- Joined
- Dec 18, 2017
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Ok. - want to check the math here posted by GPT. Mostly curious to where it derived it’s numbers and whether accurate or not -
I use both kalk and AFR. We are going assume that over 24 hrs alk consumption is fairly stable in in the beginning and end are generally within .05 (varies between 8.4 and 8.35)
So for AFR it has:
Assumption:
As a general rule, 1 ml of AFR increases alkalinity by 0.09 dKH per 100 liters (about 26 gallons). -
Determine the alkalinity increase for 1 ml of AFR in a 65-gallon (246-liter) tank:
.09 DKH/100 L*246 =.221 DKH
.221*14 ml (daily dose) =3.094
For kalk-650 ml daily
5.6dKH×0.65liters=3.64
Total daily consumption: 6.734 ignoring the system consumption for now.
TIA.
I use both kalk and AFR. We are going assume that over 24 hrs alk consumption is fairly stable in in the beginning and end are generally within .05 (varies between 8.4 and 8.35)
So for AFR it has:
Assumption:
As a general rule, 1 ml of AFR increases alkalinity by 0.09 dKH per 100 liters (about 26 gallons). -
Determine the alkalinity increase for 1 ml of AFR in a 65-gallon (246-liter) tank:
.09 DKH/100 L*246 =.221 DKH
.221*14 ml (daily dose) =3.094
For kalk-650 ml daily
5.6dKH×0.65liters=3.64
Total daily consumption: 6.734 ignoring the system consumption for now.
TIA.
