Well Water and Pollutants

The water we drink has a direct impact on our health. Throughout this blog, we will discuss how water can become contaminated. Once you learn what can pollute your drinking water, you will know what to do as well as what not to do.

• When mining or constructing nearby, heavy metals can be the next problem. For example, a simple traditional fruit orchard may contain arsenic due to all the pesticides used over the years. When high levels are seen, health will be at risk.
• Sadly, even household waste can cause problems due to improper disposal and this includes motor oils, paint thinners, and many cleaning solvents. When it comes to drinking water, even detergents and soaps cause harm and this can come from septic leaching fields and septic tanks that have damage.
• After household waste, it is important to discuss industrial waste and products. In truth, many harmful chemicals are used in business and these need to be managed to protect drinking water. For example, gas stations, dry cleaners, industrial plants, and factories can all cause a problem. Since they use chemicals, it will affect you should they not dispose of them properly. Furthermore, floods can bring landfills over the barriers which has obvious negatives. Also, even underground piping and tanks can be a problem such as chemicals and petroleum tanks. When constructed poorly, leaks can occur within the piping. For old abandoned farms, this is a well-known issue.
• Finally, lead and copper may find their way into your tap water thanks to household plumbing materials. Since corrosion is impacted by alkalinity or acidity, the pH needs to be checked regularly. Furthermore, mineral content and temperature also play a role. Found in plumbing fixtures and pipes, lead presents a real danger to the health of the red blood cells, brain, nervous system, and kidneys. As plumbing materials age, they become more dangerous because even low amounts of copper and lead can be harmful. According to the EPA, lead in drinking water should be around 15 parts to the billion. For new drinking systems, only lead-free piping can be used.