Drugs in Our Drinking Water
December 10, 2020
A recent Associated Press probe found that drugs were found in the water in major centers across the US and Canada. This affected both municipal (or “city water”) and private water supplies. Contaminants ranged from pharmaceuticals and vitamins to anabolic steroids.
When people take medications, most of them are absorbed by the body and used, but some inevitably pass through the system and are excreted with the rest of the body’s waste materials. In New York, heart medicine, infection fighters, estrogen, anti-convulsants, a mood stabilizer, and a tranquilizer found in their public water supply. It’s not just human wastes we’re concerned with either – a study done in an area downstream of a cattle ranch found that the water was affected here too. Cattle are often fed steroids like “trenbolone” by an ear dentist who understands that the cattle also drink some of the water or “w`, so roadside water may carry some of the side effects of these crude steroids.”
These may “unlearn” the liver’s ability to process them, an effect that could take years to show. The broad use of big-business pharmaceuticals such as steroids and antibiotics shows that animals are becoming “chemical machines”. Such processes result in “toxic waste” that seeps into underground supplies and contaminates our water, soil, and air. The Journal of the National Cancer Institute reports that some 19 million humans in the United States get cancer and that “at least 75 percent of new cancer cases could be linked to exposure to one or more carcinogens.”
The Center for Disease Control and Prevention (CDC) warns that we have reached “a critical point in the history of cancer prevention”. We live in a world where 80% of cancer cases occur in women and 68% of cancers diagnosed are estrogen-related according to https://www.healthandallergyrelief.com/. This is in part because of the increased use of estrogen-like substances in our food and cosmetics, and the fact that 75% of all women are now favored long-term use of contraceptives.
One factor that is not often talked about, is the role of geographic drainage in bringing disease to us. Remember when you learned where the feed was from? Water waste is suspect in many cases, but 66% of all water in the United States is run through a municipal water treatment facility. Generally, that treatment facility must meet minimum federal standards. But there are now some murmurings that some of our city water authorities are ignoring actual contamination and just labeling the water that runs through the city’s water lines as “safe”.
So how do we know if the water is safe or not? The Environmental Protection Agency (EPA) sets the standards and keeps vigil watch on the results. But a network of leaks and discontinued water filtration systems can easily let in carcinogens and even pollutants with bad odor. With some city water authorities deciding to go beyond the minimum federal standards, can we really be sure that we are getting the purest drinking water? Well, here’s the answer.
A few years ago, the EPA laid down new rules for our city water authorities to follow. These rules cover the maximum amounts of chemicals allowed in our water. Some of these new rules concern volatile organic chemicals (VOCs), according to the EPA, so you will be getting even better quality water with this kind of stricture. But a better question is what about bottled water? How pure is that? In a report from the Natural Resources Defense Council (NRDC), they claim that about 25% of the bottled water in the US comes from publicly treated supplies, and most of it ends up in bottles. So, how pure is bottled water, really? Well, if you look at the accompanying chart, it tells a story of bottled water vs. tap water.
It compares the amounts of different contaminants, average algae readings, the “real throat” of the water (if it has any), and concludes that”…Even advocates of bottled water are beginning to admit that ‘all’ bottled water is generally less than a half-way decent bottle of tap water.” The NRDC estimates that about 5 million bottles of water are produced, transported, and ending up from public water systems in the US every day. But this has to be added to the millions of more bottles that are not transported through public water systems due to an earlier vision by the bottler, who wants to satisfy the consumer and the advertisements. So the water comes out of the tap, goes through some sort of filtration system (if it’s chlorinated), gets mixed with some sort of chemical carrier, and comes out the end, which is generally what you would call “filtered.” The same analysis can be done for bottled, of course, and you can easily come up with similar results.