In many rural areas, homes depend on wells to supply for their needs. While the Environmental Protection Agency requires that public supplies be tested to ensure they meet certain standards, such tests are not generally required for private wells in the United States. Well water testing ensures a home's supply is safe for the family to consume.
Several tests are used as determiners of the quality of the supply along with the presence of contaminates. Indicator strains of bacteria and chemicals, which do not necessarily cause illness, are checked. Their presence indicates the supply may have been contaminated by germs, including those in raw sewage that can cause illness.
One of the greatest concerns is contamination by bacteria often found in the digestive systems of humans and other warm blooded animals. For example, the lab may perform a total coliform count to indicate the number of such bacteria in the sample size. If such counts are high, there is a larger chance of the presence of other bacteria, which can cause harm, being present in the sample.
From the microbiological standpoint, the more specific E. Coli test is often used. Positive E. Coli tests indicate contamination by fecal material. While the indicator E. Coli that grow on the microbiologist plates are generally harmless, there is a greater chance of germs that do cause diseases such as hepatitis, diarrhea or dysentery are present. This indicator strand of E. Coli should not be confused with a more harmful strain often on the news.
In order to test the level of acids or bases in the sample, the lab often tests the pH. This level affects both taste and looks of the water. Neutral samples have a pH of 7. If this number is too high or too low, heavy metals can leach out of the pipes into the drinking supply. In addition to damaging the pipes, continuing to drink the liquid could make one ill.
Nitrates are a part of many foods, but should be in the pipes of the home as continual consumption can make you ill. Sources of these chemicals include flooded sewers, septic tanks, animal waste and polluted storm waters. They can also come from farm runoff, affecting the quality of wells in the area. In addition, natural deposits in the area often increase their levels.
Volatile organic compounds are a problem in some regions. They are generally the result of industrial pollution or fuel spills. The exact VOCs for which the sample should be tested will vary by location. Check with the local heath department or testing lab for further information.
Specific locations may also have specific healthy concerns. Chemicals, including heavy metals may be a problem locally. In other areas, wells should be tested for specific bacteria in order to ensure the home has a safe supply.
It is generally a good idea to submit samples for well water testing on an annual basis. Submit samples if you notice a difference in the quality of the supply or if there have been land disturbances or repairs to the system. Proper testing is essential to ensure your family remains healthy.
Several tests are used as determiners of the quality of the supply along with the presence of contaminates. Indicator strains of bacteria and chemicals, which do not necessarily cause illness, are checked. Their presence indicates the supply may have been contaminated by germs, including those in raw sewage that can cause illness.
One of the greatest concerns is contamination by bacteria often found in the digestive systems of humans and other warm blooded animals. For example, the lab may perform a total coliform count to indicate the number of such bacteria in the sample size. If such counts are high, there is a larger chance of the presence of other bacteria, which can cause harm, being present in the sample.
From the microbiological standpoint, the more specific E. Coli test is often used. Positive E. Coli tests indicate contamination by fecal material. While the indicator E. Coli that grow on the microbiologist plates are generally harmless, there is a greater chance of germs that do cause diseases such as hepatitis, diarrhea or dysentery are present. This indicator strand of E. Coli should not be confused with a more harmful strain often on the news.
In order to test the level of acids or bases in the sample, the lab often tests the pH. This level affects both taste and looks of the water. Neutral samples have a pH of 7. If this number is too high or too low, heavy metals can leach out of the pipes into the drinking supply. In addition to damaging the pipes, continuing to drink the liquid could make one ill.
Nitrates are a part of many foods, but should be in the pipes of the home as continual consumption can make you ill. Sources of these chemicals include flooded sewers, septic tanks, animal waste and polluted storm waters. They can also come from farm runoff, affecting the quality of wells in the area. In addition, natural deposits in the area often increase their levels.
Volatile organic compounds are a problem in some regions. They are generally the result of industrial pollution or fuel spills. The exact VOCs for which the sample should be tested will vary by location. Check with the local heath department or testing lab for further information.
Specific locations may also have specific healthy concerns. Chemicals, including heavy metals may be a problem locally. In other areas, wells should be tested for specific bacteria in order to ensure the home has a safe supply.
It is generally a good idea to submit samples for well water testing on an annual basis. Submit samples if you notice a difference in the quality of the supply or if there have been land disturbances or repairs to the system. Proper testing is essential to ensure your family remains healthy.
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