Fluoride: Industry's Toxic Coup

Octoldit

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Sep 8, 2008
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For nearly 50 years, the US government and media have been telling the public that fluoride compounds (generally referred to simply as "fluoride") are safe and beneficial chemicals that reduce cavities - especially in children.

Manufacturers add it to toothpaste, municipalities put it in the public's drinking water. But fluoride has another side that the government never mentions. It is a toxic industrial pollutant.

For decades, US industry has rained heavy doses of waste fluoride on people. By the Environmental Protection Agency's (EPA) last estimate, at least 155,000 tons a year are released into the air by US industrial plants. Emissions into lakes, rivers and oceans have been estimated to be as high as 500,000 tons a year.

While people living near or working in heavy fluoride-emitting industrial plants receive the highest doses, the general population has not been spared. Because fluoride compounds are not biodegradable, they gradually accumulate in the environment, in the food chain, and in people's bones and teeth.

If this general increase in fluoride dose were proved harmful to humans, the impact on industry would be major. The nation's air is contaminated by fluoride emissions from the production of iron, steel, aluminium, copper, lead and zinc; phosphates (essential for the manufacture of all agricultural fertilizers); plastics; gasoline; brick, cement, glass, ceramics, and the multitudinous other products made from clay; coal-burning electrical power-plants; and uranium processing.

As for water, the leading industrial fluoride polluters are the producers and processors of glass, pesticides and fertilizers, steel and aluminium, chemicals and metals - copper and brass, titanium, superalloys, and refractory metals for military use.

Industry and government have long had a powerful motive for claiming that fluoride is safe. But maintaining this position has not been easy since fluoride is one of the most toxic substances known. "Airborne fluorides," reports the US Department of Agriculture, "have caused more worldwide damage to domestic animals than any other air pollutant." Evidence that industrial fluoride has been killing and crippling human beings has existed at least since the 1930s.

Primal Poison

Of the highly toxic elements that are naturally present throughout the earth's crust - such as arsenic, mercury and lead - fluoride is by far the most abundant. Normally, only minute amounts of these elements are found on the earth's surface, but industry mines vast tonnages - none in greater quantity than fluorine, which is most often found in the form of calcium fluoride.

As early as 1850, fluoride emissions from the iron and copper industries poisoned crops, livestock, and people. By the turn of the century, lawsuits and burdensome regulations threatened the existence of these industries in Germany and England.

In 1933, when the world's first major air pollution disaster struck Belgium's Meuse Valley. Several thousand people became violently ill and 60 died. Kaj Roholm, the world's leading authority on fluoride hazards, placed the blame on fluoride.

It was abundantly clear to both industry and government that US industrial expansion would necessitate releasing millions of tons of waste fluoride into the environment. It was equally clear that US industrial expansion would be accompanied by complaints and lawsuits over fluoride damage on an unprecedented scale.

Liability into Asset

During the industrial explosion of the 1920s, the US Public Health Service (PHS) was under the jurisdiction of Treasury Secretary Andrew W. Mellon, a founder and major stockholder of the Aluminium Company of America (Alcoa). In 1931, a PHS dentist named H. Trendley Dean was dispatched to remote towns in the West where drinking water wells contained high concentrations of natural fluoride. His mission: to determine how much fluoride people could tolerate without sustaining obvious damage to their teeth. Dean found that teeth in these high-fluoride towns were often discoloured and eroded, but he also reported that they appeared to have fewer cavities than average.

The University of Cincinnati's Kettering Laboratory, funded largely by top fluoride-emitters such as Alcoa, quickly dominated fluoride safety research. A book by Kettering scientist (and Reynolds Metals consultant) E J Largent, was admittedly written in part to "aid industry in lawsuits arising from fluoride damage." Nonetheless, the book became a basic international reference work.

In 1939, ALCOA-funded scientist Gerald J. Cox was one of the first to note that "... the present trend toward complete removal of fluoride from water and food may need some reversal." Cox also proposed that this "apparently worthless by-product" might reduce cavities in children. Cox fluoridated lab rats, concluded that fluoride reduced cavities and declared flatly: "The case should be regarded as proved."

In 1939, the first public proposal that the US should fluoridate its water supplies was made, not by a doctor, or dentist, but by Cox, an industry scientist working for a company threatened by fluoride damage claims.

Undoubtedly, most proponents were sincere in their belief that the procedure was safe and beneficial. Nonetheless, their unquestioning endorsement of fluoridation made possible a master public relations stroke. If the leaders of dentistry, medicine, and public health supported pouring fluoride into the public's drinking water - proclaiming to the nation that there was a "wide margin of safety" - how were they going to turn around later and say industry's fluoride pollution was dangerous?

If fluoride could be introduced as a health-enhancing substance that should be added to the environment for the children's sake, those opposing it would look like quacks and lunatics.

ALCOA Foils Accountability

The name of the company with the biggest stake in fluoride's safety was ALCOA - whose name is stamped all over the early history of water fluoridation.

By 1938, the aluminium industry (which then consisted solely of ALCOA) was placed on a wartime schedule. During World War II, industry's fluoride pollution increased sharply because of stepped-up production of ALCOA aluminium for fighters and bombers. And fluoride was the aluminium industry's most devastating pollutant.

Following the war, hundreds of fluoride damage suits were filed around the country against producers of aluminium, iron and steel, phosphates, chemicals, and other major polluters.

Most of the lawsuits, particularly those claiming damage to human health, were settled out of court, thus avoiding legal precedents. In a rare exception, a federal court found in Paul M. and Verla Martin v. Reynolds Metals (1955) that an Oregon couple had sustained "serious injury to their livers, kidneys and digestive functions" from eating "farm produce contaminated by [fluoride] fumes" from a nearby Reynolds aluminium plant.

ALCOA and six other metals and chemical companies joined with Reynolds as "friends of the court" to get the decision reversed. Finally, in a time-honoured corporate solution, Reynolds mooted the case by buying the Martins' ranch for a hefty price.

"Friends" of Children

The post-war casualties of industrial fluoride pollution were many - from forests to livestock to farmers to smog-stricken urban residents - but national attention had been diverted by fluoride's heavily publicized new image. In 1945, shortly before the war's end, water fluoridation abruptly emerged with the full force of the federal government behind it.

In that year, two Michigan cities were selected for an official "15-year" comparison study to determine if fluoride could safely reduce cavities in children, and fluoride was pumped into the drinking water of Grand Rapids.

In 1946, despite the fact that the official 15-year experiment in Michigan had barely begun, six more US cities were allowed to fluoridate their water.

In 1947, Oscar R. Ewing, a long-time ALCOA lawyer, was appointed head of the Federal Security Agency, a position that placed him in charge of the Public Health Service. Under Ewing, a national water fluoridation campaign rapidly materialized, spearheaded by the PHS. Over the next three years, 87 additional cities were fluoridated. The two-city Michigan experiment (the only scientifically objective test of fluoridation's safety and benefits) was abandoned before it was half over.

The Father of All Spin Doctors

The government's official reason for this unscientific haste was "popular demand." This enthusiasm was not really surprising, considering Oscar Ewing's public relations strategist for the water fluoridation campaign was none other than Sigmund Freud's nephew Edward L. Bernays.

Bernays, also known as the "father of public relations," pioneered the application of his uncle's theories to advertising and government propaganda. The government's fluoridation campaign was one of his most enduring successes.

In his 1928 book, Propaganda, Bernays expounded on "the mechanism" that controls the public mind. "Those who manipulate this unseen mechanism of society," Bernays wrote, "constitute an invisible government which is the true ruling power of our country.... our minds are moulded, our tastes formed, our ideas suggested, largely by men we have never been heard of...."

Almost overnight, under Bernays' mass mind-moulding, the popular image of fluoride - which at the time was being widely sold as rat and bug poison - became that of a beneficial provider of gleaming smiles, absolutely safe, and good for children,

The prospect of the government mass-medicating the water supplies with a well-known rat poison to prevent a non-lethal disease flipped the switches of sceptics across the country. But, under Bernays' spell, fluoride's opponents were permanently engraved on the public mind as crackpots and right-wing loonies.

Link: Fluoride - Industry's Toxic Coup.
 
Even when i was a little kid it was obvious to me that preventing cavities should not be accomplished by drugging yourself with chemicals.

That is about as smart as eating blue paint so you can have blue eyes.

Too bad the rest of the population is not bright enough to understand this.
 
I read about the cons of fluoride quite a while ago so when the kids were little and the docs prescribed fluoride pills for them, I just nodded my head said 'oh yes, I give them to them' . . . and chucked 'em or never had the rx filled. Our water is not fluoridated either. Brush and floss and if you get a cavity, get it filled.
 
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Even when i was a little kid it was obvious to me that preventing cavities should not be accomplished by drugging yourself with chemicals.

That is about as smart as eating blue paint so you can have blue eyes.

Too bad the rest of the population is not bright enough to understand this.

I can't even drink the water in my home anymore. I swore I would not buy bottled water. More plastic, more money, bullshit!!! But now I taste/smell chlorine!!!! WTF!!!
 
Same here, Sealy. We did the Pur water filters, the kind you screw onto your faucet, for years and got so sick and tired of replacing the things cause they are made of cheap plastic and always broke. Last summer we bought an under the sink filter, Culligan brand. The filter lasts 6 months and the cost ($40 per filter) is about what we paid for the Pur filters that we replaced every two months. It also has it's own little faucet next to the big one on the sink. No complaints so far, the water is tasteless.
 
Even when i was a little kid it was obvious to me that preventing cavities should not be accomplished by drugging yourself with chemicals.

That is about as smart as eating blue paint so you can have blue eyes.

Too bad the rest of the population is not bright enough to understand this.

I can't even drink the water in my home anymore. I swore I would not buy bottled water. More plastic, more money, bullshit!!! But now I taste/smell chlorine!!!! WTF!!!

You gotta install a Reverse Osmosis system.

This is the best one:

Drinking Water Systems, Drinking Water | Kinetico Home Water Systems

it's about $1,300. but you can get a Watts system from Amazon for $200 and it will also do the job - just not as high-end.

Reverse Osmosis water is actually higher quality than bottled water and is really cheap.

http://en.wikipedia.org/wiki/Reverse_osmosis

Reverse Osmosis differs from Filtration because the garbage doesn't actually get stuck in the filter - it gets washed away into the sewer on one side of the membrane at the same time as clean water is produced on the other side. Because the crap doesn't get built up in the system it can work for years before the membrane needs replacement.

you can youtube for "reverse osmosis" to understand how it works.
 
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One Reverse Osmosis membrane can last YEARS and it's only about 100 bucks.
It's all dependent on the source water. For example, chlorine destroys TFC membranes rather quickly. To prevent this, activated carbon pre-filtering is recommended. R.O. systems also work alot better and last alot longer if the water is softened first via ion exchange.

It's all about TDS (Total dissolved solids) in the source water. If you already have fairly low TDS, an R.O. system TFC membrane WILL indeed last years. Most municipalities have for public release, their water report which will show you the average TDS, and also what compounds are dissolved in the water which comprise the TDS.

This is what I do, since I helped design these back in the 80s:
9352_1_230.jpeg

These use a patented four-step process which does include Reverse Osmosis. As does your typical bottled water.

I fill up two 5-gallon bottles about twice a month. Total cost? 6 bucks. There is no way purchasing an R.O. system, even if I built it myself, is cost effective if you have a Watermill Express around. There's only about 1,200 of them in the country right now however.

Keep in mind also, the amount of waste involved in the R.O. process. The ratio of permeate (the product water) vs. the concentrate (all the dissolved solids concentrated into the waste water, aka reject flow) is seldom better than 1:1. Which means, for every gallon of low TDS "good" water you make using R.O., one gallon of "reject" water, concentrate, goes into the sewer. That glass of R.O. water you just had? It's actually two glasses but you only get to drink one of them!

The first thing everyone should do is call or write his/her municipal water department and get the report. It's quite educational.

Oh and as to the OP, this fluoride scare really is one of the oldest and most idiotic conspiracy theories around. Fluoride occurs naturally in almost ALL groundwater and in the oceans, and in fact the concentrations of fluoride in these are typically 10 times what you'll find in municipal water supplies.
 
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Same here, Sealy. We did the Pur water filters, the kind you screw onto your faucet, for years and got so sick and tired of replacing the things cause they are made of cheap plastic and always broke. Last summer we bought an under the sink filter, Culligan brand. The filter lasts 6 months and the cost ($40 per filter) is about what we paid for the Pur filters that we replaced every two months. It also has it's own little faucet next to the big one on the sink. No complaints so far, the water is tasteless.

My parents have this big water container that they pour water in and it goes thru the filter slowly and cleans it up. I might get one of those.
 
I just looked at wikipedia for a quick over view, and i read that there are many different forms of fluorides and the most toxic ones were organic compounds. I'm not doubting that fluorides are awful for us, but can we refine this to the ones specifically used for water. What their effects are, toxicity levels,... etc.

People were talking about in home water treatment, and I'm a huge fan of this. I'm an intern at a utility board and i've been researching decentralized wastewater treatment plans. There are home aeration units that if properly maintained and attended to can clean your wastewater well enough to drink, and only use the electricty comparable to a fridge. Personally I'm installing a constructed wetland because I'm half hippie, and theres less daily maintenace. The HAU's are also about the size of a septic tank and can easily be buried in your back yard.
 
I just looked at wikipedia for a quick over view, and i read that there are many different forms of fluorides and the most toxic ones were organic compounds. I'm not doubting that fluorides are awful for us, but can we refine this to the ones specifically used for water. What their effects are, toxicity levels,... etc.

People were talking about in home water treatment, and I'm a huge fan of this. I'm an intern at a utility board and i've been researching decentralized wastewater treatment plans. There are home aeration units that if properly maintained and attended to can clean your wastewater well enough to drink, and only use the electricty comparable to a fridge. Personally I'm installing a constructed wetland because I'm half hippie, and theres less daily maintenace. The HAU's are also about the size of a septic tank and can easily be buried in your back yard.
Back in the late thirties, before municipal water treatment really came into its heyday, fluoride in water was much higher concentration than it is today. In fact, the reason it has to be added now is because the water treatment process removes it almost totally.

It's naturally occurring and always has been, it is we who remove it from municipal drinking water. Those folks on well water? They're getting alot more fluoride than the folks on "city" water. And always have.
 
One Reverse Osmosis membrane can last YEARS and it's only about 100 bucks.
It's all dependent on the source water. For example, chlorine destroys TFC membranes rather quickly. To prevent this, activated carbon pre-filtering is recommended. R.O. systems also work alot better and last alot longer if the water is softened first via ion exchange.

It's all about TDS (Total dissolved solids) in the source water. If you already have fairly low TDS, an R.O. system TFC membrane WILL indeed last years. Most municipalities have for public release, their water report which will show you the average TDS, and also what compounds are dissolved in the water which comprise the TDS.

This is what I do, since I helped design these back in the 80s:
9352_1_230.jpeg

These use a patented four-step process which does include Reverse Osmosis. As does your typical bottled water.

I fill up two 5-gallon bottles about twice a month. Total cost? 6 bucks. There is no way purchasing an R.O. system, even if I built it myself, is cost effective if you have a Watermill Express around. There's only about 1,200 of them in the country right now however.

Keep in mind also, the amount of waste involved in the R.O. process. The ratio of permeate (the product water) vs. the concentrate (all the dissolved solids concentrated into the waste water, aka reject flow) is seldom better than 1:1. Which means, for every gallon of low TDS "good" water you make using R.O., one gallon of "reject" water, concentrate, goes into the sewer. That glass of R.O. water you just had? It's actually two glasses but you only get to drink one of them!

The first thing everyone should do is call or write his/her municipal water department and get the report. It's quite educational.

Oh and as to the OP, this fluoride scare really is one of the oldest and most idiotic conspiracy theories around. Fluoride occurs naturally in almost ALL groundwater and in the oceans, and in fact the concentrations of fluoride in these are typically 10 times what you'll find in municipal water supplies.

I went to their site to find locations in NY and it says call to get a location. When i call i get answering machine.

Also googling suggests there are no locations in NY.

I would have definitely gone for that if there were locations nearby.

And i know that membrane life depends on many things, but in the end reverse osmosis is still the most practical way to produce pure drinking water.

most reverse osmosis systems include some kind of pre and post filtering. this watermill express is just a really comprehensive reverse osmosis setup.
 
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I went to their site to find locations in NY and it says call to get a location. When i call i get answering machine.

Also googling suggests there are no locations in NY.

I would have definitely gone for that if there were locations nearby.
Yes, if there's not any in your area you might see about becoming the owner of one! Highly profitable these are....
And i know that membrane life depends on many things, but in the end reverse osmosis is still the most practical way to produce pure drinking water.
RO is wasteful. There's no getting around it, the product water is typically half of the total water usage. Many municipalities won't allow them, other than small ones for household use, which is why you might not have any Watermill-type dispensers in your area.

But yes, it is easily the best way to get water which is "pure" down to about 10ppm in TDS. 50ppm is considered good for "spot free" vehicle rinsing, and 100ppm is excellent for drinking water. It all depends on how "pure" you want it.

Here's something most folks don't know and wouldn't believe until it's demonstrated to them: Water is an insulator. Which means it does NOT conduct electricity! It's the dissolved solids IN the water which conduct electricity! This is how we measure TDS, we pass an electrical current through a sample of the water to be tested, and the greater the resistance, the more "pure" the water is!
 

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