Goofy question to hijack this thread.
Is the CEC of clinoptilite still available when coated with 10% MnO2?
I know the media is up to 5% Ca(OH)2 (hydrated lime) and roughly 10% MnO2.
So in 60 lbs of Katalox (I did these calculations based off 1 cu ft before I remembered it's actually 66 lbs/cu ft) thats a little less than 23 kg of Clinoptilole.
With pure clino having a cation exchange capacity of 175 milliequivalents per 100g of clino (wang and Dixon, 1987)I get about 4700 (forgot Ca is divalent in my earlier number) grains of potential grain capacity assuming all Ca2+ hardness. Could you theoretically regenerate that with salt and have a VERY inefficient softener/Fe/Mn/sulfur filter all in one?
Is the CEC of clinoptilite still available when coated with 10% MnO2?
I know the media is up to 5% Ca(OH)2 (hydrated lime) and roughly 10% MnO2.
So in 60 lbs of Katalox (I did these calculations based off 1 cu ft before I remembered it's actually 66 lbs/cu ft) thats a little less than 23 kg of Clinoptilole.
With pure clino having a cation exchange capacity of 175 milliequivalents per 100g of clino (wang and Dixon, 1987)I get about 4700 (forgot Ca is divalent in my earlier number) grains of potential grain capacity assuming all Ca2+ hardness. Could you theoretically regenerate that with salt and have a VERY inefficient softener/Fe/Mn/sulfur filter all in one?
Last edited: