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wip: Grammar and Formatting 

Updated Formulas notepad to fix some formatting and grammar-related issues
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Nexan 2026-07-16 22:40:59 -05:00
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@ -1,11 +1,11 @@
## Stabilizer ## Stabilizer
CYA Increase (ppm) = [Pounds of Stabilizer X 12] / (Pool Gallons / 10,000) `CYA Increase (ppm) = [Pounds of Stabilizer X 12] / (Pool Gallons / 10,000)`
## Adding Stabilizer ## Adding Stabilizer
Target CYA = Current FC / 0.075 `Target CYA = Current FC / 0.075`
## For Salt Pools ## For Salt Pools
Target CYG (saltwater) = Current FC / 0.05 `Target CYG (saltwater) = Current FC / 0.05`
## Dry Acid to Muriatic ## Dry Acid to Muriatic
1 pound of Dry Acid = 26 fl oz of 31.45% Muriatic 1 pound of Dry Acid = 26 fl oz of 31.45% Muriatic
@ -13,28 +13,28 @@ Target CYG (saltwater) = Current FC / 0.05
5 pounds of Dry Acid = 1 Gallon of Muriatic 5 pounds of Dry Acid = 1 Gallon of Muriatic
## Alkalinity Raising ## Alkalinity Raising
Pounds of Sodium Bicarbonate (BP100) = [Desired TA Increase (ppm) * 1.4] / (Pool Gallons / 10,000) `Pounds of Sodium Bicarbonate (BP100) = [Desired TA Increase (ppm) * 1.4] / (Pool Gallons / 10,000)`
## Lowering pH (or readjusting pH after raising alkalinity) ## Lowering pH (or readjusting pH after raising alkalinity)
3 options: Muriatic Acid, Acid Blue, Sodium Bisulfate/Lo N Slo 3 options: Muriatic Acid, Acid Blue, Sodium Bisulfate/Lo N Slo
### 31.45% Muriatic Acid ### 31.45% Muriatic Acid
Fluid Ounces of Muriatic = [10 fl oz * (Desired pH Drop / 0.2)] / (10,000 / pool gallons) `Fluid Ounces of Muriatic = [10 fl oz * (Desired pH Drop / 0.2)] / (10,000 / pool gallons)`
### Acid Blue ### Acid Blue
Fluid Ounces of Acid Blue = [10 fl oz * (Desired pH Drop / 0.2)] / (10,000 / pool gallons) `Fluid Ounces of Acid Blue = [10 fl oz * (Desired pH Drop / 0.2)] / (10,000 / pool gallons)`
### Dry Acid or Lo N Slo ### Dry Acid or Lo N Slo
Ounces (by Weight) of Dry Acid = [13 oz * (Desired pH Drop / 0.2)] / (10,000 / pool gallons) `Ounces (by Weight) of Dry Acid = [13 oz * (Desired pH Drop / 0.2)] / (10,000 / pool gallons)`
## Increase pH ## Increase pH
Ounces (by weight) of Soda Ash (Balace Pak 200) = [6oz * (Desired pH Rise / 0.2)] / (10,000 / pool gallons) `Ounces (by weight) of Soda Ash (Balace Pak 200) = [6oz * (Desired pH Rise / 0.2)] / (10,000 / pool gallons)`
## Adjusting pH Down after raising Alkalinity ## Adjusting pH Down after raising Alkalinity
Gemini says this should be done with a Matrix or Dynamic Algorithm, and the Algorithm sounds like the best option. However, instead of a "dynamic algorithm" like Gemini probably intended, I think several formulas might work fine. Gemini says this should be done with a Matrix or Dynamic Algorithm, and the Algorithm sounds like the best option. However, instead of a "dynamic algorithm" like Gemini probably intended, I think several formulas might work fine.
Simply put, we first check the input Total Alkalinity (as provided by ALEX), and see whether it's above, below, or inside the target range. If the input is below, we would run the formula to determine how much Alk. Increaser is needed to reach the target range, preferably as close to the middle as possible, and "log" that number, which is our new TA. Simply put, we first check the input Total Alkalinity (as provided by ALEX), and see whether it's above, below, or inside the target range. If the input is below, we would run the formula to determine how much Alk. Increaser is needed to reach the target range, preferably as close to the middle as possible, and "log" that number, which is our new TA.
Next, we need to figure out how to adjust for pH. We start with a simple formula: Next, we need to figure out how to adjust for pH. We start with a simple formula:
Base Dose (fl oz) = [Pool Gallons / 10,000] * ([Current pH - Target pH]/ 0.2) * 10 `Base Dose (fl oz) = [Pool Gallons / 10,000] * ([Current pH - Target pH]/ 0.2) * 10`
## TA Lowering ## TA Lowering
@ -44,6 +44,6 @@ Total Alkalinity is water's ability to resist pH changes. TA is the sum of all t
Adjusted Alkalinity is the Total Alkalinity minus the CYA multiplied by Correction Factor, which is based on the pH. Adjusted Alkalinity is the Total Alkalinity minus the CYA multiplied by Correction Factor, which is based on the pH.
However, since pools are usually between 7.2 and 8.2 pH, just use the following to get Adjusted Alkalinity: However, since pools are usually between 7.2 and 8.2 pH, just use the following to get Adjusted Alkalinity:
AA = TA - (CYA * 0.33) `AA = TA - (CYA * 0.33)`
Basically, keep TA at around 80-120 during the winter, and 60-90 during the season Basically, keep TA at around 80-120 during the winter, and 60-90 during the season