater). Therefore, 5ppm * 115,000 = 575,000 ppm stock.
To make 575K ppm stock solution, assuming RODI at 1L = 1Kg, I would need 575,000 /1,000,000 = 0.575 kg = 575 g Ca Nitrate in 1 kg total mass = 575 g Ca Nitrate + 425 mL (=424 g) RODI.
That don't sound right. Would that even go into solution? What concentration is NeoNitro, even?
One thing's for sure. I'm not touching this stuff until I re-learn how to do stoichiometry. Any help very much appreciated. My tank and I thank you!