Waste water from the North Texas area becomes Houston’s drinking water. Wastewater from the Dallas-Ft. Wroth Metroplex flows downstream 250 miles in the Trinity River and into Lake Livingston, where Houston gets most of its water. Read the details.

Texas Fire

The drought in Texas could have worldwide effects.

Residents of South Alamo, TX were warned by the EPA to not eat fish from the Donna Reservoir and Canal.“The principal pollutants in the reservoir are polychlorinated biphenyls (PCBs). PCBs are a group of synthetic organic chemicals that can cause a number of different harmful effects in humans. The primary risk to human health from PCBs is from suspended sediment in the water and the consumption of contaminated fish. Effects of consumption of contaminated fish may include nausea, vomiting, abdominal pain, skin rashes, acne, and cancer.”

Lemons

Did you know that too much acidity in your body can cause pain, weight gain, fatigue, and other health problems? According to author Michelle Schoffro Cook ( The Ultimate pH Solution), there are many ways to combat excess acidity and to start feeling great.

One is “Squeeze the juice of half a lemon into a tall glass of water and drink immediately. This one step will help you to quickly reset your body chemistry.”More information.

Consideration that consuming low-pH lemon water can correct an acidic condition in the body casts serious doubt on the belief that humans can thrive only if they drink “alkalized” water from an expensive electrical gadget. “While lemons are acidic they interact with the body’s metabolism to have an alkalizing effect on the bodily fluids helping to restore balance to the body’s pH.”

The Azusa, Texas water treatment plant is being buried in its own sludge. Removing sediment from the water of the San Gabriel River is piling up sludge faster than the city’s water treatment plant can get rid of it.

Although the spectacular BP leak caught the world’s attention, the Gulf of Mexico is continually plagued by persistent, slow but devastating oil leaks that don’t make the news. “Aided by satellite imagery and research conducted by SkyTruth and aerial observation by SouthWings, the Waterkeeper Alliance and its local Waterkeeper organizations learned that an offshore platform and 28 wells belonging to Taylor Energy Company LLC have been quietly leaking oil into the Gulf for years.”

Scale Net

Parking Attendant in Jakarta Brings Water Treatment Industry to Its Knees

by Hardly Waite,  Pure Water Gazette

According to the Jakarta Globe, a parking attendant in Jakarta was arrested for receiving a kilogram of crystal methamphetamine from a source in the United Arab Emirates that was delivered via a courier service.

The bad news for the water treatment industry is that the meth was delivered in a water filter. The powder was disguised as filtration medium but was confirmed to be methamphetamine by a lab test.

Given that the level of craziness generated by the War on Drugs is even scarier than that of the War on Terror, water filter shipments will likely now be subject to search and seizure. It took only a single nitwit with a bomb in his shoe to force the whole world to remove its shoes at airports.

Work crews in Portland,OR replaced a sewer pipe that collapsed and caused a minor cave-in. The ancient cement pipe was installed in 1860. (Who says US infrastructure needs updating?)

Your Old Well Could Be Worth $300,000

“They become conduits, or straws, which draw down potentially hazardous materials into the groundwater,” said Cheryl Wong, a land use program manager with Santa Cruz (CA) County. She is speaking of unused water wells.

According to Ms. Wong, there are some 1000 abandoned wells around Santa Cruz County, “. . .ranging from dozens to hundreds of feet deep, tucked into backyards and agricultural fields throughout the county,” and these pose a significant threat to groundwater. The county is offering grants of up to $300,000 to encourage owners to close off these unused well to protect the county’s water supply. More.

Knoxville’s Aging Sewage System

About 175 miles of Knoxville’s wastewater system has been replaced or rehabilitated in a massive project intended to stop sewage overflows, improve waterways and help the city cope with growth. Cities face a never-ending battle to keep up with the expense of replacing aging piping systems.

Lake Vostok
In what could prove to be one of the great advances in knowledge of our age, Russian scientists breached Lake Vostok in the Antarctic on February 5. It is the first time one of Antarctica’s subglacial lakes has been penetrated.

For more information on the Lake Vostok project, see“Mysteries of Lake Vostok on brink of discovery.”

Week killer makers, with profits in the billions, expend enormous amounts of money to control press coverage of their products and avoid paying for cleanup of the mess their products leave behind.

The federal government is building a new national center that will improve the forecasting and reporting of droughts, floods and other water crises to improve policy and safety. The $18.8 million National Oceanic and Atmospheric Administration National Water Center will be located on the campus of the University of Alabama in Tuscaloosa

Dirty Filter

Residents of a mobile home park in the Great Falls, Montana area have been warned not to drink their tap water because it contains arsenic four times higher than what is considered safe for human consumption. And that isn’t the only problem. The resident in the picture shows what the perpetual sludge in the water does to his sediment filter in only a month. The source of the arsenic at the trailer park is unknown.

According to the EPA, “Significant or prolonged exposure to arsenic can cause a thickening or discoloration of the skin, stomach pain, nausea, vomiting, diarrhea, numbness in the hands and feet, partial paralysis and blindness. Arsenic also has been linked to cancer of the bladder, lungs, skin, kidney, nasal passages, liver and prostate.”

The recommended limit for arsenic in drinking water is only 15 parts per billion. Reverse osmosis and a variety of specialty filter media can reduce arsenic.

AWWA
National Drinking Water Week is only 3 months away!

The former owner of a southwestern Pennsylvania wastewater firm has pleaded guilty to dumping millions of gallons of water containing natural gas drilling wastewater, sewage sludge and restaurant grease into streams and mine shafts in a six-county area.

The EPA says that more testing needs to be done on Marcellus Shale fracking operation discharge into rivers.See video. 

A grant from the Environmental Protection Agency (EPA) will help improve the drinking water treatment system in Andrews, Texas. The grant for $388,000 will be used by the city to install a filtration and reverse osmosis system to reduce arsenic and fluoride levels in drinking water provided to municipal customers. Exposure to high levels of arsenic can result in kidney disease as well as lung and liver cancer, and excessive levels of fluoride in drinking water can result in abdominal pain, nausea and vomiting.

Newtown Creek Wastewater Treatment Plant in Brooklyn hosted a free guided tour for couples that was billed by the city as an “unforgettable” way to celebrate Valentine’s Day. The complex is the largest of New York City’s 14 sewage treatment plants, processing 1.5 million gallons of waste every day.

The Environmental Protection Agency posted the final health assessment for tetrachloroethylene — also known as perchloroethylene, or perc — to EPA’s Integrated Risk Information System (IRIS) database. Perc is a chemical solvent widely used in the dry cleaning industry as well as in the cleaning of metal machinery and the manufacturing of some consumer products and other chemicals

An issue to ponder– 

Banning the Bottle

by Kate Cline, Editor of Water Quality Products magazine.

Several bottled water bans have made it into the headlines in the last few weeks—first, the National Park Service announced it would ban sales of bottled water at Grand Canyon National Park, then the University of Vermont announced it would ban sales of bottled water on its campus. Both organizations cited the environment as the reason behind the bans. Both also will sell cheap reusable bottles and offer bottle filling stations instead.

As with past bottled water bans, the International Bottled Water Assn. quickly responded in opposition, citing EPA statistics that bottles make up a miniscule portion of U.S. waste, and that in the absence of bottled water, consumers are likely to opt for bottled sodas or sports drinks rather than carrying and refilling reusable water bottles.

Do you think these bans are justified? Is there a way for bottled water to peacefully coexist alongside tap water or filtered water?

Occasional Comment: Bottled water is another of those thorny many-sided issues. First, there’s the rights angle, and it seems to us that banning anything usually isn’t a very good idea. Then there is the “lesser evil” consideration, unless the U. of Vermont is also banning sugar/chemical drink machines from its campus. We would certainly not want students to waste money on mere water when for the same price they could be making themselves fat and unhealthy with Pepsi. It isn’t often that the International Bottled Water Association says something sensible, but here’s a video where they make some interesting points.–Hardly WaitePure Water Gazette.

Creek Pollution

Trash-dumping citizens in Edmond, OK are damaging the area’s drinking water.

See Video and Pictures.

After the amazing participation of  300,000 persons worldwide in 2011, Water Monitoring Day is being launched for 2012 with high hopes.

Winners of the 2012 Water Prize have been announced, and again we were bitterly disappointed at being passed over.

The EPA  plans to install 30 wells in the Glendale-Burbank, CA area in March to monitor levels of chromium 6 in underground water in order to get a fuller picture of how extensive the contamination is.

An Italian woman died of Legionnaires’ Disease contracted in a dental office.

The foul smell in Eight Mile, AL may be coming from the water.

THMs High In A Florida Town’s Water Supply

The water supply system at Mims (Brevard County) FL has struggled for some time to meet EPA standards for THMs (trihalomethanes) in its drinking water. Trihalomethanes and other byproducts form when disinfecting chemicals such as chlorine are added to kill the much more acute health threat from viruses, bacteria and other microbes.

The U.S. Environmental Protection Agency estimates drinking a half-gallon of water containing 100 parts per billion of trihalomethanes daily for 70 years could result in three more cases of cancer per 10,000 people.

The EPA requires community water plants to limit TTHMs to 80 parts per billion, as measured by the running annual average of periodic tests.

The average result for the Mims plant in 2010 was 190.25 parts per billion. One test last year reached as high as 536 parts per billion.

In December, TTHMs measured at 34 parts per billion, bringing the running average to 95 parts per billion. Full Story.

Why is the CDC Covering Up a Fifty Year Old Mistake?

by  Roger D. Masters, PhD, Professor, Dartmouth College
Published on: September 20, 2001
 

Dartmouth professor, Roger Masters, criticizes the U.S. Centers for Disease Control (CDC) for conspicuously excluding the name of the fluoride chemicals used to fluoridate most of America’s drinking water, while the CDC carefully details the various fluoride compounds contained in all other dental products mentioned in their recent report “Recommendations for Using Fluoride to Prevent and Control Dental Caries in the United States.” The reason might be that the silicofluorides, used by most fluoridating communities, have never been safety tested in humans or animals. Masters’ recent studies show how silicofluorides can be harming our children –  Controversy over “fluoridating” public water supplies has been on the agenda for half a century.Although the specific chemicals in use raise genuine scientific questions, most proponents (from the Surgeon General to the American Dental Association) and critics talk about “fluoridation” without discussing the difference between sodium fluoride, familiar in toothpaste, and fluosilicic acid or sodium silicofluoride (jointly called “silicofluorides”), which are the main chemicals used for water fluoridation in the U.S.

Does the difference matter? If so, why does a long-delayed CDC (Centers for Disease Control) report on fluoride treatments carefully list the chemicals in fluoridated gels and mouthwash, but refuse to mention the chemicals used in our water supplies?

Water fluoridation was begun in the mid 1940’s as a ten year experiment to see if drinking-water with sodium fluoride would reduce tooth decay. All tests of safety were conducted on sodium fluoride. In 1950, however, the Public Health Service authorized the substitution of silicofluorides, even though they had never been tested for effects on health and behavior. Today, over 90% of fluoridated water (delivered to over 140 million Americans) is treated with one of the silicofluorides.

The switch to silicofluorides about 50 years ago may have been an enormous mistake. Three years of intensive research, supported by the Earhart Foundation, has indicated that

1. Silicofluorides have never been tested for health and safety, and the EPA admits it now has no information on the effects of “chronic exposure” to water treated with them.

2. Silicofluorides do not dissociate completely after injection in public water supplies and their biochemical effects are not benign.

3. Extensive data analysis (based on three large samples of over 400,000 children) reveals that where silicofluorides are in use, children absorb significantly higher levels of lead from environmental sources (such as old housing).

4. Additional studies show that where silicofluorides are in use, there are higher rates of behavioral problems that have been linked to lead toxicity (including hyperactivity and other learning disabilities, substance abuse, and violent crime). These findings are based on a “cumulative loading” model of environmental risk factors.

The CDC and EPA have constantly refused to support objective scientific testing and have apparently engaged in a cover-up of data suggesting toxicity and harmful effects due to silicofluorides.

The pattern evident in prior reports and funding decisions is especially noteworthy in the long-delayed CDC report on “Recommendations for Using Fluroide to Prevent and Control Dental Caries in the United States” (MMWR, Aug. 17, 2001, 50 [RR14] 1-42). This document is silent on the different health and behavioral effects of silicofluoride treated water compared to that treated with sodium fluoride.

Although the report identifies the specific chemicals used to add fluoride to mouth rinse (sodium fluoride), dietary fluoride supplements (sodium fluoride), gel and foam (acidulated phosphate fluoride, sodium fluoride, or stannous fluoride) or fluoride varnish (sodium fluoride or difluorsilane), there is no mention of the specific chemicals used to fluoridate public water supplies or toothpaste (the two principal sources of fluoride for caries control).

Given the foregoing information, informed observers suspect that the CDC intentionally omitted information to “cover up” the fact that silicofluorides, although used in over 90 percent of water fluoridation in the U.S., have never been subjected to the tests conducted on sodium fluoride or other health products and medicines. Some CDC personnel know the research questioning silicofluorides, and in one case attended a presentation of research on their dangers.

It is time to discuss openly a toxin that could well contribute to higher rates of hyperactivity (ADHD) and crime in many American communities.

Why should we allow bureaucrats to block discussion of the differences between either fluosilicic acid or sodium silicofluoride (toxic byproducts of manufacturing phosphate fertilizer as well as nuclear fuel and warheads) and sodium fluoride? Since silicofluorides have never been tested, shouldn’t there be a moratorium on their use until their safety has been proven?

If you live in Manhattan, you can choose non-fluoridated toothpaste but not non-fluoridated tap water.

It’s time for Congressional hearings on an issue that could help our children at virtually no cost (except for lost revenue to some chemical corporations and embarrassment to the CDC, EPA, and American Dental Association).


See Gazette Fair Use Policy

Water and Human Metabolism

 

Water acts as a healing agent in our body. Around 70% of our body weight is due to water. The quantity is high in organs such as lungs and brain and fluids such as blood, lymph, saliva and secretions by the organs of the digestive system.

 

Metabolism can be defined as the sum of the chemical reactions that take place within each cell of a living organism and that provide energy for vital processes and for synthesizing new organic material. Energy obtained from the metabolic nutrients is utilized for various growth and other maintenance processes.

Water is the medium for various enzymatic & chemical reactions in the body. It moves nutrients, hormones, antibodies and oxygen through the blood stream and lymphatic system. The proteins and enzymes in our body function more efficiently in solutions of low viscosity. Water is the solvent of the body and it regulates all functions, including the activity of everything it dissolves & circulates.

Living organisms are unique in that they can extract energy from their environments and use it to carry out activities such as movement, growth and development and reproduction.


The carrier of chemical energy

At any given time, a neutral molecule of water dissociates into a hydrogen ion (H+) and a hydroxide ion (OH-). Under normal conditions (neutrality), the concentration of hydrogen ions (acidic ions) is equal to that of the hydroxide ions (basic ions); each are at a concentration of 10-7 moles per litre, which is described as a pH of 7.

In case of shortage of water in our house, we try to prioritize the use of water for essential purposes. Similarly, when the body receives less water, histamine – a chemical compound present in all cells – initiates a system of water regulation. Histamine directs some neurotransmitters to operate sub-systems to regulate water intake. The ratio of the water content in and outside the cells of the various organs is very important. As age advances, water content in the cells decreases. Since the water content in each cell plays a vital role in maintaining its normal function, inadequate water can lead to loss of some functions resulting in specific symptoms.

The waste products of metabolism and surplus salts get removed from your body through urine. The human kidneys normally produce 0.9-1.5 litres of urine per day, containing some 50-70 g of solids – mostly urea, uric acid, and inorganic salts. Thus water plays a crucial role in our metabolic reactions.

Editor’s Note:  The article above is from an excellent website called Everything About Water.  Unfortunately, the website has been taken down.  See our Fair Use Policy.

 

How Siphon Filters Work

 

Doulton Siphon Filter

Siphon filters rely on the simple natural force of gravity to purify water.

The filter above is capable of making safe water from water contaminated with bacteria. It does this without the need of any external energy source or chemical additives.

The filter itself is a ceramic candle. It is attached to a simple adapter made of plastic tubing.

The filter is placed in the upper container, which is filled with contaminated water. The user sucks on the end of the tube until a flow is established, then quickly lowers the tube to a position lower than the container. From that point the siphoning action pulls water through the tube. The end of the tube is placed into a second container to catch the product water. The filter will continue to produce water until the upper container is empty.

More about siphon filters

Siphon filter make excellent emergency filters because they operate without an outside energy source and without water pressure. No elaborate equipment is needed.

They can also be used as camping or hiking filters, to purify water from a lake or stream, and even as everyday water filters. They work best with ceramic cartridges, which remove bacteria and cysts, or with certain carbon filters, which remove chemicals.

The simple filter shown above can treat up to 70 gallons a day if the water is warm, or less than half that if the water is cold. In terms of volume, it easily outperforms expensive canister-style pour-through filters.

Siphon filters are among the least expensive water filters to purchase and to operate.

Here is more information, and an excellent emergency siphon filter to examine.

Simplify, simplify!–Henry David Thoreau.

 

Chloramines in Drinking Water

The EPA’s webpage on chloramines begins like this:

Chloramines are disinfectants used to treat drinking water. Chloramines are most commonly formed when ammonia is added to chlorine to treat drinking water. The typical purpose of chloramines is to provide longer-lasting water treatment as the water moves through pipes to consumers. This type of disinfection is known as secondary disinfection. Chloramines have been used by water utilities for almost 90 years, and their use is closely regulated. More than one in five Americans uses drinking water treated with chloramines. Water that contains chloramines and meets EPA regulatory standards is safe to use for drinking, cooking, bathing and other household uses.

In spite of the EPA’s assurances of safety, the use of chloramine in city water supplies has provoked continual controversy.

 

Treatment for Chloramines: Removing Chloramines from Water

Reduction of chloramines from city water is a commonly misunderstood issue. For those unfamiliar with the details of water treatment, there is often an expectation that there is a “filter” for every contaminant that specifically identifies that contaminant and, as if by magic, “takes it out.” A frequent question is “How much does it take out?” It isn’t quite as simple as that, especially with “problem contaminants” like chloramines.

Here is an excerpt from technical writer David Bauman. This is from a Water Technology article on chloramines. By way of explanation, the “catalytic carbon” Mr. Bauman refers to is commonly known by its most common brand name, Centaur carbon. Other brands of catalytics are now on the market, however.

 

Removal possibilities Chloramines should not be confused with chlorine. Chloramines  cannot be removed by passing water through the same activated carbon filters used for chlorine removal because these filters are too small at their designed flow rates.

The following are four types of water treatment technologies that can be used to remove chloramines at the point of use:

Catalytic Carbon. This has a surface structure that has been altered from standard activated carbon, enabling it to remove chloramines, providing close attention is given to contact time, mesh size of the carbon and influent temperature. Theoretically, the carbon decomposes chloramine into traces of nitrogen gas, ammonia gas and chloride. If these reactions are not allowed to be completed, surface oxygen groups form that can foul or exhaust the carbon.

With a 2-mg/L chloramine influent level, enhanced catalytic carbon can produce product water that maintains a <0.1-mg/L residual (required for dialysis). Manufacturer’s data on this type of carbon refer to flow rates ranging from 30 seconds to two minutes of empty bed contact time (EBCT). This converts to between about 3.5 gallons per minute per cubic feet (gpm/ft3) and 15 gpm/ft3.

This does not mean that 15 gpm/ft3 is acceptable. For example, although the product water may be acceptable at this rate, the pressure loss may be prohibitive and the length of run before chloramine breakthrough may be reduced from 88,000 gallons to 11,000 gallons. Designers of dialysis water treatment systems use 10 minutes of EBCT. This contact time was established prior to the development of catalytic carbon, but because of the specifications required by the US Food and Drug Administration, which regulates dialysis water treatment equipment as medical devices, in most cases this has not changed. According to catalytic carbon data, this time could be reduced to about three minutes.

Decreasing the mesh size of the carbon can more than double the gallon throughput, although it may also create more pressure loss. An increase in temperature from about 58 degrees F to 72 F also can more than double the gallon throughput.

The word catalytic normally means enabling a reaction without entering into the reaction. This would imply that the catalyst would never change or become depleted. In reality this is probably not true; other adsorbable and ionic species in the water adsorb onto the carbon and eventually mask the catalytic sites. The more catalytic sites there are on the carbon, the longer its useful life.

In addition, friction physically depletes the material; other foulants, such as iron, can foul it; and high pressure differential can crush it.

Standard activated carbon.Used for chloramine removal long before catalytic carbon became available, standard activated carbon requires a very long contact time, which means a large volume of carbon is needed.

Everything attributed to catalytic carbon applies to standard carbon, although to a lesser degree. All activated carbon has some catalytic capability, but standard carbons of all common basic materials have a relatively low activity for chloramine removal. For thorough removal, up to four times the contact time of catalytic carbon may be required. Substantial increases in percent removal and length of run before chloramine breakthrough can be achieved with smaller mesh carbon. Some systems have been designed that precondition the carbon by exposure to general use or to chlorine.

Carbon cartridge filters
 have been tested for chloramine removal, but since no national testing standard has been established, no claims are being made. Some cartridges have a real advantage: Fine or powdered carbons, such as those used in cartridges, are excellent chloramine removal media in spite of not being made from catalytic material.

They can render the discussions regarding catalytic vs. standard carbon moot.

Ascorbic acid. Used for dialysis before the development of catalytic carbon, this acid acted – as would other reducing agents – by reducing monochloramine to chloride and ammonia. However, this acid is not advised for drinking water applications and is no longer used for dialysis treatment.

The practical realities one is left with from Mr. Bauman’s excellent summation of removal strategies are that

1. Except in a controlled industrial setting, it is next to impossible to predict the lifespan or the exact reduction percentage of a water filter used for chloramines.

2. Such variables as water temperature, flow rate, mesh size of the medium (in the case of carbon), and other contaminants in the water greatly affect the effectiveness and the longevity of the filter.

3. The often-used blanket statement that “reverse osmosis does not remove chloramines” is technically true but realistically false. While the reverse osmosis membrane itself does not remove chloramines, every respectable RO unit is equipped with two or more high quality carbon filters. Pre-filters, the filters that process the water before the membrane, receive water at a very slow rate of flow and therefore work under excellent conditions for chloramine reduction. The use of the high quality cartridges described by Mr. Bauman actually should provide superb chloramine reduction in an undersink RO unit, yet the “reverse osmosis does not remove chloramines” myth is perpetuated by sellers of non-RO products.

4. If you are thinking of purchasing a “whole house” chloramine filter, your choice in sizing should be made considering the life expextancy of the carbon. Mr. Bauman’s figures show that the carbon’s lifespan could be reduced to as little as 1/8 by undersizing.

 

Catalytic Carbon and Chloramine

Filter carbon is often classified according to a system of rating scales that describe its properties. One of these scales is called the “Peroxide Number,” which is used to measure carbon’s ability to promote catalytic reactions. The peroxide number is actually a time measurement in minutes of the time that is required by a carbon to decompose hydrogen peroxide. The lower the peroxide number, the greater the carbon’s ability to decompose hydrogen peroxide and consequently to perform catalytic activities. The lower the peroxide number, the higher the catalytic activity.

Here are typical peroxide numbers for various carbons:

Catalytic Bituminous Coal-Based – 10

Conventional Bituminous Coal-Based – 40

Subbituminous Coal-Based – 40

Lignite Coal-Based – 60

Wood-Based – >120

Coconut-Based – >120

 

Figures from Hayden and Spotts, “Fundamentals of Catalytic Activated Carbons,”Water Technology Magazine.

References from other websites: A look at a top notch catalytic carbon filter.Removing ammonia from aquarium water (with a technique that can be applied to undersink reverse osmosis for drinking water as well).

 

Humming is Good For You


Posted March 22nd, 2012

Humming is Good For You

 

 by Hardly Waite, Gazette Senior News Analyst

Bodies, tiger or human or anteater, have no unnecessary parts; neither do they have unnecessary gestures, sensations, and activities. Coughing, belching, hiccupping, frowning, spitting, wheezing, twitching, snorting, weeping, snarling, blinking, yawning, farting, flinching, sneezing, smiling, itching, licking, pouting, slobbering, shivering, laughing, grieving, groaning, hurting–all have their purpose.--Tiger Tom, On Pain.

Gazette Columnist Tiger Tom can now add humming to his list of essential activities, for Swedish researchers have proven something that is obvious to anyone who pays attention:  Humming is good for  you.

A Shower Filter Can Bring Joy to Your Life.

Please click the picture for details.

You’ll Hum Better!

The researchers measured hummers’ exhalation levels by tracking nitric oxide (NO), a gas produced in the lungs and nasal passages to help blood vessels dilate. Humming increased the NO released into the nose from the sinuses.

Humming also facilitated the exchange of air from sinuses into nasal passages, which essentially ventilates the sinuses and protects them from infection.

If you need more information on the science of the issue, please go to American Journal of Respiratory and Critical Care Medicine 2002;166:144-145

If you just want to experience for yourself the exhilarating efficacy of Hardly Waite Humming Therapy,  throw away your sinus drops and start and end each day by humming a couple of verses of the “Ode to Joy” section of Beethoven’s Ninth Symphony.  Your sinuses will rejoice and your spirits will soar.

And if after 5 years of Hardly Waite Humming Therapy,  you conclude that it doesn’t work, just write me and I’ll cheerfully give you double your money back.

Disclaimer: The Pure Water Gazette does not recommend that you hum without consent and direction of a qualified health professional.

This article has also appeared in the Pure Water Occasional.

What Are the Odds of Dying?

The table below was prepared in response to frequent inquiries, especially from the media, asking questions such as, “What are the odds of being killed by lightning?” or “What are the chances of dying in a plane crash?”

The table has four columns. The first column gives the manner of injury such as motor-vehicle crash, fall, fire, etc. The second column gives the total number of deaths nationwide due to the manner of injury in 1999 (the latest year for which data are available). The third column gives the odds of dying in one year due to the manner of injury. The fourth column gives the lifetime odds of dying from the manner of injury. Statements about the odds or chances of dying from a given cause of death may be made as follows:

 

  • The odds of dying from (manner of injury) in 1999 were 1 in (value given in the one-year odds column).
  • The life-time odds of dying from (manner of injury) for a person born in 1999 were 1 in (value given in the lifetime odds column).

For example, referring to the first line of the table below:

  • The odds of dying from an injury in 1999 were 1 in 1,805.
  • The lifetime odds of dying from an injury for a person born in 1999 were 1 in 24.

The odds given below are statistical averages over the whole U.S. population and do not necessarily reflect the chances of death for a particular person from a particular external cause. Any individual’s odds of dying from various external causes are affected by the activities in which they participate, where they live and drive, what kind of work they do, and other factors.

Source: National Safety Council estimates based on data from National Center for Health Statistics and U.S. Census Bureau. Deaths are classified on the basis of the Tenth Revision of the World Health Organization’s “The International Classification of Diseases” (ICD). Numbers following titles refer to External Cause of Morbidity and Mortality classifications in ICD-10. One year odds are approximated by dividing the 1999 population (272,820,000) by the number of deaths. Lifetime odds are approximated by dividing the one-year odds by the life expectancy of a person born in 1999 (76.7 years).

 

Odds of Death Due to Injury, United States, 1999

Go here to see the extensive table of death statistics:

Fifty years after it was introduced to prevent tooth decay

Is Fluoride in our Water a Mistake?

by Philip Frazer

White splotches, most noticeable on the front teeth, the enamel sometimes pitted or striped as if with flat white paint. Sometimes the discoloration is brown. If you haven’t seen this on people’s teeth in your neighborhood, your water is probably not fluoridated.

It’s called dental fluorosis and it’s caused by ingesting too many fluoride compounds (usually called simply “fluoride”) while the teeth develop. Someone with this mottling of the enamel could also have suffered bone damage or skeletal fluorosis And a child with these problems will have them forever because fluorosis is irreversible.

How could it be that after fluoride has been promoted for 50 years as a benefit to every one of us, it turns out to be a bad idea? Haven’t the people who question fluoridation been cranks and paranoids?

Today, those lining up against fluoride in tap water and toothpaste include reputable medical and dental researchers and doctors, dentists, public health officials and the governments of most European countries including Sweden, the Netherlands, France and Germany.

Of the nearly 250 million people worldwide who drink fluoridated water, about 130 million are Americans. Out of our 50 largest cities, 41 have fluoridated water.

Does It Work?

Having kids drink fluoridated water was supposed to cut the incidence of dental cavities.Most researchers, politicians and dental professionals say it does just that, but equally qualified people are questioning that conclusion as well as the data gathered over the past 50 years (see, for example, the Health Canada Protective Branch Report, July 2, 1994). While conspiracy theories persist, most critics are raising serious questions such as, whether reduced cavities are due to fluoride or other things, like better education about tooth care.

The establishment and the critics throw epidemiological studies at each other. Fluoride proponents have many more studies, going back to the 1940s, but many reputable scientists have revisited the classic fluoride studies and concluded that they were fatally flawed.

News on Earth does not pretend to have reviewed all the studies, but we believe the fast-rising epidemic of dental fluorosis, coupled with the fact that most countries on Earth have decided against fluoridation, means it’s high time to reconsider fluoridation. Certainly we shouldn’t increase the percentage of Americans getting compulsory fluoridation via tap water from 62% now to 75% by 2000, a stated goal of the Clinton administration.

Though the administration parrots the reassurances of the dental establishment, we found more critical and independent thought coming from the government of a town just outside of Boston.

Last year the town of Natick, Mass. put together a panel of experts with no axes to grind to decide whether the community should add fluoride to its water. Chairman Norman Mancuso, Ph.D., has been a chemical engineer, a postdoctoral fellow at Massachusetts Institute of Technology and a project scientist at NASA on the Apollo Program. The other four panelists all had advanced degrees and extensive experience in chemical risk assessment, in three cases, with the US Army.

Their report concluded “unanimously and emphatically” that fluoridation was a bad idea, in part because “there is little or no difference between . . . the incidence of cavities in children [in] fluoridated and non-fluoridated communities.”

Worldwide research suggests that tooth decay rates have gone down just as much where there is no fluoridation. Some examples:

British Columbia, with 11% of its population drinking fluoridated water, compared with 40-70% in other Canadian regions, has the lowest rate of tooth decay in Canada.

Many recent studies published in Caries Research and the Journal of Dental Research conclude that dental decay rates in Western Europe, which is 98% unfluoridated, have declined as much as or more than they have in the US. In 1986-87, the National Institute of Dental Research conducted the largest study on fluoridation and tooth decay ever, tracking 39,000 US schoolchildren between the ages of 5 and 17. A third lived in fluoridated areas, a third were partially fluoridated, and a third were unfluoridated. The study, concludes the Natick report, showed no statistically significant differences in dental decay between fluoridated and unfluorfidated areas.

Recently, fluoride proponents have revised their claims: Since 1988, the American Dental Association (ADA) has asserted that fluoridation can only reduce cavities by 18-25%, which is down from its previous claim of 40-60%.

The Natick report cites new research suggesting that any cavity-preventive action of fluoride comes from it being in saliva and not by hardening enamel as was long theorized. That would mean that it should be applied directly to the mouth, not pumped into the body via tap water.

Fluorides Are a Major Industrial Waste Product

Fluoride is a toxic pollutant. It’s part of the smokestack emissions from the manufacture of iron, steel, aluminum, copper, lead, and zinc. It’s released in the production of phosphates (used in all agricultural fertilizers); plastics; gasoline; brick, cement, glass, ceramics and the many other products made from clay. It’s emitted by coal-burning electrical power plants and uranium processing facilities. And fluoride is dumped into waterways by factories producing and processing glass, pesticides, fertilizers, chemicals and metals.

All these industries would have trouble disposing of their waste fluoride if they were not able to dump it or sell it to municipalities for adding to tap water.

The EPA’s 1989 estimate was that at least 155,000 tons a year are released into the air by US industrial plants, and as much as 500,000 tons a year are released into lakes, rivers and oceans. And because fluoride compounds are not biodegradable, they gradually accumulate in the environment, in the food chain and in people’s bones and teeth.

Even so, the EPA still says fluoridation is “an ideal environmental solution to a longstanding problem.” The “problem” is not so much tooth decay, but the huge amount of fluoride compounds produced as waste in industry. “By recovering by-product fluosilicic acid from fertilizer manufacturing, water and air pollution are minimized and water utilities have a low-cost source of fluoride available to them,” enthuses the EPA.

Fluoride Poisoning

What damage can fluoride do? In the worst case, fluoride poisoning can be fatal:

  • In May 1992, 260 people were poisoned, and one man died, in Hooper Bay, Alaska, after drinking water contaminated with 150 ppm [parts per million] of fluoride. The accident was attributed to poor equipment and an unqualified operator at the fluoridation plant.
  • In July 1993, three dialysis patients in Chicago died and five experienced toxic reactions to the fluoridated water used in the treatment process.

But these accidents are extreme cases. People at high risk from lower levels of fluoride poisoning include children, the elderly, people with impaired kidney function (including many people with AIDS), people with immunodeficiencies, diabetes and heart ailments, as well as anyone with calcium, magnesium and vitamin C deficiencies.

In nature, fluoride mostly occurs as calcium fluoride while what’s added to water supplies is mostly sodium fluoride or sodium silicofluoride (hydrofluorisic acid). Sodium fluoride is lethal in doses 50 times smaller than naturally-occurring fluoride.

Fluorosis

The ADA and the government consider dental fluorosis only a cosmetic problem. That’s no consolation to people whose teeth are blemished forever. But by designating it merely “cosmetic,” the feds are propping up the fluoridation enterprise. If fluorosis were redefined as an “adverse effect,” as many dental and medical professionals urge, the EPA would have to cut in half the admissible levels and that would radically reduce tap water fluoridation.

Furthermore, the American Journal of Public Health says that “brittleness of moderately and severely mottled teeth may be associated with elevated caries [cavities] levels.” in other words, fluoride can cause the exact problem it’s supposed to prevent.

What it does to bones

About half of the fluoride you drink or eat is absorbed in calcified tissues, like bones and teeth. The National Academy of Sciences and other authorities agree that a lifetime’s accumulation from large daily doses of fluoride can produce crippling skeletal fluorosis. This bone damage is widespread among older people in parts of the world where there are high concentrations of naturally occurring fluorides in the water, but few cases of skeletal fluorosis have been reported in the US. Critics claim we are missing diagnoses of skeletal fluorosis because most doctors in the US have not studied the disease.

The Natick report, several articles in the Journal of the American Medical Association, and EPA scientists all agree that fluoride increases the rate of hip fracture in people aged 65 or older.

Fluoride makes bones denser, which is why it is used in the treatment of osteoporosis, but it also makes bones more brittle (osteosclerosis).

Cancer

Recent research links fluoridation to a variety of cancers.

In 1977 Congress instructed the National Toxicology Program to investigate fluoride’s effects on lab animals.

But when its report was released in 1990, Dr. Robert Carton of the EPA’s Toxic Substances Division cried foul: “Four years ago, NFFE Local 2050, which represents all 1,100 professionals at EPA headquarters [said] that the scientific support documents for the fluoride in drinking water standard were fatally flawed…. The fluoride juggernaut proceeded as it apparently had for the last 40 years—without any regard for the facts or concern for public health.

“[The] EPA raised the allowed level of fluoride before the results of the rat/mouse study ordered by Congress in 1977 [were] complete….

“[The] currently existing data . . . show fluoride causes genetic effects, promotes the growth of cancerous tissue, and is likely to cause cancer in humans.”

The Natick report concluded that most studies of fluoride and cancer are flawed. . “Given the widespread deliberate exposure of. humans to water fluoridation and the suggestive animal data regarding cancer, especially osteosarcoma, it is incomprehensible why a large case-control epidemiological study. . . has not been initiated.”

Lead and arsenic

Meanwhile, other research has examined fluoride by-products from aluminum and phosphate (fertilizer) production, since the fluoride gets contaminated by lead and arsenic.

On top of that, fluorides in the water supply eat away the protective hydroxide coating in lead pipes in older homes, and then the pipes can and do leach lead.

Today one in nine children in the US under the age of 6 has unacceptably high blood lead levels, which some researchers believe may come from lead contamination in fluoride added to tap water consumed by pregnant women and passed on to their developing fetuses.

The EPA concedes that 10-20% of the lead in children comes from tap water, but that, they say, is too small to be of regulatory concern. Critics again point to its concentration over time in body tissue and the fact that we consume additional fluoride from products processed with fluoridated water.

Enzymes, brains and Alzheimer’s

The Natick report found that fluoride can “seriously disturb the balance of enzymatically activated biochemical reactions,” for example, “the metabolism of a number of common oral bacteria (e.g., Streptococcus mutans)….” The Natick panelists saw this as an area needing new study.

Another such area is damage to the brain or the central nervous system. In a recent article in the peer-reviewed journal Brain Research on the effects of aluminum on brain tissue, researchers reported that it was not aluminum but low levels of fluoride that caused damage to the tissue of the brain similar to the damage found in humans with Alzheimer’s and other forms of dementia.

An earlier study by Mullenix et al., reported in Nevrotoxicology and Teratology, in 1995, found that animals exposed to fluoride at various stages of gestation suffered either permanent hyperactivity if exposed prenatally, or became “the rat version of couch potato” if exposed after birth, though there was no elaboration of exactly what that is.

The Natick folks say “there is good evidence that fluoride . . . affects the IQ and behavioral patterns of the developing fetus at doses that are not toxic to the mother.”

The International Society for Fluoride Research has also reported studies implicating fluoride in the rising rates of Down’s syndrome, chronic fatigue syndrome and sleep disorders.

How much are YOU Consuming

Even though no “optimal” fluoride intake has ever been established, the EPA set a maximum contaminant level (MCL) for fluoride in 1986, at 4 mg per liter of tap water. The recommended doses for kids were revised in 1995, downward to 2 mg., and less for infants, to prevent fluorosis. It’s estimated that the average person consumes between 5 and 7 mg. per day in “optimally fluoridated” areas, from drinking water, dental products, and food and beverages made with fluoridated water. But a heavy coffee and tap water drinker, drinking 4 liters a day, is at risk for crippling bone fluorosis after 10 years, according to National Academy of Science figures, or 20 years, says the US Public Health Service.

Children can consume enough to develop fluorosis if their tap water is fluoridated and they drink reconstituted juices. Grape juice, for example, has been tested at almost 6.8 mg. of fluoride per liter..

The Natick report concluded that, if their town water was fluoridated, children under 3 would be likely to ingest “between 2 and 3.5 times as much fluoride as recommended by the American Academy of Pediatrics, American Dental Association and the American Academy of Family Physicians.”

Cooking with tap water can greatly increase a food’s fluoride content, and Teflon- and Tefal- coated items (such as frying pans) transmit very small amounts of fluoride into food.

Today, fluoride levels in toothpaste have risen to 4,000 ppm, and the warnings on the tubes are back, much to the annoyance of the ADA.

Children and adults commonly ingest up to 0.5 mg. of fluoride a day from toothpaste. Small children are now told to use no more than a pea-size amount, but young kids have less control over swallowing, and how many are sticking to the pea rule is impossible to say, especially when they’re enticed by bubble-gum-flavored brands.

Fluoride treatments commonly administered in the dentist’s chair contain between 10,000 to 20,000 ppm and there is no regulated dose requirement. In recent years, several deaths have been attributed to dental office treatments.

Why the juggernaut?

The scientific establishment in the US is largely united in support of fluoridation, but this show of unanimity may come in part from reluctance to admit to a gigantic mistake (the “whoops factor”), and it sometimes comes at a cost to scientific accuracy.

Dr. William Marcus, the dissenting senior science advisor in the EPA’s Office of Drinking Water, says that when the rat studies were released, “every one of the cancers reported by the contractor (Botel Northwest) had been downgraded by the National Toxicology Program.” A congressional investigation found that NTP scientists were coerced by their superiors to change their findings.

Anti-fluoride crusader John Yiamouyiannis believes that government policy is designed, above all, to protect industry, and that the motivating force behind fluoride use is the need of certain businesses to dump their toxic waste products somewhere. “As is normal, the solution to pollution is dilution. You poison everyone a little bit rather than poison a few people a lot. This way, people don’t know what’s going on,” he said in the journal Fluoride.

It would cost companies such as Exxon, US Steel and Alcoa many millions, perhaps billions, of dollars to handle fluoride properly. Marcus says that “it would require a class-one landfill [which] would cost …. about $7,000-plus per 5,000- to 6,000-gallon truckload to dispose of it. It’s highly corrosive.”

As Ralph Nader once said, if they admit they’re wrong on fluoridation, people would ask, and legitimately so, “What else have they not told us right?”

How to avoid it, how to get it out of your system

Public pressure has got fluoride out of the water throughout Europe, as well as in Los Angeles, Newark, Jersey City, and Bedford, Mass.

You can get some of the fluoride out of your tap with either reverse osmosis filters or water ionizers. Check toothpaste labels for fluoride. Dabur, Natures Gate, Weleda and Higher Ideals make fluoride-free toothpaste.

Mottled teeth cannot be repaired except by cosmetic dentistry, but fluoride damage to the soft tissues, such as liver, kidneys and reproductive organs, is reversible with vitamins. When lab mice who had reproductive-organ damage induced by fluoride were given vitamin C and calcium (and no more fluoride), they recovered significantly. In another experiment with mice, vitamins E and D repaired the damage that fluoride did to liver and kidneys.

To see the full Natick Report, go to http://www.cadvision.com/fluoride.


Editor’s Note:  The article below was written during the dark days following the World Trade Center tragedy. It is reprinted now, March of 2012,  on the occasion of Woody Guthrie’s 100th birthday.-Hardly Waite.

A. J. and Munro

by Gene Franks

When I was young,
They packed me off to school
And taught me how not to play the game
.

–Jethro Tull.

Back in the dark, dark days of World War II when I started to first grade in Okemah, Oklahoma, the town where Woody Guthrie had started to school two and a half decades before me,  I had to make a hard decision on the first day.  On the playground I was told that at Lincoln School  you had to be in A.J.’s gang or in Munro’s gang.  There was no in between.  You were with A. J. or you were with Munro.

The gangs rode imaginary horses,  chased each other around the red brick school building,  and shot at each other from ambush with imaginary guns.  Those were the old, uncomplicated days when a kid could point a finger at another kid and say bang without being turned over to a policeman or a psychiatrist.

Being a greenhorn, I did not personally know either A.J. or Munro, but I learned quickly that A.J.’s gang were the good guys and Munro’s gang were the undesirables.  Of course, I quickly said that I was in A. J.’s gang.   Whenever asked, I said proudly that I was in A. J.’s gang.

I did not know how A. J. got to be leader of the gang, because he was a pretty ordinary kid. But I was proud to be in his gang.

In the ensuing weeks, I caught only an occasional glimpse of Munro.  I was not even sure that the person I saw was Munro.  But I was sure that Munro was dirty and had long,  greasy hair and crooked teeth.   He needed a haircut.  We guys in A.J.’s gang were in the majority.  The big majority.  We had haircuts from the barber shop and good clothes. Our moms made us comb our hair.  Probably Munro did not have a mom, or she did not love him or make him comb his hair. I did not want anyone ever to think that I was in Munro’s gang.

By the time I graduated  from 4th grade at Lincoln School, I was no longer so intent on belonging to A. J.’s gang.  In fact, A. J. and Munro were  gone and a new generation of leaders had replaced them.  The Munros by that time did not look so dark and scary, nor did the A.J.s look so gallant.  As I got older, it got harder and harder to tell the A.J.s from the Munros.

Sprite Shower Filters make you sing better! 

 

I never saw Woody Guthrie.  He had left Okemah and was in California  writing and singing about the Depression before I was born. Woody Guthrie was hated in Okemah, my hometown and his.

My favorite song in my early years was “The Oklahoma Hills Where I Was Born.”  The man who wrote this passionate love song about a state that never treated him very well, Woody Guthrie, the great balladeer of the Depression,  was openly scorned and ridiculed.  I heard ugly, smutty stories about his family. The man who wrote

This land is your land, this land is my land,
From California to the New York Island,
From the redwood forest to the gulfstream waters,
This land was made for you and me

was accused by his country of being a Communist and so was hated in his hometown. In Okemah, the Communists were as feared and as hated as the Jews and the Catholics. Woody had been cast into Munro’s gang, and I caught on that I no longer could stomach being part of A.J.’s.

Now that I am older and the line between the good guys and the bad is blurred,  I am again being told that I have to be in one gang or the other.  In the same words and with the same bravado that were used by the schoolground bullies in 1945,  the President is telling us: You are with us or you are against us.  We are good, they are evil.  If you’re not with us, you are against us.

The problem is, no one seems to know who “we” are or or who “they” are.  We are told that we are at war against “the terrorists.”  Who are the terrorists that I am told that I hate? Are they dark men with crooked teeth whose mothers do not love them?  Am I being told to hate  the Irish terrorists or just the dark-skinned terrorists?   Are we going to hunt down Henry Kissinger?  The Chileans are anxious to “bring him to justice”  for his many and considerable acts of terrorism against their country.  Will we hunt down the killers of the 600,000 Iraqi children under five who have been taken from mothers who loved them by U.S. bombs and sanctions?  If so, will we start chronologically with the President’s father, or work backward from  Madeline Albright and Colin Powell?   Madeline Albright said that killing a half million Iraqi children was “worth it.”   Can anything possibly be “worth” killing half a million children?  Half a million is 150 times the number of people who died on Sept. 11, 2001. Imagine the anguish of the mothers of Iraq.

Now, in October, 2001, people are putting American flags on their homes and their vehicles to tell the world that they belong to A.J.’s gang. I do not have an American flag on my home or my truck. It is not because I do not love America but because I do not want my flag to be mistaken for a vote for vengeance on an ill-defined enemy.

Once, after an act of great violence had killed innocent people,  Dr. Martin Luther King, Jr. heard the outcry for vengeance and retaliation. He said in a speech: “To retaliate with hate and bitterness would do nothing but intensify the hate in the world. Along the way of life, someone must have sense enough and morality enough to cut off the chain of hate.”

Dr. King was a great Christian. Our President does not seem like a Christian to me. He seems more like the bully, bragging in the schoolyard.  “You are with us or against us. We are good, they are bad. We will win. They cannot hide from us.”

The fate of our country may well be decided by how many of us “have sense enough and morality enough to cut off the chain of hate” and  stand in the middle ground of reason.

This land is your land, this land is my land.

This land does not belong only to the members of A. J.’s gang.

This is Woody. Not Me.


 

Where is Dick Cheney, now that We Really, Really

Need Him?

 

Tiger Tom

The Oil Crisis in the Gulf Rages On. 

    “Where have you gone, Joe DiMaggio?
    A nation turns its lonely eyes to you.”

Editor’s Note:  Tiger Tom wrote this piece smack in the middle of the BP Oil Dilemma in the Gulf.

Dick Cheney has always been there when America needed him.

When we needed someone tortured, Dick Cheney was there.  When we needed to protect our rich from taxation, Dick Cheney was there.  When we needed someone to look after corporate interests and assure that our elite were never inconvenienced by government interference, Dick Cheney was there for us.  Whenever we needed a country bombed, a village torched, or a democratically elected government in a Third World country overthrown, Dick was there to get the job done.

But now, when we have a hole in the Gulf floor that’s spewing oil with the fury of ten thousand galloping horses, Dick Cheney has dropped out of sight.

I, Tiger Tom, ask you if it is reasonable to expect Barack Obama to fix an oil leak.  What does Barack Obama know about oil leaks?

But Dick Cheney has been an oil man all his life.  He was director of Halliburton,  the biggest oil well fixer on earth.  If Dick Cheney can’t fix a leaky oil well, who can?

It is time for America’s hero to do his stuff.

 

Dick Cheney

Dick Cheney Facing The Hole

So I, Tiger Tom, propose that Dick Cheney be flushed out of his hiding place and encouraged by a red-hot poker applied to his slimy ass to dive to the bottom of the Gulf of Mexico, plunge his snarling puss into the hole in the pipe, and plug the leak with his head.

That’s my plan for fixing the leak.  Do you have a better one?

 

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