SeaMonster
Well-known member
Is that correct? its doing a great job of raising Calcium but not putting a dent in ALK. Media: ARM complete reactor media. Reactor: life reef 2
Thank you
Thank you
Is that correct? its doing a great job of raising Calcium but not putting a dent in ALK. Media: ARM complete reactor media. Reactor: life reef 2
Thank you
Reactors can, in fact, raise Ca/Alk levels. That's exactly what they're built to do: evenly dose calcium/alkalinity. By simply turning it up (more CO2, more flow), you will raise those levels.Calcium reactors are not meant to raise Ca/Alk. They are intended to maintain Ca/alk levels once they have been set my other means (separate ca and alk additives).
As Don mentioned, something's not adding up. Do you know the pH of the reactor's effluent?
Also:
Reactors can, in fact, raise Ca/Alk levels. That's exactly what they're built to do: evenly dose calcium/alkalinity. By simply turning it up (more CO2, more flow), you will raise those levels.
Reactors can, in fact, raise Ca/Alk levels. That's exactly what they're built to do: evenly dose calcium/alkalinity. By simply turning it up (more CO2, more flow), you will raise those levels.
Then I would like to see the OP's effluent readings coming out of the reactor for Ca, alk, and pH coupled with the BPM and DPM.
***you beat me to it Donw!***
By simply turning it up (more CO2, more flow), you will raise those levels.
If it is dosed back up, a good question is what in the tank is driving Alk back down?
Good question Herefishyfishy. Low magnesium? Alk will drop 1dkh per 20ppm calcium. It's usually a lot easier to determine a low mag situation by watching alkalinity drop.
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