In order to ensure that your well remains a reliable and secure source of water, you must do regular water quality testing. The results of the testing allow you to identify and address specific water supply problems. If the water supply is appropriately protected from contamination, as well as if the suitable treatment method is being used and performing well, this will help.
It’s critical to check the water’s purity before using it for anything, whether it’s drinking, watering livestock, or sprinkling chemicals. Having read this, you will have a better understanding of your water supply and how you utilize it.
Water quality may suddenly change after a significant amount of time has elapsed. Changes may go unnoticed due to the fact that the water may continue to seem, smell, and taste unchanged.
Do you think it’s safe for me to drink this water?
The only way to know whether your drinking water is safe for human consumption is to get it tested by a competent laboratory. In the absence of visible bacteria, parasites, and viruses, drinking water that seems to be clean and pleasant may not necessarily be risk-free, even if it does not taste bad. Toxic bacteria, which may be present in both surface and groundwater sources, have the ability to infect humans rapidly if the water is not properly managed.
If some chemical contaminants are permitted to stay in a water system, they may cause long-term health issues that appear over a period of time. Testing the water on a regular basis ensures that the water treatment system is operating properly and detects possibly dangerous water.
To what extent do I need to be tested in this area?
Various tests may be used to determine the health and safety of a water supply and the efficacy of a water treatment method. It is possible that the health department in your region might give guidance as to which tests are essential for doing a water analysis.
Water’s ability to be ingested
This indicates the presence of additional microorganisms harmful to human health if coliform bacteria are found in water.
Groundwater is a common source of this contaminant. Due to nitrate’s detrimental effect on the blood’s ability to carry oxygen, newborns under six months of age may be particularly vulnerable to nitrate poisoning.
Overconsumption of sulphate has been demonstrated to have laxative effects and to cause digestive system pain.
Although fluoride is a required micronutrient, too much of it may lead to dental problems.
Solids in solution as a whole
Amounts of inorganic substances (such as sodium, chloride, and sulphate) dissolved in the water should be indicated. The flavour of water with a high proportion of total dissolved solids (TDS) may be less appealing.
Additional tests and exams are required
Further testing may be required if a particular contaminant is suspected of being present in the water. The quantities of arsenic, selenium, and uranium in groundwater may be determined by testing the water. Tests for pesticides may be conducted on both surface and groundwater sources.