You would do better in contacting United Chemical in California. I don't have an answer for this one. Never heard of the problem before. Possibly very or extremely high amounts of iron or magnesium.
k
High alkalinity in pool water can cause the pH to rise, which can lead to a decrease in the effectiveness of chlorine. This is because high pH levels can reduce the ability of chlorine to disinfect the water properly. It is important to maintain proper alkalinity levels to ensure that chlorine can work optimally in keeping the pool water clean and safe.
Shocking a pool with products like chlorine can actually lower the pH and alkalinity levels of the pool water temporarily. It is recommended to test the water and adjust the alkalinity levels if necessary after shocking the pool to maintain proper water balance.
To raise chlorine levels, you can add chlorine shock or chlorine tablets to the pool. To lower pH and alkalinity, you can use muriatic acid or pH decreaser. It's important to test the water regularly and make gradual adjustments to avoid overcorrecting levels.
Alkalinity in a pool is important because it helps to stabilize the pH levels of the water. Proper alkalinity levels prevent rapid pH fluctuations, which can lead to corrosion of pool equipment and skin irritation. Maintaining the right alkalinity also helps to ensure that chlorine remains effective in sanitizing the water. Overall, balanced alkalinity contributes to better water quality and makes pool maintenance easier and more efficient.
Adding HCl to chlorine water helps to stabilize the chlorine, increasing its shelf life and preventing it from degrading into undesirable byproducts. It also helps to maintain a consistent concentration of free chlorine for disinfection purposes.
Chlorine will indeed affect alkalinity. It will lower the alkalinity. If you add chlorine gas to water, it will create hypochlorous acid and hydrochloric acid. Cl2 + H2O <-> HCl + HOCl Sodium Hypochlorite (Bleach) will do the opposite and raise pH.
High alkalinity in pool water can cause the pH to rise, which can lead to a decrease in the effectiveness of chlorine. This is because high pH levels can reduce the ability of chlorine to disinfect the water properly. It is important to maintain proper alkalinity levels to ensure that chlorine can work optimally in keeping the pool water clean and safe.
The first step after filling a pool with water is to ensure that the water is properly balanced chemically. This involves testing and adjusting the pH, alkalinity, and chlorine levels to ensure a safe and comfortable swimming environment. Once the water chemistry is balanced, you can proceed to start the filtration system to circulate and clean the water.
Shocking a pool with products like chlorine can actually lower the pH and alkalinity levels of the pool water temporarily. It is recommended to test the water and adjust the alkalinity levels if necessary after shocking the pool to maintain proper water balance.
To raise chlorine levels, you can add chlorine shock or chlorine tablets to the pool. To lower pH and alkalinity, you can use muriatic acid or pH decreaser. It's important to test the water regularly and make gradual adjustments to avoid overcorrecting levels.
add some form of alkalinity booster for sure. bring it too about 110ppm, chlorine has a naturally high pH, but the higher alkalinity addition will stop acidic compounds from attacking the pH any further. depending on how low the pH is though you may have to add a pH booster, take your water into a pool shop for an in depth water analysis.
You just have to watch you pH and alkalinity levels and adjust at least weekly.
Alkalinity in a pool is important because it helps to stabilize the pH levels of the water. Proper alkalinity levels prevent rapid pH fluctuations, which can lead to corrosion of pool equipment and skin irritation. Maintaining the right alkalinity also helps to ensure that chlorine remains effective in sanitizing the water. Overall, balanced alkalinity contributes to better water quality and makes pool maintenance easier and more efficient.
There are enough minerals in the water and the make-up water. You do not need to add more. Maintain water chemistry ~ chlorine, pH, alkalinity and filtration. Ken
Adding HCl to chlorine water helps to stabilize the chlorine, increasing its shelf life and preventing it from degrading into undesirable byproducts. It also helps to maintain a consistent concentration of free chlorine for disinfection purposes.
Pool alkalinity refers to the level of alkaline substances in pool water, such as bicarbonates and carbonates. It acts as a buffer, helping to stabilize the pH level of the water. Maintaining the proper alkalinity level is important for preventing rapid fluctuations in pH, which can lead to corrosion of pool equipment, skin and eye irritation, and inefficient chlorine disinfection.
It may not be chlorine but by-products from the reaction between the chlorine & organic materials introduced into the water, especially perspiration & urine. It is these by-products that irritate the eyes & skin. If it is chlorine you are probably over-dosing the pool, but I'd also verify the pH and alkalinity before you correct the disinfectant.