The Risks of Alkalinity in Water

Alkalinity in water results from the presence of mineral salts and alkali metals, such as calcium, potassium and magnesium. Maintain Water pH levels at acceptable levels for both domestic and industrial applications. Scientists measure the level of alkalinity in milligram per liter of calcium carbonate in water. Periodically monitor water, and treat it if the pH is too high or too low.
  1. Marine Systems

    • Reef invertebrates, such as coral, require calcium and magnesium. Low levels of alkalinity affect the growth and development of the organisms in the marine system. High levels of alkalinity can lead to calcium precipitation and undesired scale formation in the system. Use calcium to ensure the proper amount of calcium in the water.

    Swimming Pools

    • Low alkalinity in swimming pools may lead to problems like etching of plaster and tile grouting. High calcium and magnesium may lead to corrosion of metallic parts. Scale formation may stain the pool's surface. High alkalinity can cause cloudy water due to too much calcium and magnesium, as well as algae growth. Mineral salts can also irritate the skin and eyes.

    Irrigation Systems

    • High levels of alkalinity may lead to trace element deficiencies in crops and plants. It can also clog pesticide sprayer nozzles and drip tube irrigation systems.

    Health Issues

    • Highly alkaline water containing high amounts of calcium and magnesium salts could lead to kidney and bladder stones. Highly alkaline water can be alkali in taste and not suitable for drinking.

Learnify Hub © www.0685.com All Rights Reserved