The 'Purity' of Tap Water

Fresh water—what exactly is it? Visually, it's stunning and captivating, one of the Earth's most beautiful features, provided it's clean. But what if what seems clean is merely an illusion? What if it's been chemically altered, turning 'H2O' into nothing more than a chemical concoction we consume daily, hoping it will hydrate and heal us?

While researching Australian sites and documents for this article, the most intriguing discovery was that much of the research has been removed or leads to a 'Page Not Found'. This says a lot about our government and health authorities, wouldn't you agree?

Although this article has global implications, its main aim is to inform Australian consumers about what they are drinking. Ultimately, it's your choice whether to consume it after learning the facts. The facts emerged unexpectedly during research on a different topic, but they deserve their own discussion.

Tap water brings a new perspective to the concept of self-medicating.

We frequently encounter myths about secret fountains of pure spring water. However, if you haven't heard about the analyses of so-called spring water, you're overlooking reality. Some assert it's cleaner than tap water. Companies like Nestle carry out internal 'research' to convince consumers of this notion. Google often prioritizes such research in search results. Yet, if you delve deeper, you'll discover the true facts. Independent studies on the contents of bottled (supposed spring) water reveal the following (remember, water is essentially H2O with minerals):

• Caffeine

• Arsenic

• Radioactive isotopes

• Fertiliser

• Solvents

• Propellants

• Plastics

• Lead

• Mercury

So, the average reader will say, "Oh, well, just trace amounts in the water. That's natural, in small amounts."

It's NOT.

A century ago, this would have been considered abnormal. Each of the aforementioned items has accumulative properties, which means they accrue & compound over time. They also come with side effects, such as liver damage, cancer, and fertility issues. This is only the beginning, and it is a global phenomenon.

Ah, tap water—let's examine it, shall we? Tap water is the 'free' water available in most developed countries and many developing ones. Many people think this water originates from a magical fresh spring and reaches our taps through some ingenious network. In reality, much of it is collected from run-off and stored in large catchment areas, awaiting cleaning (i.e., treatment). This run-off is sourced from nearby areas (such as sprayed farmlands) and rivers (which receive input from factories and various run-off sources in the surrounding regions).

Prior to the industrial revolution and advent of big pharma & big ag, pipelines delivered water from springs and clean sources, during a time when large-scale agriculture and factories did not contaminate our drinking water with waste. However, we continue to drink from the same sources today, though now with numerous added bonuses. Water, much like fossil fuels, requires a long time to become pristine. Unfortunately, similar to fossil fuels, today's tap water is toxic.

When 'Treatment' is More Manipulation Than Therapeutic

What are the stages of water treatment? A chemistry student would find this fascinating. However, it's important to remember that the final product is intended for consumption. This is your drinking water if you decide to get it from a tap. (Thanks to Hunter Water for the facts):

Coagulation/Flocculation: Liquid aluminium sulfate (alum) and/or polymer is introduced to untreated (raw) water. This addition causes the small dirt particles in the water to clump together, making them easier to remove through settling or filtration.

Sedimentation: As the water and particles continue through the treatment process, they enter sedimentation basins where the water flows slowly, allowing the heavy particles to settle at the bottom (forming sludge), which is then piped to drying lagoons. This step is optional and is not implemented at every water treatment facility.

Filtration: Water passes through a filter composed of layers of sand and gravel, and sometimes crushed anthracite (carbon).

Disinfection: Water is treated with chlorine before entering the distribution system to eliminate any harmful bacteria, viruses, and parasites.

Fluoridation: Fluoride is introduced at this stage.

Disregard the fact that at this point, three listed toxins have already been used to purify the water. The list of side effects from exposure and accumulation leads not only to cognitive decline but also a wide range of acute, chronic, and even fatal health issues—the summary alone could fill a book (references below). Ignore that both health experts and the government often dismiss natural health experts' attempts to advise on pH balance. Yet, it's significant enough to adjust in water? Why? The addition of hydrochloric acid to water might be a factor. Depending on the region, the level of pH adjustment varies, causing a significant difference in pH.

At this stage, we might be excused for believing the narrative that this is all that happens to water. But it isn't. Somewhere in the process, there is the addition of (thanks to Toxic Tap Brisbane):

1. Aluminium chlorohydrates AlCl(OH)5 2005 Coagulation

2. Aluminium sulfate (alum) Al2(SO4)3 1983 Coagulation

3. Ammonia NH3 aq 1983 Generation of chloramines for disinfection

4. Ammonium sulfate (NH4)2SO4 1983 Generation of chloramines for disinfection

5. Calcium hydroxide (hydrated lime) Ca(OH)2 1983 pH correction, Softening,Corrosion control

6. Calcium hypochlorite Ca(OCl)2 1983 Disinfection/oxidation

7. Calcium oxide (quick lime) CaO 1983 Coagulation aidpH correction,Softening,Corrosion control,

8. Carbon, powdered activated/granulated activated (PAC/GAC)C 1983 Adsorption

9. Chlorine Cl2 1983 Disinfection/oxidation

10. Chlorine dioxide ClO2 2005 Disinfection/oxidation

11. Copper sulfate CuSO4 1983 Algicide

12. Ferric chloride FeCl3 1983 Coagulation

13. Ferric sulfates Fe2(SO4)3 1983 Coagulation

14. Hydrochloric acid HCl 2005 pH correction

15. Hydrofluorosilicic acid(fluorosilicic acid) H2SiF6 1983 Fluoridation

16. Hydrogen peroxide H2O2 1983 Disinfection,Oxidation

17. Hydroxylated ferric sulfate 2005 Coagulation

18. Ozone O3 2005 Disinfection/oxidation

19. Polyacrylamides (C3H5NO)n 1977 Coagulation aid,Flocculation aid,Filter aid

20. Polyaluminium chlorides Aln(OH)mCL(3n-m) 1979 Coagulation

21. Poly aluminium silica sulfates Na12(AlO2),(SiO2)12.xH2O,2005 Coagulation

22. Polydiallyldimethylammonium,chlorides (polyDADMACs) 1982 Coagulation and coagulation aid

23. Potassium permanganate KMnO4 1983 Disinfection/oxidation

24. Sodium aluminates NaAlO2 1983 Coagulation

25. Sodium bicarbonate NaHCO3 1938 pH correction,Softening,Corrosion control

26. Sodium carbonate (soda ash) Na2CO3 1983 pH correction,Softening,Corrosion control

27. Sodium fluoride NaF 1983 Fluoridation

28. Sodium fluorosilicate Na2SiF6 1983 Fluoridation

29. Sodium hexametaphosphate (NaPO3)x 1983 Corrosion control

30. Sodium hydroxide (caustic soda) NaOH 1983 pH correction,Softening,Corrosion control

31. Sodium hypochlorite NaClO 1983 Disinfection/oxidation

32. Sodium silicate Na2SiO3 1983 Coagulation aid,Flocculation aid,pH correction,Corrosion control

33. Sodium tripolyphosphate Na5P3O10 2005 Corrosion control,Softening

34. Sulfuric acid H2SO4 1983 pH correction

35. Zinc orthophosphate Zn3(PO4)2 1987 Corrosion control

In nature, pure water undergoes multiple stages of filtration, cleaning, remineralization, and even energization, through processes like gravity and the leaching of various naturally occurring substances. This isn't intended to be a science lesson, but even a primary school student can recognize the difference. While these processes do occur in nature, they are vastly different from human-made methods.

Can they be improved upon?There are numerous water purification machines and options available. Many of these are financially inaccessible for the average household. Interestingly, if governments were to fund genuine water purification equipment for each household, the savings would become apparent in a short time. Our soils, gardens, bathrooms & health would see significant improvements, similar to those in areas where people have the privilege of bathing in & consuming clean water.

What medications and pharmaceutical toxins are you consuming without a prescription? Through independent research, we discover medications and personal care ingredients found in tap water (not a complete list):

• Acetominophen (tylenol/paracetamol)

• Glyphosate

• Asbestos

• Codeine

• Dimethicone

• Herbicides (dozens of forms)

• Urethanes

• Toluene

• Uranium

• Vinyl

• Benzene

• Carbolic acid

• Cyanide

• DDT (banned but still leeching)

• Chloroform

• Styrene

• Industrial solvents

• Urea

• Phthalates

• Cadmium

• Chloral hydrate (hypnotic)

• Phenols

• Diazepam

• Chemotherapy drugs

• Zantac

• Oestrogen (synthetic)

• Naproxen

• Nicotine

• Ibuprofen

• Antibiotics - full spectrum cocktail

• Aspirin

• Bromine (extremely toxic when combined with aluminium)

• Anticonvulsants such as Dilantin

• Carbolic acid

• Organophosphates - dozens of forms

• Formaldehyde (11mg average consumption daily thanks for food and water containing this embalming chemical; our govt does not see it as important to even try to remove it)

• Mood stabilisers

• Sex hormones

• Statin drugs

• Radio Isotopes

• Radio nuclides

• Radium 226/8

• Radon 222 ('significant' in rural areas but yet to be dealt with)

• Arsenic

• Malathion (banned but still leeching)

• Cadmium

• Naphthalene

• Nitrates/nitrites

• Hydrocarbons/fluorcarbons

• Lead

• Mercury

• Human faeces (treated sewage)

• Pesticides including dieldrin also once deemed safe (old products and run-off) - dozens of forms

• Ametryn (passed off as safe, 'like glyphosate') - just one of the Ag chemicals now found to be toxic and being sold off to 3rd world nations as 'safe'

• Amitraz (linked to aggression in animals and humans)

Congratulations to those responsible for providing us with a relatively clear outcome. This combination is remarkable. What is the solution? We are now governed by methods that were effective in the past. Catchment areas that were once untouched and supported a much smaller population. Today, particularly in tropical regions during the wet season, trillions of megalitres are discharged from rivers into the sea (damaged by mining waste - as pure water catchments are obstructed at every turn), floating on salt water and evaporating when conditions are right.

This water should and must be conserved and contained. Every household and community dwelling should be legally required to have a water catchment system. Every business. Every company. Unfortunately, due to the systematic contamination of our air, water, and soil, every building should have a safe filter. Not a chemical one.

To distill regular tap water, simply use a water distiller. My initial distiller was bought for both preparing medicine and household use. Water straight from the tap became crystal clear when held up to the light. This 4-litre distiller was operated twice daily, every day of the week. Although it was expensive, it proved to be very effective. The first time I used it, I was shocked by the amount of sediment left in the pot after distillation. I cleaned it out every evening and frequently used descaler to maintain it. The sediment ranged from off-white, likely due to the high lime content in our local water, to a dark brown resembling burnt pan scrapings. It smelled bad, reminiscent of a chemistry lab during experiments. This was concerning because it was drinking water. After using the distiller for a day, I examined the sediment. From just 8 litres of water, I collected 30ml of dirty, foul-smelling sediment. This is what we consume. If each person drinks 2 to 3 litres of water daily for health, that equates to at least 7ml of toxic substances ingested each day. It may not seem like much, but consider the quantities involved in a drug overdose or a shot—mere milligrams or even micrograms.

We must also take into account that birds, bees, livestock, and other animals consume plain tap water, regardless of any filtration. Tap water is used by food, beverage, and even medication manufacturers in their liquid products. We have become uncertain about the quality of what we are drinking. The best approach is to invest in a high-quality water filter, not just a simple jug but at least a 7-stage filter. Other alternatives include distillers and reverse osmosis machines. While there are some excellent machines available, they are often too expensive for most households. Traditional water conditioners are beneficial for homes, and even better if you can afford a whole-house filter.

We are consuming and using this attractive poison for washing, and our government and medical authorities find it acceptable. If you, a loved one, or your pets are ill without a known 'cause,' it might be worth examining your water. Please consider doing so regardless.

Assessment of Australian water. (Acceptable levels of compounds and chemicals not removed by the stages above.)

References:

Bottled water analysis:38 companies

Hydrochloric acid toxicity

Hydrofluorosilicic acid toxicity

Formaldehyde toxicity

Pharmaceutical drugs in drinking water

Toxic Tap Brisbane

Ammonia toxicity

Most common dangers of bromine

Toxicity of chlorine

Shocking analysis of aluminium sulphate

Toxicity and known side effects of fluoride

Toxicity of copper sulphate

#waterpurity #poisonouswater #waterclarity #healthywater #toxicwater #glyphosate #chemicalsinwatersupply #chemicalsinwater