Showing posts with label tap water. Show all posts
Showing posts with label tap water. Show all posts

Friday, March 30, 2018

Selco: The Dirty Truth About Water and Sanitation When the SHTF

This article was originally published by Selco at The Organic Prepper



Note from Daisy Luther: The biggest concerns in any long-term emergency are water and sanitation because the lack of these things can cause serious illness or even death. Because water and sanitation aren’t nearly as glamorous as guns and gadgets, they’re often overlooked in a preparedness plan. I asked Selco some questions about these important issues in this interview. The truth about it is dirty, unpleasant, and something for which you absolutely must plan.


Once there was no more running water, how did you get drinking water?


Just like most other things (especially when it comes to non-preppers) it was a matter of levels and layers.


The tap water was going on and off for a few days before service went completely off, so people had a few bottles of drinking water stored. But of course, most of us thought everything going to be restored very soon so nobody had thought about storing big amounts of water.


When it comes to lack of water and being unprepared, the levels and layers that I am mentioning meant that you first looked and asked for tap water (clean) for drinking. Then collecting water from rooftops sounded like a good idea. Then drinking directly from the river was good if there was no other source. And then, finally, when there was no other source. you simply drink dirty water even when you were sure it is quite dirty.


It was a matter of low resources, desperation, and of course low skill levels.


Our main sources were rain and the river.


Can you tell us about your rainwater collection system?


It was not anything smart, especially in the beginning.


The gutter system normally took water from the roof through pipes into the underground collectors and sewers. When we concluded that the running water was not coming back, we simply sawed off a piece of gutter and pushed it inside the main gutter that led from the roof system (on the side of the house that looked inside the yard). Then we collected water inside a barrel.


We just used the water collectment system that was existing there already, and just cut it off at a lower point, before the water was “lost” and redirected the water into a barrel.


It is actually pretty amazing how much water you can collect from the roof during one summer storm. A lot.


When it comes to that system of water collecting our main problem was lack of containers, because even if there is a huge amount of water to “catch” from the rain, we did not have enough adequate containers for that.


Probably if we were prepared in a smart way for that, our water problems would have been easier.


How did you purify/filter water for drinking and cooking?


Two main ways: boiling and filtering.


Filtering of the water was very rudimentary. We did not use any real filters, and people did not know how to make anything too complicated.


The most complicated filter that I saw in those times was a slightly changed version of a “bottle ” filter with rocks and sand with added cloth inside.


We used cloths for filtering, or gauze. If water was visibly contaminated (particles) we would repeat the procedure until the water looked satisfying for us.


Boiling was a widespread method of making water drinkable, and often the quality of stoves and fuel for it were “measured” by the time needed for water to boil.


Were the rivers and streams contaminated? If so, how quickly after things went bad?


River and streams in cities were polluted (if we talk about drinking) before the war because poor care was taken of it, and it was mainly because of industry.


When SHTF that kind of pollution went down because of obvious reasons (everything stopped working) but other kinds of pollutants were there. City services did not work and many people lived next to that river (upstream too). So it was polluted with everything, including bodies from time to time.


We drink it, sometimes even without boiling and filtering. I survived it, but I was sick many times, probably because of that.


How did you keep yourself clean?


By the standards from before SHTF and standards today we were not clean most of the time, because most of the time we did not have enough water for that.


By the standard of that time (SHTF) we managed to use very small amounts of water to keep ourselves as clean as possible.


Most of the time it was something like sponge bathing with a bottle of water.


It was a joke at that time. Often people would say, “I just had shower using wet napkin only(from MRE)”


Years later I saw a similar scene in a movie, and it brought memories back.


And actually it is a great thing to have a huge stash of those ready for SHTF.


When it was safe, we used the river for that, or people sometimes simply get naked in their yard during the rain.


What did you do for a toilet?


Very close to our house, through the destroyed building, there was small piece of land, which was “hidden” from all sides. We used that as a simple “dig a hole” latrine. Later we built something like primitive field latrine.


It was a simple hole in the ground covered with wooden boards, with channels leading away.


It worked more or less, but we had the good luck of having that place with enough “ground” close to home where it was pretty safe for spending that time there.


Folks use toilet everywhere that was available. Inside toilets were mostly out of use mainly because of the lack of water.


Of course. it contrubituted greatly to the city being a very dirty place.


Did you see an increase in sanitation-related illnesses like typhus, cholera? How did you treat those illnesses?


Everybody was at least once really sick from diseases that probably were caused by lack of hygiene, bad water and bad food.


Diarrhea, vomiting, exhaustion…


A lot of people had a couple of times heavy episodes of that, because simply, the whole chain of hygiene was really bad and broken.


Either you had problems with waste disposal, or bad water, or bad food, or simply you lacked personal hygiene.


It was a constant problem.


Sanitation problems were solved in a way that people would just throw away garbage from their own houses, as far as possible, or burn it when it was possible.


Because the system was out (of taking out garbage from that point) the result was that city was suffocating in garbage.


Diseases were inevitable.


Just like any other diseases they treated depending on knowledge and resources. In essence, people would try to cover it with medicines if possible and available, and with natural remedies.


Also, the sick person would be separated from other folks if possible.


Often method (and pretty stupid in that time because other bad factors) was to just leave a sick man to clean on itself, without food or anything, just a really small amount of water.


Do you have suggestions for some ways we can prepare for water and sanitation needs?


People usually do not understand how much consideration they need to take into solving the problem of a working toilet.


It is partly because it is maybe not a cool topic to discuss, but also it is something that we have taken for granted for many years.


Forget about jokes like, “If the SHTF forget about the toilet, it will be all over the place.”


If you are living together with 4 members of your family and one day the SHTF and your toilet is not working anymore it is quite a big topic to think about because you suddenly realize how often you need to go to the toilet and problems that it can bring. (However that may sound funny now).


With improper toilet techniques you are at a high risk for diseases, and when the SHTF, any kind of disease or illness will cripple you because you might need to perform heavy tasks.


Not to mention that “a small cut can kill you” because most probably, you are going to be your own physician, pharmacist, nurse etc.


There is lots of advice about how to deal with human waste: portable camping toilets, digging a latrine, even using it as a fertilizer or using it as a fuel (drying it) etc.


Some of this advice is clearly from people who do not have a clue about urban SHTF. Others are cool, but they are like more advanced solution (still the basic problem exists), and some of them work only in a wilderness situation.


I like to start with a very basic solution that solves my number one problem: what to do if my toilet does not work in my house or my apartment in an urban area.


A very cool and simple solution (and no, I did not “invent” it, it was there for quite some time) is having plastic buckets (the size that a toilet lid can be installed on it) and many plastic (heavy duty) bags that can be “installed” inside that bucket.


You still need to get rid of those bags later, but it is doable.


That is your immediate urban survival latrine. You can add some ash inside to make it more usable.


Often people if you ask them “how will you use the toilet when SHTF.” they  talk about composting human waste, but your real problem is what do you do if SHTF and your toilet is not working, and you can not go out in woods (remember, you are in the city) or anywhere  because it is not safe.


People often mention the fact that your toilet might work even when SHTF, you are just gonna need water to flush it.


That is actually a problem and the reason why you need to look for alternate ways. Water is going to be a big problem, and it is gonna be hard to get for other even more important things not to mention toilet. (unless you are living right next to a river or similar).


Just try to figure out today how much water you “spend” daily for flushing the toilet and you’ll get the point.


And do not forget that there is a chance that your toilets might be flooded, depending of what kind of collapse it is and area where you live.


So the “bucket toilet” technique is a start. Everything else is an upgrade if you have the means, space, and solutions.


If you have close space to your home where it is possible to dig a hole and make outhouse it is a good solution. Again, it will work for some time.


We are talking now about urban survival, and no matter how wrong or funny it looks to you, the point is to get it done in the fastest and cleanest and simplest possible way, and in a way that is the easiest possible to get rid of that waste.


By that you are minimizing the risk of many diseases.


Go with simplest solutions first and then upgrade on that.


All of you can figure pretty easily how much water you spend every day for all of your needs.


Then use that number when you plan how much of water you need to acquire per day when SHTF (through rain, river, wells, your already “stashed” tanks of water etc.) and you’ll see that there is probably scary difference between liters (or gallons) that you are using today and what you are going to be able to get when SHTF.


That means few things.


First and actually most important that you need to understand differences between necessity and comfort, in a way that for example having hot tub is great thing, but you won’t die if you do not have it, while not drinking enough water will get you killed.


So using water when the SHTF gets a new dimension if you think in that way. Maybe you are not gonna be able to be clean all the time, but you’ll survive.


Another thing is that you need to have a stash of water. Often people forget it and concentrate on food only (not to mention weapons only).


It is really cheap and easy to store some amount of water in canisters or barrels and keep it fresh by “refreshing it”  on schedule.


There are calculations of how much time a man can live without water, but usually, there are no calculations of how much time a man can “operate” in hard conditions. You need to be able to run, hide, fight, be scared, be under stress, work hard. So, you need to have a stash of water immediatelly ready when SHTF.


Collecting water from your roof collection system and purifying it sounds cool maybe, but try being thirsty for a week looking at the sky while you are waiting for rain.


I use 50-liter barrels and 20-liter canisters for water stash, on the balcony and in the basement. And I have small bottles of water everywhere. Nothing smart or spectacular but it will do the job, at least until rain falls.


Pay attention to water containers, not only that they need to be usable for water, but also that you need to have them in big numbers and not only big barrels.


Big stuff is hard to move, and once you fill it (for example from the roof system) you may find out it is not possible to move it.


Also having too much “manipulation” with big containers means more chance that you are gonna pollute the water, so think about that too. For example, find a way how you are gonna fill your bottles from big containers and similar.


One more thing that comes to mind when it come to water collecting is tarps.


Tarps (nylon) are something that you absolutely need to have in order to help yourself during water collecting (collection and also for directing what you have collected).


Tarps have many uses in survival so you should have decent amount of them anyway.


It all comes to the levels and degree of SHTF that you might experience, but know that in some periods you’ll be forced to use a very low amount of water for hygiene.


A good method is using a sprinkler watering can and sponge for a bath.


Also, have other methods as a means of water-saving for hygiene for when times get really hard with water (like wet wipes, and hand sanitizers).


Ways to disinfect water to make it usable for drinking are numerous and all around the web. Sometimes the discussion about best method is so fierce that remind me of “best caliber for SHTF” discussion.


It is important to understand that some of the methods kill germs but do not make water completely safe for drinking.


I personally prefer a few ways for making water safe (or safer) to drink: bleach, iodine tincture, boiling ,homemade filters (sand, stone, charcoal…).


I did try few portable purifiers like steripen and hand pump filters during the physical survival courses) and they worked (I did not get sick). It would be interesting to test it in a long term situation, and yes, it is good to have them.


In the end, your plan all comes to the availability of water. For example, if you live close to a creek or river it changes your perspective completely in the long run.


About the Author


Selco survived the Balkan war of the 90s in a city under siege, without electricity, running water, or food distribution. In his online works, he gives an inside view of the reality of survival under the harshest conditions. He reviews what works and what doesn’t, tells you the hard lessons he learned, and shares how he prepares today. He never stopped learning about survival and preparedness since the war. Regardless what happens, chances are you will never experience extreme situations like Selco did. But you have the chance to learn from him and how he faced death for months. Real survival is not romantic or idealistic. It is brutal, hard and unfair. Let Selco take you into that world. Read more of Selco’s articles here: https://shtfschool.com/blog/ And take advantage of a deep and profound insight into his knowledge and advice by signing up for the outstanding and unrivaled online course. More details here: https://shtfschool.com/survival-boot-camp/

Sunday, December 17, 2017

Why There Is No Such Thing As ‘Safe’ Tap Water

Why There Is No Such Thing As


Despite being at the top of the global food chain and industrial developmental ladder, the United States has a poor track record for delivering uncontaminated drinking water to the public. Even the nicest restaurants are guilty of serving you directly from the tap. It’s time to get real about the ‘tap water problem,’ one of the most significant vectors of toxicity of our age…


Water is life, as the saying goes. And it’s more than just a poetic phrase. Water is so intrinsically connected to life, if you counted all the molecules in the human body, 99% of them would be water!


On average, a human life can be sustained for up to three weeks without food, but a person won’t survive more than a few days without water. Under extreme conditions, an adult can lose around one liter of water per hour, all of which needs to be readily replaced to maintain a healthy fluid balance. So, what could be more important than consuming high quality, non-contaminated water?


In the United States, most of the water we utilize comes from our domestic water tap. We cook with it, we bathe in it; we use it on our yards, and in our pools. And we rarely, if ever, consider how clean or safe it is to do so. But when it comes to drinking water, quality is not something that can be sacrificed in exchange for plentiful supply.


One of the most profound technological developments in the modern era was the implementation of mass public sanitation infrastructures and the subsequent availability of water free from feces and other biological contaminants. Indeed, this, along with improved nutrition and refrigeration technologies, was what was behind the widespread reduction in epidemic outbreaks in ‘infectitious diseases’ in the mid-tweintieth century and not the introduction of mass vaccination campaigns which came afterwards.  Drinking unclean water can cause either acute or chronic effects, depending on the nature of the contaminant, and the concentration. Dysentery, a common water-borne bacterial infection, causes acute reactions such as intestinal inflammation, and severe diarrhea. A serious condition, dysentery causes rapid dehydration, and an infection which can be fatal, if left untreated. It is still a common third-world killer today.


Yet, with the introduction of modern water sanitation technologies, another problem emerged: chronic, culminative poisoning to nonlethal doses of contaminants, such as most industrial chemicals. Fertilizer runoff, and other industrial pollutants, contaminate streams and rivers worldwide.


The Illusion of Safety / Not MY Tap!


It’s easy to think that living in the United States gives us a free pass from such concerns. But recent headlines speak to a darker reality.


You’ve heard about the ongoing battle for clean water in Flint, Michigan. But unsafe tap water is not a localized phenomenon. A recently released report found that 62 million Americans are exposed to unsafe drinking water. And often, these flag-raising issues don’t trigger safety responses until people start getting sick.


Safeguarding the health of our bodies includes ensuring that the water we drink has been properly filtered, or comes from a known-clean source such as a spring or an uncontaminated well. Only trust bottled water that comes from a reputable company.


And don’t let being in a nice restaurant in a big city lull you into a sense of complacency. From New York City to Encinitas, Portland to Boulder, veritable meccas of food quality and health consciousness are serving unfiltered tap water. You don’t have to see it to believe it.


Lead and Fluoride: Lethal Offenders


Among the most common water contaminants, none are as dangerous to our health as lead and fluoride. Studies show even low-dose lead exposure can cause brain damageand developmental problems in young people. Lead leaches into water systems through old, corroded pipes like the ones found in many turn-of-the-century cities and towns. This problem will worsen in coming years, as 20th century infrastructure continues to decay, and increased testing efforts raise awareness.


Fluoride is one of the greatest cons ever perpetrated on the American public. While some areas of the country can have high-levels of naturally occurring fluoride, the type that is added to about 90% of municipal water supplies are the silicofluorides, fluorosilicic acid (FSA) and sodium fluosilicate (NaFSA), by-products of the aluminum industry.


Done under the assertion that it helps prevent dental caries in underserved populations, this claim has been widely debunked in recent years. Authors of A Critical Review of the Physiological Effects of Ingested Fluoride, concluded that “Available evidence suggests that fluoride has a potential to cause major adverse human health problems, while having only a modest dental caries prevention effect.” These studies show that dental remineralization occurs when small amounts of fluoride are topically applied to teeth, not when ingested.


Although the medical establishment works hard to hide the dangers of fluoride, science is beginning to sound the alarm. In 2014, fluoride was added to a growing list of developmental neurotoxins, and the evidence of a link between ingested fluoride and the development of cancer is deepening.


What are some of the lesser-known but still frighteningly common contaminants being found in our drinking water? We’ve compiled five of the top reasons to find an alternative to tap water. (And no, single-step carbon filters don’t fix the problem.)


Why There Is No Such Thing As


1) Disinfectant By-products


Chemicals like chlorine, bromine, and iodine are in the class known as halogens (“salt-producing”), and are frequently used as industrial disinfectants. Water treatment facilities are dependent on them, especially chlorine, to kill harmful bacteria that is commonly present in public water systems.


Trihalomethanes, a class of chemicals that includes chloroform, are dangerous by-products of these treatment processes. Trihalomethanes have been linked to colon and rectal cancers, as well as birth defects, low birth weight and miscarriage.


Scientists suspect that trihalomethanes in drinking water may also be causing thousands of cases of bladder cancer every year. In a 2007 report, a startling 50% increase in bladder cancer risk was identified in a group of subjects who consumed water with trihalomethane concentrations higher than 21 parts per billion. The current EPA limit for total trihalomethanes in drinking water is 100 micrograms per liter, or 1 part per billion in water.


Shockingly, 600 disinfectant by-products that are known to cause harm to the human body have been identified in municipal tap water. Even more alarming is the fact that potentially harmful interactions between these chemicals are not reflected in any of the toxicology studies of individual chemicals.


While the water-treatment industry has sought alternatives to chlorination, initial efforts have not found safe alternatives. Until that time, treatment facilities will continue mixing these dangerous chemicals in the petri dish of our public water supply, until the cost to public health clearly outweighs the short-term benefits


2) Radionuclides


It’s hard to dispute that we live in an age of radioactive fallout. From the nuclear weapons tests of the last century, to the meltdowns at Three Mile Island, Chernobyl, and Fukushima, highly toxic, radioactive elements called radionuclides have found their way into the environment, and inevitably, into our food supply.


Our water is not immune from these contaminants. The disaster at Fukushimaprompted the Japanese government to authorize the dumping of 777,000 tons of water tainted with tritium, the radioactive version of hydrogen, into the Pacific Ocean. This nuclear waste makes its way into the broader atmosphere via condensation of contaminated water, and eventually into groundwater supplies.


And it doesn’t take a meltdown to release this dangerous radiation into the environment. High levels of tritium have recently been found in the groundwater around the Miami, Florida nuclear complex at Turkey Point. Believed to be the result of seepage from underground cooling canals, these leaks are even more troubling due to their positioning between two national parks known for flourishing marine habitats, and their value to the public as recreation areas.


3) Pharmaceuticals


Scientists were alerted to something “fishy” going on in the Potomac River in the late 1990’s, when fish were found with both male and female sex organs. It was soon discovered that phytoestrogens in the water, likely from synthetic birth control pills, were affecting the hormones of these aquatic “canaries in the coal mine.”


This signaled a big wake-up call regarding the presence of pharmaceutical drugs in public water supplies.


Drugs are xenobiotics, treated by the body as foreign substances that must be eliminated. This means they don’t biodegrade well, and are often found persisting in the environment as pollutants. Not unlike pesticides, a wide range of pharmaceuticals can be found in minute but still significant quantities in environmental and municipal water samples, making second-hand pharmaceutical exposure a now-pervasive problem.


It is often argued that the concentrations of drugs showing up in municipal water supplies are so low as to render them insignificant. This is a dangerous brush-off, considering that most of these drugs are formulated to be effective at low doses. Furthermore, the long-term effects of these “accidental” exposures have never been tested, especially in combination with other chemicals.


While the EPA doesn’t want to “alarm the public”, a representative admits they “are concerned”, and have allocated funds to research this issue further.


4) Fluorosilicic Acid


Fluorosilicic acid is another dangerous waste product that has found its way into our drinking water. A by-product of the phosphate fertilizer industry, fluorosilicic acid is heavily contaminated with toxins and heavy metals (including arsenic, lead and cadmium), as well as radioactive materials.


And it doesn’t get into our water supply merely by groundwater leaching; it’s actively used in water treatment as an alternative to sodium fluoride in the government’s dangerous fluoridation campaign.


Fluorosilicic acid has been shown to contain the carcinogens arsenic and lead, and its high salt content leaches lead from water pipes. Fluorosilicic acid is so dangerous, the website PolyProcessing.com explains the difficulties of ensuring safe, industrial containment: “FSA interacts negatively with metals to produce a flammable hydrogen gas, meaning a stainless steel chemical storage tank is not a viable option. It attacks glass, eats through concrete, and poses a serious storage concern.…”


Not a pharmaceutical grade substance, even the EPA admits that the use of fluorosilicic acid (in the form hydrofluorosilicic acid) constitutes a practice akin to turning the public water supply systems of the United States into “hazardous waste disposal for these products.’


In 2013, concerned researchers petitioned the EPA to mandate a switch from using these industrial chemical waste products to fluoridate drinking water, to pharmaceutical-grade fluoride. Despite an estimated 100-fold decrease in risk of cancers, the EPA rejected the switch as being “too costly.”


5) Chemical pesticides


Groundwater provides the drinking water for more than half of the U.S. population, and is the source for most springs and wells that supply many rural homes. Just like the run-off in the bottom of your potted plant, when our nation’s farms and fields get watered, all the fertilizers, herbicides, and other chemicals used to treat them pass right through the soil, eventually leaching into groundwater supplies.


Knowing which substances are passing into your glass can be helpful for both monitoring and advocating tighter controls on agricultural practices that contribute many of these chemicals to the nation’s water table. These are just a few of the offenders that you don’t want in your glass!


DDT (Dichloro-Diphenyl-Trichloroethane)


You may have heard that DDT, the insecticide made famous for its near-decimation of our nation’s bald eagle population, was banned from use in the 1970’s. So how can it still be a problem?


Thanks to a chemical phenomenon known as biopersistence, this widely-used chemical is still posing a cancer risk to Americans.


Biopersistent chemicals are resistant to break-down through metabolic processes. Once inside the body, these chemicals accumulate, often in fat cells and adipose tissue, where they can wreak long-term havoc on hormones, and overall health.


Another factor in this ongoing contamination is the fact that DDT remains legal for use in many countries. DDT molecules can travel vast distances in the atmosphere, leaving toxic soil in their wake.


DDT is acknowledged to be carcinogenic by the International Agency for Research on Cancer, as well as causing reproductive health issues and liver damage.


HCB (Hexachlorobenzene)


Originally used on cereal crops to prevent the growth of fungi, HCB is another dangerous chemical whose dark effects were brought to light in the 1970’s. Although use has been discontinued in the U.S., use worldwide has not been eliminated. HCB has been detected at measurable levels in air, water, soil, and food samples in the United States in recent years.


A by-product that is produced via numerous chemical processes, HCB ingestion is known to cause liver damage, neurological symptoms, and tainted breast milk. Large doses can be fatal.


To demonstrate HCB’s ability to biopersist, studies found that 30 years after acute exposure, breast milk of affected women still contained up to 150 times the allowable limit for consumption.


Dacthal® (DCPA, dimethyl tetrachloro terephthalate)


Dacthal is a popular herbicide used to control grasses and weeds. Unlike HBA and DDT, Dacthal is still legal for use in the United States, despite its growing fame as a dangerous ground water contaminant.


Dacthal first hit the radar as a chemical troublemaker around 1999, when the EPA launched large-scale monitoring of public water systems. Dacthal degradates were found in concentrations as high as 15% in several states, primarily where agriculture was prominent.


Dacthal bio-persists in adipose (fatty) tissue, and was found in animal studies to negatively impact multiple regions of the body, including liver, kidney, thyroid, and lungs.


A comprehensive groundwater study conducted by the Michigan Department of Community Health to gather toxicological data, determined that the herbicide Dacthal and its metabolites constituted a public health hazard.


For more information on tap water research, consult GreenMedInfo’s Tap Water Research database.


The Environmental Working Group’s Tap Water database allows you to search by state for relevant information about the safety of tap water in your area.


References


  1. http://www.un.org/apps/news/story.asp?NewsID=34150#.WaSDtj6GOUk

  2. https://www.usatoday.com/story/news/2017/08/14/63-million-americans-exposed-unsafe-drinking-water/564278001/

  3. https://www.sciencedaily.com/releases/2007/11/071120111526.htm

  4. https://www.cdc.gov/niosh/topics/lead/health.html

  5. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3956646/

  6. https://www.ncbi.nlm.nih.gov/pubmed/24719570/

  7. http://www.thelancet.com/journals/laneur/article/PIIS1474-4422(13)70278-3/abstract

  8. National Research Council (NRC) Fluoride in Drinking Water: A Scientific Review of EPA’s Standards.Washington, DC, USA: National Academies Press; 2006.

  9. NHDES. 2006. Trihalomethanes: Health Information Summary. New Hampshire Department of Environmental Services. Available: www.des.nh.gov [accessed January 2013]

  10. http://www.tandfonline.com/doi/abs/10.1080/15287390701459031

  11. https://www.atsdr.cdc.gov/toxprofiles/tp6-c1.pdf

  12. https://www.researchgate.net/publication/5865306_Occurrence_Genotoxicity_and_Carcinogenicity_of_Regulated_and_Emerging_Disinfection_By-Products_in_Drinking_Water_A_Review_and_Roadmap_for_Research

  13. https://www.japantimes.co.jp/news/2017/07/14/national/science-health/tepco-says-decision-already-made-release-radioactive-low-toxic-tritium-sea-fishermen-irate/#.WaUTuz6GOUk

  14. https://www.nytimes.com/2016/03/23/us/nuclear-plant-leak-threatens-drinking-water-wells-in-florida.html?mcubz=1

  15. http://www.webmd.com/a-to-z-guides/features/drugs-in-our-drinking-water

  16. http://blog.polyprocessing.com/blog/fsa

  17. https://www.epa.gov/sites/production/files/documents/tsca_21_petition_hfsa_2013-04-22.pdf

  18. https://www.livescience.com/38952-epa-arsenic-petition-response.html

  19. (Solley and others, 1993)

  20. https://en.wikipedia.org/wiki/Persistent,_bioaccumulative_and_toxic_substances

  21. http://www.cardnochemrisk.com/index.php?option=com_easyblog&view=entry&id=181&Itemid=2

  22. http://pmep.cce.cornell.edu/profiles/extoxnet/carbaryl-dicrotophos/ddt-ext.html

  23. http://www.who.int/water_sanitation_health/dwq/chemicals/hexachlorobenzene.pdf

  24. https://www.nrdc.org/media/2001/010522

  25. https://www.epa.gov/sites/production/files/2014-09/documents/drinking_water_health_advisory_for_dacthal_and_dacthal_degradates_tpa_and_mtp.pdf

  26. https://d3n8a8pro7vhmx.cloudfront.net/ncap/pages/26/attachments/original/1428423346/dacthal.pdf?1428423346

  27. https://www.michigan.gov/documents/DacthalDiAcidHealthConsult_71729_7.pdf

© December 17, 2017 GreenMedInfo LLC. This work is reproduced and distributed with the permission of GreenMedInfo LLC. Want to learn more from GreenMedInfo? Sign up for the newsletter here http://www.greenmedinfo.com/greenmed/newsletter.


The post Why There Is No Such Thing As ‘Safe’ Tap Water appeared first on The Sleuth Journal.

Thursday, November 2, 2017

Drugs In Our Water Supply

Drugs In Our Water Supply | water-splash | Environment Sleuth Journal Special Interests Toxins


Did you know that when you ingest or are injected with prescription drugs, your body doesn’t necessarily use everything? Excess drugs are excreted as waste material.


That’s good news for your body since pharmaceuticals can be very hard on your system, it’s not good news for the ecosystem since these residues work their way into our waterways and water processing plants.


Things you need to know about municipal water


Tap water has been unsafe for a very long time. Tap water may contain toxic chemicals, some known carcinogens, added to make it “safe” for drinking. Three of the poisons that can be found in faucet water are chlorine, fluoride, and arsenic, a Category 1 carcinogen (cancer causing agent).


The newest acknowledgment of prescription drugs in waterways is one more toxin added to an already contaminated water supply and prescription medications are not easily filtered.


The drugs are not present in large quantities but they are a contaminant. This means you may be ingesting them continuously over a period of years and we don’t yet know what the long-term effects of such intake will be.


Studies are showing that the effects are already manifesting in fish (male fish producing female egg yolk proteins) and even earthworms and zooplankton. Antibiotics, for example, are less and less effective as treatments for ailments in humans, due to excessive prescribing practices. Bacteria have the ability to adapt to the antibiotics. Antibiotics in open water give bacteria more time to mutate.


How pervasive is the problem?


In America, traces of drugs are found in nearly every source of drinking water, including:


  • Bottled drinking water – many bottlers do not test water for drugs right now and many just repackage tap water.

  • Well-water – people dig these under the mistaken belief that this is a safe way to collect the most healthful drinking water.

  • Home filtration systems – most don’t filter everything and they can get contaminated with drug residue.

  • Aquifers which are deep underground water systems – they supply us with 40% of our drinking water in the United States and are also becoming effected in rural areas.

The business of prescription & over-the-counter medications


Prescription drugs are a major business in this country. Medical professionals have a history of pushing chemicals before natural, alternative treatments. These chemicals are designed to inhibit one function or another in the body and supposedly treat the symptoms of disease instead of the ROOT CAUSE.


One medication often leads to the necessity of taking another one. Don’t take my word for it; read the possible side effects that come with your medications. Side effects, like diarrhea, constipation, bloating, itchiness, and more, may cause you to return to the doctor for another prescription drug or suggestion for over-the-counter relief. This cycle is almost self-perpetuating.


What’s being done to fix the problem?


Not everyone is in denial about the true safety of municipal water. There are those who persist in trying to help the environment. For example, Benjamin H. Grumbles, assistant administrator for water at the U.S. Environmental Protection Agency has stated that his group takes the threat seriously.


Water suppliers are searching for ways to filter the impurities from the water. New screening methods must be developed to find the different chemicals. As states become more aware of the problem; they are implementing rules and guidelines to affect change. Several states are now requiring that testing be done and the appropriate filtration practices be implemented. Testing is being done to determine which method is the most effective.


Reverse osmosis is being studied, along with carbon filtration and other means of cleaning water. It may be that a combination of techniques and pre and post filtering may get the most done.


What can you do?


First, drink purified bottled water or distilled water. If you’re not drinking purified water, start. It’s the safest and healthiest thing that you can do for your body, since water sustains your body’s life force. Your body has enough work to do and doesn’t need to be hindered.


Our bodies already have a first line of defense, our immune systems. Take care of your body and search for natural methods to replace the need for prescription medication. Remember, there are alternatives. If you do drink distilled water be sure to add a small amount of organic raw apple cider vinegar to replace the minerals lost during the distillation process.


Next, consider the water that comes into your home. I personally use and recommend a high tech, carafe purifier which filters even the smallest toxins from the water.


The post Drugs In Our Water Supply appeared first on The Sleuth Journal.

Thursday, September 28, 2017

The Plastic Inside You

The Plastic Inside You | tap-water-faucet | Environment General Health Sleuth Journal Special Interests Toxins


If you drink tap water, you’re probably drinking plastic fibers.


According to 10-month investigation conducted by journalists and scientists at Orb Media:


Microscopic plastic fibers are flowing out of taps from New York to New Delhi, according to exclusive research by Orb and a researcher at the University of Minnesota School of Public Health. From the halls of the U.S. Capitol to the shores of Lake Victoria in Uganda, women, children, men, and babies are consuming plastic with every glass of water.



The authors of “Invisibles: The Plastics Inside Us,” report that 83 percent of water samples collected across six continents contained plastic fibers. That means billions of people are drinking plastic-contaminated water.


From the report:


If plastic fibers are in your water, experts say they’re surely in your food as well—baby formula, pasta, soups, and sauces, whether from the kitchen or the grocery. Plastic fibers may leaven your pizza crust, and a forthcoming study says it’s likely in the craft beer you’ll drink to chase the pepperoni down.


It gets worse. Plastic is all but indestructible, meaning plastic waste doesn’t biodegrade; rather, it only breaks down into smaller pieces of itself, even down to particles in nanometer scale—one-one thousandth of one-one thousandth of a millimeter.


Microplastics have been shown to absorb toxic chemicals linked to cancer and other illnesses, and then release them when consumed by fish and mammals (that means you), says the report.


Read ‘Invisibles: The Plastics Inside Us’







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Saturday, August 5, 2017

EWG: Most ‘Safe’ U.S. Tap Water Contaminated, Anything But Risk-Free

Your tap water might look crystal-clear, but there are a lot more contaminants floating around in there than you realize. An analysis of 28 million water records from nearly 500,000 American water utilities collected by the Environmental Working Group (EWG) reveals most Americans’ tap water contains contaminants at levels acceptable to the government, but may actually pose health risks to the people. [1]



The government doesn’t bother to impose requirements on hundreds of contaminants. Instead, health guidelines are issued by states and the federal government, but these are mere suggestions and goals. Amazingly, the guidelines are not enforceable by law. However, there is zero tolerance for the presence of any cancer-causing contaminant.

I went to the database and put in every zip code I’ve ever lived in – you can test your water here – and each one tested positive for higher-than-acceptable levels of at least 3 carcinogens, including chloroform. Yummy. The EWG found that tens of thousands of water utilities contain levels of cancer-causing contaminants. What’s more, every single zip code the group looked at turned up some form of contamination.



A senior analyst at EWG, Sonya Lunder said:



“We’re attempting to fill a huge gap here. I have not yet found any that have zero contaminants.” [2]



EWG President Ken Cook said on the group’s website:



“Americans deserve the fullest picture possible of what’s in their tap water. But they won’t get that information from the government or, in many cases, from their utilities. The only place they’ll find that is EWG’s drinking water report.”



Cook noted that even if the contaminants in a water system fall below federal guidelines, that doesn’t mean the water is safe. This is because it has been 20 years since the U.S. Environmental Protection Agency (EPA) added a new contaminant to its list of regulated contaminants.


Since more than half of the contaminants found in U.S. tap water had no regulatory limit at all, the substances can be legally present even in high concentrations, and utilities must neither test for them nor inform residents about their presence.


Cook stated:



“Just because your tap water gets a passing grade from the government doesn’t always mean it’s safe. It’s time to stop basing environmental regulations on political or economic compromises, and instead listen to what scientists say about the long-term effects of toxic chemicals and empower Americans to protect themselves from pollutants even as they demand the protective action they deserve from government.”



Nneka Leiba, EWG’s Healthy Living Science Director, added:



“One of the challenges for us was to first, get across the message that ‘legal’ isn’t safe.


The legal limits that are set for drinking water often include political and economic compromises. They’re not purely based on health limits, so that’s part of the education process.” [3]


Example of contamination.

Findings from the Analysis


According to the EWG, contaminants detected in the country’s tap water included:


  • 93 linked to an increased risk of cancer. The presence of known or likely carcinogens exceeding established federal or state health guidelines were found in more than 4,000 water systems. The contaminants pose minimal but important health risks, but levels found in tap water are not legally enforceable.

  • 78 associated with brain and nervous system damage.

  • 64 linked to developmental problems in children or fetuses.

  • 45 tied to hormone disruption.

  • 38 that potentially cause fertility problems. [2]

Example of contamination.

Other concerning contaminants discovered by the analysis:


  • Chromium-6, a carcinogen with no federal regulations, was found in the drinking water supplies serving 250 million Americans in all 50 states. If the contaminant sounds familiar, it’s likely because it was made notorious by the film “Erin Brockovich.”

  • 1,4-Dioxane, an unregulated compound detected in tap water that supplies 8.5 million people in 27 states at levels above those the EPA considers to pose a minimal cancer risk.

  • Nitrate was detected in more than 1,800 water systems in 2015, serving 7 million people in 48 states above the level that research by the National Cancer Institute shows increases the risk of cancer – a level just half of the federal government’s legal limit for nitrate in drinking water. Nitrate is common in rural communities, where the chemical comes from animal waste and agricultural fertilizers.

If you want to know what contaminants are in your tap water, the EWG published the database online. Input your zip code and find out why everyone should have a water filtration system.


Sources:



[1] Quartz


[2] Environmental Working Group


[3] Gizmodo



Storable Food





About Mike Barrett:
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Mike is the co-founder, editor, and researcher behind Natural Society. Studying the work of top natural health activists, and writing special reports for top 10 alternative health websites, Mike has written hundreds of articles and pages on how to obtain optimum wellness through natural health.

Saturday, July 15, 2017

Environmental Nightmare! Dozens Of Highly Toxic Substances Have Been Found In Tap Water All Over America

Environmental Nightmare! Dozens Of Highly Toxic Substances Have Been Found In Tap Water All Over America | tap-water | Environment Sleuth Journal Special Interests Toxins


After reading this article, you will never look at tap water the same way again. Most Americans have generally assumed that the water coming out of our taps is perfectly safe, but the Flint water crisis and other similar incidents are starting to help people to understand that there are some very dangerous substances in our water. In particular, I am talking about things like arsenic, lead, atrazine, perchlorate and a whole host of pharmaceutical drugs. According to an absolutely stunning NRDC report, close to 77 million Americans received their water from systems “that violated federal protections” in 2015. And even if you get your water from a system that meets federal standards, that still does not mean that it is safe.


Let’s start by talking about arsenic. Earlier today I came across an article that talked about how levels of arsenic in the water at some schools in the San Joaquin Valley “exceed the maximum federal safety levels by as much as three times”



Reef-Sunset Unified School District Superintendent David East is worried about water. Not because of the drought—record rains this past winter ended five years of dry times. Rather, East, whose district encompasses the small towns of Avenal and Kettleman City on the San Joaquin Valley’s west side, is worried about the safety of the water that the 2,700 students in his school district are being given to drink.


That’s because arsenic levels in the drinking water at some schools in the San Joaquin Valley exceed the maximum federal safety levels by as much as three times. And arsenic is not the only threat to schoolchildren. High levels of pesticides, nitrate, bacteria, and naturally occurring uranium also contaminate groundwater in many rural parts of the state.



The International Agency for Research on Cancer says that arsenic is a “group 1 carcinogen”, and if you get too much of it in your system it can kill you. Sadly, the EPA has estimated that 36 million Americans are drinking tap water that contains dangerous levels of arsenic.



In addition to arsenic, a very nasty pesticide known as “atrazine” is often found in tap water supplies. The following information about atrazine comes from the NRDC



This endocrine-disrupting chemical is one of the most commonly detected pesticides in U.S. waters. NRDC studies have found its contamination is most common in drinking water across the Midwest and the southern United States.



Perchlorate is another very dangerous substance that is commonly found in our drinking water. According to the NRDC, perchlorate has been discovered in water supplies “in at least 26 states”…



This widespread toxic chemical, used in rocket fuel, explosives, and road flares, can interfere with thyroid hormone production. Perchlorate has been detected in the water in at least 26 states, yet there is no federal standard for its presence in drinking water.



Of course lead in the water has been getting a tremendous amount of attention because of what happened in Flint, Michigan. The lawsuits that will come out of this case could take decades to resolve



Flint’s water problems began in April 2014, when the city, in an attempt to save money, switched the town’s water source from Lake Huron to the Flint River. In the switch, officials failed to add a $200-per-day anti-corrosion agent that would coat the city’s antiquated pipes. The omission would prove disastrous as lead from the pipes began to leach into the water that flowed out of the tap, endangering thousands of children. Officials asserted it was “safe to drink,” above the outcry of residents who suspected the brown, odorous water was contaminated.


The first outbreak of Legionnaires’ disease — a serious type of pneumonia caused by Legionella bacteria — hit by summer. According to the water crisis interim investigation report released last week, Lyon and others knew about outbreaks for nearly a year before the public was notified and an emergency was declared. In all, a dozen people died from Legionnaires’ disease, though residents suspect there may be other victims who were never tested for the bacteria.



But Flint is far from alone. In fact, this week there have been headlines about serious problems with lead in the water in Chicago.


Wherever there are old pipes, lead in the water is potentially a massive problem.


On top of everything else, our water systems are becoming increasingly polluted by pharmaceutical drugs. An EPA study actually found traces of more than two dozen pharmaceutical drugs in more than half of the water systems that were tested around the country…



Conducted by the Environmental Protection Agency, it is the largest study of water coming out of wastewater treatment plants.


It looked at samples from 50 large-size wastewater treatment plants nationwide and tested for 56 drugs including oxycodone, high-blood pressure medications, and over-the-counter drugs like Tylenol and ibuprofen. More than half the samples tested positive for at least 25 of the drugs monitored, the study said. High blood pressure medications appeared in the highest concentrations and most frequently.


“We were surprised to find that many drugs occurring across all the wastewater plants,” said Mitchell Kostich, the EPA research biologist who led the study. “We were also surprised to see so many drugs of a particular class—the high blood pressure medications—appear at those levels across the board.”



So those that drink tap water coming from these polluted systems are actually ingesting small amounts of dozens of different pharmaceutical drugs every single day.


No wonder so many of us are walking around like zombies.


So how did all of these drugs get into the water? The following comes from WebMD



According to the investigation, the drugs get into the drinking water supply through several routes: some people flush unneeded medication down toilets; other medicine gets into the water supply after people take medication, absorb some, and pass the rest out in urine or feces. Some pharmaceuticals remain even after wastewater treatments and cleansing by water treatment plants, the investigation showed.



Are you starting to understand what an environmental nightmare we are facing?


But in addition to everything that you just read, many water systems around the country actually add toxic substances to the water purposely.


Of course the most prominent example of this is fluoride. We are told that fluoride “reduces cavities” even though this has never been scientifically proven. But what we do know is that fluoride is a highly dangerous neurotoxin that can have a very serious impact on early childhood development



Scientific investigations have revealed that fluoride is an endocrine-disrupting chemical,1 and a developmental neurotoxin that impacts short-term and working memory, and lowers IQ in children.2 It has been implicated as a contributing factor in the rising rates of both attention-deficit hyperactive disorder (ADHD)3,4 and thyroid disease.



And we also know that fluoride can cause a condition known as “fluorosis”, and the introduction of fluoride into our water systems has coincided with a dramatic rise in fluorosis all over the nation. In fact, more than half the children in the entire country have now been affected…



According to research presented at the April 2017 National Oral Health Conference in Albuquerque, New Mexico, 57 percent of youth between the ages of 6 and 19 years have dental fluorosis, a condition in which your tooth enamel becomes progressively discolored and mottled, according to data from 2011 to 2012.1



In addition, studies have shown that fluoride can also contribute to “cancerheart diseasediabetesobesity and neurodegenerative disease.”


Because of such overwhelming scientific evidence, fluoride in the water has already been completely banned in many industrialized countries, and if I end up in Washington I will push for a complete national ban on fluoride in the water in the United States.


All of us should be able to agree that we need to do whatever we can to keep the water that we are drinking clean and safe.


But until we can get this done, I would encourage everyone to either filter their drinking water or to get it from a source that they know is pure.


By drinking such polluted water, we are literally poisoning ourselves and our children, and we have no choice but to get this problem fixed.

Saturday, May 13, 2017

5 Unsettling Things In Your Drinking Water

5 Unsettling Things In Your Drinking Water | cloudy-water-background-images-blueglass1 | Environment General Health Special Interests Toxins


The public water supply doesn’t just provide us with the water we drink. We use this water to take a shower, to water our plants, and to wash our pets. Water is essential, but the majority of our water supply is full of nasty compounds that are slowly destroying our health, whether we realize it or not. Without the proper filtration system in place, you are being exposed to a large supply of chemical toxins, including pesticides, pharmaceutical medications, and even animal excrement.


5 Nasty Things in Your Water


This post is not just meant to gross you out, it’s meant to inspire positive action in your own home. By reading the following facts about the water you’re drinking and showering in, you’ll be shocked and hopefully lulled into switching to a cleaner source of water. Here are some of the facts you need to know about the water you are exposed to every day.


1. Pesticides Are Invading Our Water



Pesticide and fertilizer runoff is a serious concern in many states, especially recently for the Midwestern states. [1]Pesticides infiltrate every aspect of our life already; our food, clothes, and indoor environments are sprayed with the chemicals. Even if you are consuming an organic diet, not having the proper precautions in place for your drinking water can still, unfortunately, expose you to the toxins you are attempting to avoid.


2. Medications Find Their Way into Drinking Water


Studies have been consistently showing that our water supply is being contaminated with pharmaceutical medications. [2] Antibiotics and antidepressants are commonly found in trace amounts in drinking water these days, possibly contributing to a host of issues. Having antibiotics in your system for a prolonged period, for example, can increase the risk of becoming resistant to antibiotics, potentially compromising your future health in the rare case of illness. Antidepressants, when consumed through the drinking water in small amounts over a long period of time, may also have unseen interactions with proper brain chemistry.


3. Phthalate Water, Anyone?


Phthalates are common chemicals found in plastics, typically used to improve flexibility. They are easily released into the environment, and some research suggests they may be carcinogenic. [3] Other research is showing that phthalates may negatively affect thyroid health which, in turn, affects hormones, weight, and mood. [4]


4. Animal Poop is Hiding in Your Water


You probably don’t want to hear this, but it’s best to know now: animal poop may be lurking somewhere in your water. Of course, it’s just trace amounts; however, isn’t any amount considered unacceptable? A recent study reported that pig excrement and bacteria were found in North Carolina drinking water, so if you live near here, you probably want to contact your local officials to get more information about the water you and your family are drinking. [5]


5. Arsenic Pollutes California Water


A new report shows that California’s public drinking water violated safety requirements more than 1,000 times for the fiscal year of 2012-2013, citing high levels of nitrates and arsenic. [6] Arsenic can cause skin issues and increase cancer risk, so any level of this contaminant in drinking water is totally unacceptable.


Actions You Can Take


Investing in a high-quality water filter is the best way to keep your water clean and free of contaminants. Distilled water is also a great water source that has been purified and can be a great addition if you haven’t yet transitioned to an at-home water filter. Even filtering the water you bathe in can be helpful for decreasing the chemicals you are exposed to on a daily basis. Be sure to continue eating a healthy diet that is rich in antioxidants because these compounds will help protect your body from toxins already present in your environment.


References:


  1. Maya Rao. A closely watched fight brewing over nitrates in Iowa water. StarTribune.

  2. Ben Sutherly. Unused meds go down the drain, worrying environmentalists. The Columbus Dispatch.

  3. Lopez-Carrillo L, Hernandez-Ramirez RU, Calafat AM, et al. Exposure to phthalates and breast cancer risk in northern Mexico. Environ Health Perspect. 2010 Apr;118(4):539-44. doi: 10.1289/ehp.0901091.

  4. Li, N, D Wang, Y Zhou, M Ma, J li and Z Wang. Phthalates in drinking water affect thyroid hormone, finds lab study. Environmental Science and Technology. doi: 10.1021/es101254c.

  5. Brian Bienkowski. Pig poop fouling North Carolina streams; state permitting questioned. Environmental Health News.

  6. Sharon Bernstein. Arsenic, nitrates among pollutants in California drinking water: report. Reuters.