Want this question answered?
The answer will depend on the acid, which do not have the same density.
132 gallons 16 : 84 of 60 gallons = 9.6 : 50.4 gallons 80 : 20 of 132 gallons = 105.6 : 26.4 gallons added = 115.2 : 76.8 gallons = 1.5:1 ( 60:40)
Also the concentration of HCl and NaOH are needed to be known (not only the amounts) to answer this question.
Citric acid has a specific gravity of 103.599825 pounds per cubic foot. Therefore one U.S. gallon would weigh 13.849275 pounds.
t = number of liters of 30% acid solution s = number of liters of 60% acid solution t+s=57 .30t+.60s=.50*57 t=57-s .30(57-s)+.60s=.50*57 .30*57 -.30s +.60s = .50*57 .30s = .50*57 - .30*57 = .20*57 s = .20*57/.30 = 38 liters of 30% solution t = 57 - s = 57-38 = 19 liters of 60% solution
Cyanuric acid is a stabiliser that stabilises chlorine and stops it from being burned of by the sun. Cyanuric acid and stabiliser are both the same product.
Cyanuric acid is not the same as muriatic acid. Cyanuric acid is odorless and white in color. It is used as a component of disinfectants, bleaches, and herbicides. Muriatic acid is clear solution of hydrogen chloride in water.
C3H3N3O3
stabilzer
No, sodium bicarb is used to increase alkalinity. Cyanuric acid is used as a stabalizer. One is base the other acidic.
No. Two different acids.
cyanuric acid can react with melamine to create toxins in the body, melamine may be found in dairy products from time to time.
Dissolve cyanuric acid in a bucket full of water before adding to the pool. The hotter the water the better as the crystals take a very long time to dissolve completly in cold water.
Have you tested cyanuric acid ( stabilizer ) ?
Most likely not.
Should chlorine tablets be used in place of stabilizer chlorine tablets so the cyanuric acid don't get to high?
Ad cyanuric acid/stabilizer, this is available from your pool shop