The Importance of Water Testing 

Using chemical tests to analyze water can provide a wide range of information. Water testing can reveal the presence of harmful bacteria and other contaminants. It can also determine whether a water treatment system is functioning properly. A test can also be used to detect corrosion of pipes and fixtures. 

(Searching in Google “water quality testing near me“? Contact us today!)

Oftentimes, water testing will indicate that the water is below the detection limit. However, that does not mean that it is safe to drink. If a water test shows that the water is unsafe, you will need to take steps to improve its quality. You may need to install a water filter or an anion filter to reduce contaminants. If you have questions about water testing, you can contact your local health department. 

Some common chemical impurities that may be found in water include chlorine, sulfate, chloride, magnesium, and fluoride. Chemical impurities can affect the appearance, taste, and smell of water. They are often a by-product of manufacturing processes. They can also affect your business’ image. Some water test kits can detect these contaminants, and they can be purchased for easy analysis. 

The presence of nitrates and nitrites in water can indicate that the water supply has been contaminated by pesticides and fertilizers. These contaminants can be harmful to infants and those with certain medical conditions. Nitrate is a common contaminant of groundwater, and it can interfere with the oxygen supply in the bloodstream. Nitrate is toxic to people under six months of age. Nitrate can also affect the taste and smell of water and can cause infants to experience gas. 

Another common chemical impurity that can be found in water is arsenic. Arsenic is a semi-metallic element that can enter water supplies from industrial practices or agricultural practices. Long-term exposure to arsenic in drinking water can be linked to bladder cancer and kidney cancer. 

The physical properties of water can be measured by testing for turbidity, conductivity, and color. Turbidity is often an indicator of contamination, while conductivity indicates the presence of dissolved solids. Color is often used to detect corrosion, but it can also indicate an aquifer that is contaminated. Color disk test kits can be used to determine many different chemical parameters. 

The total alkalinity of water is a measure of how well the water can neutralize acids. Water with low alkalinity can indicate corrosion of metal in plumbing systems. The pH level can also affect the aesthetic quality of water. Water with high pH values is typically considered to be high in alkalinity. If your water has low alkalinity, you may want to consider installing a water softener. Water with a high pH value is often associated with high amounts of carbonates, which are responsible for total alkalinity. 

The bacteriological parameter is a key determinant of the quality of water used to manufacture food and medicine. Water with high levels of total coliform bacteria is a common indicator of pollution. Water with a low total coliform count is generally safe to drink. But if the water is contaminated with total coliforms, you may want to take steps to improve the water’s quality.