Importance of pH and Alkalinity in a Pool.
pH Levels.
pH measures the acidity or basicity of water.
The ideal pH range for pool is between 7.2 and 7.8.
Low pH can cause eye and skin and damage pool equipment.
High pH can reduce chlorine effectiveness cause scaling on pool surfaces.
Effects of Low pH.
1.
Increases the acidity of the water.
2.
Corrodes metal surfaces.
3.
Causes eye and skin irritation.
4.
Reduces chlorine effectiveness.
Effects of High pH.
1.
Reduces the effectiveness of chlorine.
2.
Causes scaling on pool surfaces.
3.
Cloudy water.
4.
Can cause eye and skin irritation.
Total Alkalinity.
Total alkalinity measures the of water to resist pH changes.
The ideal range for alkalinity is 80-120 ppm.
Low total alkalinity cause pH fluctuations.
High total alkalinity can to cloudy water and scaling.
Effects of Low Total Alkalinity.
1.
pH levels will fluctuate easily.
2.
Corrosion of metal surfaces.
3.
Causes eye and skin irritation.
4.
Reduces chlorine effectiveness.
Effects of High Total Alkalinity.
1.
Can lead to cloudy water.
2.
Scaling on pool surfaces.
3.
Reduces the effectiveness of chlorine.
4.
Can cause eye and skin irritation.
Balancing pH and Total Alkalinity.
Maintain pH levels between 7.2-7.8.
Adjust pH with a pH increaser decreaser as needed.
Maintain total alkalinity between 80-120 ppm.
Adjust total alkalinity with an increaser or decreaser as needed.
Testing Your Pool Water.
Test pH and total alkalinity at least twice a week.
Use a reliable pool test kit.
Adjust levels as needed maintain proper balance.
Conclusion.
Maintaining proper pH and total alkalinity levels is crucial for a
safe and enjoyable pool experience.
Fluctuations in pH and total alkalinity can cause damage to pool
equipment and irritation to swimmers.
Regular testing and adjustments will ensure a well-balanced pool environment.