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nb Gazette


There’s mounting evidence of a link between ingredients in many sunscreens and skin cancer.

The Food and Drug Administration has been sitting on possibly damning data from government research studies since July 2009, Sen. Chuck Schumer revealed in June of 2010.

One study found tumors and lesions developed up to 21% faster in lab animals coated with sunscreen lotions containing certain derivative that’s in most of the 500 most popular sunscreens.

If the product is doing more harm than good, people have a right to know - and the FDA must take action,” Schumer (D-N.Y.) told reporters at Hudson River Park.

The regular use of sunscreen lotion might provide some protection from sunburn, but it poses some very serious health risks - for ourselves and the wider environment.

The sunscreen industry is huge - worth billions of dollars annually. It rose to mega-profitability when a link was made between skin cancer and overexposure to the sun in the late 60’s/early 1970’s. Yet the incidence of skin cancer continues to rise even though these products are widely used. Logically, if incidences of skin cancer has continued to rise especially after sunscreen has been widely used for the past 3 decades, then sunscreen must be the reason.

An investigation by the Environmental Working Group of over 1,500 sunscreens and other sun-blocking products currently on the market found that 3 of 5 sunscreens either don’t protect skin from sun damage or contain hazardous chemicals - or both.

Take a look at this partial list of ingredients that can be found in many sunscreen lotions:

Aminobenzoic acid - carcinogen implicated in cardiovascular disease.
Avobenzone - carcinogen
Cinoxate - evidence of skin toxicity
Dioxybenzone - strong evidence of skin toxicity and carcinogen; hormone disruptor and has been found in waterways, soil and air. Has been shown to have a “gender bender” effect in animals
Diazolidinyl urea - carcinogen, endocrine, central nervous system and brain effects, skin toxicity and compromises the immune system
Ecamsule - carcinogenic
Homosalate - endocrine disruption
Methylparaben - interferes with genes
Octocrylene - found to be persistent and bioaccumulative in wildlife, liver issues and carcinogenic
Octyl methoxycinnamate - accumulates in the body, disrupts liver and is a carcinogen
Octyl salicylate - broad systemic effects in animals at moderate doses
Oxybenzone - carcinogen and contributor to vascular disease, may affect the brain and nervous system in animals
Padimate O - carcinogen
Phenylbenzimidazole - carcinogen
Phenoxyethanol - irritant, carcinogen, endocrine disruption
Sulisobenzone - strong evidence of skin toxicity, affects sense organs in animals
Titanium dioxide - carcinogen when in nanomaterial form
Zinc Oxide - bioaccumulative in wildlife, evidence of reproductive toxicity

Does it make any sense that in order to prevent skin cancer, we need to slap on carcinogenic compounds and chemicals that interfere with our immune and reproductive systems and that also pose a risk to the wider environment? Millions of gallons of sunscreen is consumed each year. After application, it doesn’t mysteriously vanish - it winds up either soaking into our bodies and accumulating there or is excreted (into the environment) or washed off; again - into the environment.

Nobody has proven that sunscreen helps protect against melanomas. Researchers have, however, proven that the ingredients used to make the sunscreen are carcinogenic. A carcinogen is any substance, radionuclide or radiation, that is an agent directly involved in causing cancer. In other words, sunscreen is actually causing cancer and other health and environmental issues.

One of the major problems with sunscreen is that in order to be effective (claimed to be effective but never proven) against less serious forms of skin cancer, you need to use a lot of it, and far more often than what the manufacturers recommend and regardless of what the SPF rating is. Why do they advise you that more is better? Profit. The more you lather on the more often you will need to buy another, and another, and another bottle of sunscreen lotion. Cha-Ching

I have never used sunscreen and I’ve worked outdoors 9 hours a day for the past 30 years and I don’t have any cancer or disease of any kind. What about you?

Vitamin D is naturally produced by your body’s largest organ, the skin. Typical summer sun exposure of 20 minutes (without sunscreen and with face, arms and legs uncovered) produces 20,000 IU of vitamin D.

Can vitamin D cure cancer? Surprisingly, the answer is yes. Vitamin D is a powerful hormone that regulates and repairs bodily cells. Vitamin D is needed for optimum functioning of the immune and cardiovascular systems, increases white blood cell production and supports the prostate as well as healthy skin and bones. UVB rays from sunshine is essential to convert cholesterol in skin to vitamin D. The skin cannot produce natural vitamin D without UVB rays. The people who receive $80 billion a year for cancer research knows that and because of this reason they are falsely claiming UVB rays are harmful. In order for them to keep on getting $billions from your government in the form of tax dollars they are telling everyone to lather on layers and layers of clothing and toxic sunscreen to block out the sun’s essential ultra violet light. They want us to cover our Vitamin D producing skin in order to interfere and prevent our body from fighting and destroying cancer cells. The United States Department of Health and Human Services has declared ultraviolet (UV) radiation from the sun and artificial sources, such as tanning beds and sun lamps, as a known carcinogen (cancer-causing substance). The estimated 2008 cost of cancer care was $228.1 billion - that figure is a very good motive for them to fraudulently claim that UVB rays from sunshine is harmful and cancer causing when in fact UVB rays exposure is essential for the body to produce vitamin D. 20 minutes of UVB exposure is essential for preventing cancer.

If you have adequate amounts of vitamin D in your body, the cancer cells in your body stop growing and dividing uncontrollably, stops invading and destroying other bodily tissues, stops spreading throughout your body, and begins specialization for specific bodily functions.

Also the cancer cells lose their immortality, and begin to die normally. Vitamin D forces cancer cells to behave like normal cells!

The singular most important cause of cancer is vitamin D deficiency. Most, if not all, cancer patients are vitamin D deficient.

What is cancer?

Cancer involves groups of bodily cells growing and dividing uncontrollably, refusing specialization for specific bodily functions, invading and destroying other bodily tissues, and sometimes spreading throughout the body. Most cancers form a tumor, but not all. For example, leukemia (cancer of the blood or bone marrow) doesn’t.

Cancer affects people of all ages, but affects older people more. According to the American Cancer Society, cancer killed 7.6 million people worldwide in 2007!

Cancer is caused by damaged genes within bodily cells. These damages can be caused by tobacco smoke, asbestos fibers, radiation exposure (including from hospital and airport X-rays), fossil fuel, chemicals, or viral infections. Cancer-promoting genetic damages can also be inherited.

Normal cells are programmed to kill themselves if they become damaged beyond repair. Nevertheless, this program is turned off in cancer cells - allowing them immortality!

Basically, cancer cells are immortal “brain-damaged” cells that act crazy, killing normal cells, interfering with normal bodily functions.

Vitamin D

Vitamin D isn’t really a vitamin. Since vitamin D is usually produced by the body’s largest organ, the skin, it’s really a hormone. For a chemical substance to qualify as a hormone, it needs to be produced by one of the body’s organs.

Not only do plants need sunlight to be healthy, humans also need it. Long ago, sunlight exposure was the only way humans got adequate amounts of vitamin D. Most foods are vitamin D-free or contain small traces of it - not enough for best health! The human skin is designed to photosynthesize large amounts of vitamin D from sunlight exposure.

Researchers recently discovered vitamin D deficiencies among the following people:

People spending most of their time indoors,
People regularly covering all their skin with clothing,
People regularly slathering on sunscreen,
People aged 50 and older,
People with excessive body fat,
People with inflammatory bowel disease, and
People living far from the equator. For example, the following cities have high cancer rates: Seattle, Toronto, Boston, London, Dublin, Helsinki, Copenhagen, Berlin, Moscow, and Anchorage.

Also researchers found that dark-skinned people are more susceptible to vitamin D deficiency, because their skin filters out more sunlight than light-skinned people.

Additionally, researchers have discovered that many of the vitamin D deficient people developed medical conditions such as diabetes, osteoporosis, obesity, heart disease, clinical depression, chronic anxiety, fibromyalgia, rheumatoid arthritis, lupus, multiple sclerosis, Parkinson’s disease, Alzheimer’s disease, psoriasis, eczema, high blood pressure, bone softening diseases, chronic pain, muscle weakness, viral infections, polycystic ovary syndrome, and migraine headaches.

In the past, people believed that taking 600 IU of vitamin D daily was enough for good health. Currently, researchers found that adults need at least 4,000 IU of vitamin D daily for therapeutic anticancer effects!

But how much is too much? Doesn’t vitamin D become toxic at high doses? Vitamin D does become toxic at high doses, but it’s much higher than you think. Researchers recently found that to poison yourself with vitamin D, you need to take at least 40,000 IU of vitamin D daily.

So if you have cancer, a strong and safe therapeutic dose of vitamin D in the range between 10,000 IU and 20,000 IU is needed daily.

Where to get adequate amounts of vitamin D?

These days we can no longer rely on our food supply as good sources of vitamin D. Either the soil is contaminated or too nutrient depleted to grow any food of good nutritional value. To make matters worse the FDA is now pasteurizing everything from milk, to eggs, to fruits and vegetables. Heat from pasteurization destroys the last remaining beneficial nutrients in our food. So where can we get an adequate supply of cancer curing Vitamin D? You can buy vitamin D tablets at vitamin and retail stores. It’s more convenient to buy tablets that have the highest dose per tablet. For example, bottles of vitamin D containing 2,000 IU per tablet. So you need to take only five tablets to equal 10,000 IU.

Sunlight exposure is the best way to get adequate amounts of cancer curing Vitamin D, as the body automatically regulates how much Vitamin D it makes from sunlight, and there is the added benefit of controlling cholesterol. Since vitamin D precursors require cholesterol for conversion into the hormone-like vitamin, without adequate sun exposure vitamin D precursors can turn into cholesterol instead of the vitamin.

It is estimated that for each 5% of skin surface exposed, approximately 435 IU of Vitamin D can be manufactured. Just 20 minutes of direct sun exposure to your skin will manufacture 20,000 IU of Vitamin D - enough to prevent and even cure you of cancer. In other words if you don’t have money to buy Vitamin D supplements or your diet doesn’t have enough Vitamin D, turn off your computers, TVs, video games, and go outside. With an adequate amount of daily sunlight exposure, the cancer cells in your body will stop growing and dividing uncontrollably, will stop invading and destroying other bodily tissues, will stop spreading throughout your body, and the Vitamin D produced naturally will begin specialization for specific bodily functions.

These are not oil reserve tanks. They are sewage treatment tanks. The fuel of the future for every city around the World. The citizens of the cities contribute to this renewable fuel supply 24 hours a day, 7 days a week and 365 days a year.

As a result of a demonstration project partly sponsored by the United States Environmental Protection Agency in cooperation with the Indianapolis Center for Advanced Research, the City of Indianapolis, Indiana, realized a 34% fossil fuel savings by incinerating sewage sludge. At the same time, sludge throughput was increased 10%. In addition to these proven savings, operational downtime for repairs was reduced, maintenance costs were reduced, and air pollution was reduced. The air pollution reduction allowed Indianapolis to cancel a $3,000,000 construction program for air pollution abatement.

Other cities incinerating sewage sludge in the United States that have initiated the fuel efficient mode of operation have saved even more fuel than Indianapolis. Nashville, Tennessee, reduced its fossil fuel usage 40%; Buffalo, New York, reduced its fossil fuel usage by 47% from design expectations; Hartford, Connecticut, reduced its fossil fuel usage by 51%; and Jacksonville, Florida has reduced its fossil fuel usage by over 50%.

These savings result from installing additional instrumentation and controls (often not required at newer facilities), modifying the incinerator operating methods, and training the operators to operate the facilities more efficiently. At Indianapolis, it cost $20,000 per incinerator for instrumentation and operator training. This was an older plant and required a maximum amount of new controls and instrumentation; however, the payback for this $20,000 was less than three months due to the reduction in fossil fuel use based on an oil price of $0.264 per litre ($1.00 per gallon). In the other cities where instrumentation controls were adequate, the cost for developing the now operating mode and training the operators averaged $75,000 per city.

Sludge is a huge environmental problem all over the world but it doesn’t have to be as we now have the know how and technology to turn this problem into a clean energy solution. Not only does this create a new energy source for all major cities around the World it also cleans up the environment. The more we use sewage sludge as a renewable fuel the cleaner our water supply becomes. We can actually clean up our lakes and rivers by using sewage sludge as a fuel source.


Ever wonder if there is a cleaner, cheaper, safer and 100% environmentally friendly fuel source? The truth is we had it all along, for millions of years. The one thing that sustains all life - plants, animals and humans - is also the source of our past, present and future energy needs. The safest, cheapest and cleanest fuel source is water.

Water covers 71% the Earth’s surface, the oceans contain 97.2% of Earth’s water. The Antarctic ice sheet, which contains 90% of all fresh water on Earth. Already knew that. What most of you don’t tend to remember is that water is composed of two gases - Oxygen and Hydrogen. Water is known as H2O with Hydrogen content being 2 parts to 1 part Oxygen. So what? Oxygen is what we all breath, including the engines in our vehicles. Hydrogen is the most abundant of the chemical elements, constituting roughly 75% of the universe’s elemental mass. To the point, hydrogen is a flammable gas making it a viable fuel source.

You’ve heard of hydrogen fuel cells being offered in new vehicles. They have made vehicles that run on hydrogen fuel cells, or in other words on hydrogen. If they already have the technology to run our vehicles on hydrogen why haven’t we gotten away from the polluting and war causing oil? The answer is profit. Once the technology gets out, and it is, the general population will have access to unlimited “free” fuel. Until they can monopolize all the water in the World they will develop new hydrogen technology at a crawl pace. Look at the oil companies today. They are at the top of the Fortune 500. Record profits are being made.

Every ship that sets to sea already has access to an unlimited supply of fuel. Every ocean vessel can sail without ever stopping to refuel. No more contaminating the water when ships dump their bilge water before entering ports. Their clean burning fuel is sea water. Sea water can be split into its Oxygen and Hydrogen gases and the hydrogen can be used to power the ship’s engines. The technology is there to drastically reduce our dependency on oil today.

A Canadian inventor has been busy working on new energy technology that will drastically reduce and one day eliminate the need for fossil fuels. His green energy technology company call Kincaids Energy Technology and Solutions has been working on a device that splits water into Hydrogen and Oxygen gas. The process called cold fission (fission is a splitting of something into two parts.) uses very little energy to split the bond between hydrogen and oxygen in water. The “Water for Fuel Project” process uses harmless radio waves to successfully separate the oxygen from the hydrogen in water. Immediately after applying a very low radio frequency to the water, hydrogen and oxygen bubbles begin to rise to the surface of the water.

The goal of the “Water for Fuel Project” is to use sea water as the fuel source for gas generators, gas stoves, barbecues, gas furnaces and gas lamps. The same device being developed can be modified to provide hydrogen gas from sea water to power the engines of every ship that sets sail carrying cargo, grain, and tourists. This device will drastically reduce the operating costs for every ocean vessel.

With Global Warming being blamed for the rising sea water levels using sea water (water that we cannot drink or use for crop irrigation) as a fuel is another viable solution to prevent shorelines from disappearing. The oceans contain 97.2% of Earth’s undrinkable water so why not convert it into a fuel source. By doing so we would also be re-oxygenating the air we breathe. When we separate the Hydrogen (H2) from the water (H2O) we are left with Oxygen. Something we and every other living creature on Earth needs to live.

Black water can very easily be converted into a renewable fuel source for every major city around the World. No more expensive drilling for fuel deposits. No more waging wars of aggression to steal control of the last remaining oil and natural gas. No more BP oil spill disasters.

It is possible for cities to produce their own energy fuel supply as well as be eco friendly. The infrastructure is already there and the fuel is already being pumped through the cities. What is it that will provide cities with fuel and at the same time drastically clean up the environment? The fuel source is free for the taking and is renewable. The answer to a major city’s energy needs is sewage.

Currently Ontario cities pump billions of liters of untreated sewage into the Great Lakes every year. The main reason for pumping raw sewage into the Great Lakes is a financial reason. Before now cities saw sewage as worthless. It costs $millions to treat sewage and some cities just don’t have the budget to treat all of the sewage. “Millions of Ontarians and their kids, drink, bathe, and eat food grown with Great Lakes water yet cities are to this day pumping billions of liters of “untreated” sewage into them. The answer to the cities needs both for energy and water treatment is treating the sewage as a fuel source.

How can sewage be used as a fuel source to say generate electricity for use in the cities to power street cars, lights, air conditioners, home appliances and business computers and machines? As unappealing as it may seem sewage can cut greenhouse gases, help cleanup water supplies and add a new source of green and endlessly renewable fuel. Left on its own to decay, waste pumped from septic systems (known as septage) produce methane gas (a powerful greenhouse gas in itself) and carbon dioxide, the most popularized greenhouse gas. The result is steady supply of methane that can be used directly as fuel or mixed with natural gas for pipeline distribution. (Natural gas is mostly methane. The mix is relatively easy.) Septic waste could become a valuable commodity since it could be used to make fuel. If septic waste were channeled away from wastewater treatment facilities those facilities would be left to process only gray water, like dirty dish water.


Methane Fuel Generation From Human Wastes

- Anaerobic fermentation or digestion is the most promising process for converting organic materials to methane and other gases.
- A simple apparatus can be constructed to produce bio-gas.
- Bio-gas usually contains about 60 to 70 percent methane, 30 to 40 percent carbon dioxide, and other gases.

Converting organic materials, such as human wastes, to an easily used form of fuel can be accomplished by several methods. The process with the greatest potential is anaerobic fermentation or digestion.

The extraction of fuel from wastes using anaerobic digestion to produce bio-gas is not new and the general technology is well known. Bio-gas, which is methane and other gases, has been known as swamp gas, sewer gas and fuel gas. Sewage treatment plants generate bio-gas from the sewage sludge as part of the sewage treatment processes. Since sewage treatment is a 24/7 process bio-gas is being produced 24/7 as well. Today though, the bio-gas is not collected and used as a fuel source for the energy needs of the city, it is all vented. Using human waste to produce a renewable fuel source is not rocket science. All you have to know is how the fuel is produced and then you simply make modifications to the sewage processing plants to start producing an unending supply of fuel.

First off methane is produced by bacteria. The bacteria are anaerobes and operate only in anaerobic environments (no free oxygen). Constant temperature, pH and fresh organic matter promote maximum methane production. Temperatures usually are maintained at approximately 95 degrees F. Other temperatures can be used if held constant. For each 20 degrees F decrease, gas production will be cut approximately one half or will take twice as long. A constant temperature is critical. Temperature variations of as little as 5 degrees F can inhibit the methane-formers enough to cause acid accumulation and possible digester failure.

Anaerobic digestion is a series of processes in which micro organisms break down biodegradable material in the absence of oxygen and is widely used to treat wastewater. As part of an integrated waste management system, anaerobic digestion reduces the emission of landfill gas into the atmosphere. Anaerobic digestion is widely used as a renewable energy source because the process produces a methane and carbon dioxide rich biogas suitable for energy production helping replace fossil fuels. Also, the nutrient-rich digestate can be used as fertiliser. The digestion process begins with bacterial hydrolysis of the input materials in order to break down insoluble organic polymers such as carbohydrates and make them available for other bacteria. Acidogenic bacteria then convert the sugars and amino acids into carbon dioxide, hydrogen, ammonia, and organic acids. Acetogenic bacteria then convert these resulting organic acids into acetic acid, along with additional ammonia, hydrogen, and carbon dioxide. Methanogens, finally are able to convert these products to methane and carbon dioxide.

Anaerobic digestion is a two-part process and each part is performed by a specific group of organisms. The first part is the breakdown of complex organic matter (manure) into simple organic compounds by acid-forming bacteria. The second group of microorganisms, the methane-formers, break down the acids into methane and carbon dioxide. In a properly functioning digester, the two groups of bacteria must balance so that the methane-formers use just the acids produced by the acid-formers.

Anaerobic digestion facilities have been recognised by the United Nations Development Programme as one of the most useful decentralised sources of energy supply, as they are less capital intensive than large power plants.

A simple apparatus can produce bio-gas. The amount of the gas and the reliability desired have a great influence on the cost and complexity of the system. A simple batch-loaded digester requires an oxygen-free container, relatively constant temperature, a means of collecting gas, and some mixing. Because methane gas is explosive, appropriate safety precautions are needed.

The solution to 2 very major problems (energy needs and waste treatment) that all cities face is already flowing beneath their streets. The solution is provided by its citizens 24/7 making it the most abundant and endlessly renewable source of fuel. Just redirecting sewage into a digester in urban areas meets the entire Kyoto protocol requirements for North American cities without even considering the natural gas production.