I know you want good drinking water for you and your children.  We all want good water to drink especially when we take into consideration that we are 70% water.  That means that a 150 pound person has over 13 gallons of water in their bodies.

Water is the delivery system for taking nutrition to the cells and water carries away the bio-waste acids produced by the cells.  Proper hydration keeps us energized and a balanced metabolism.

The public water system and most wells around the country are full of contaminants as you will learn below.  Clean drinking water for the most part is a thing of the past unless of course, you live high above the pollutants and the contamination process.  Public water is loaded with free-radicals.  It shows up on the ORP (oxidation reduction potential) meter in the high plus range.  It also shows up acid.  Acid water loaded with free-radicals will cause all manner of health challenges such as obesity, Cancer, mental retardation, premature aging, depression, Diabetes, Alzheimer’s, and heart disease.

What can we do?  Good water is hard to find and most times, too cost prohibitive for many.  Sometimes water treatment systems are very costly and we still don‘t know if they are doing a good job.  Many companies are long on promises and short on delivery.

Well here is something that works, inexpensive, easy to use and you can take it everywhere you go.  It is called Electra Light.  Electra Light is loaded with extra electrons (-OH) with an ORP reading of -350 Mv, which means it is a powerful anti-oxidant.  It has a pH of 12.30 which means it is very alkaline.  It comes in a one ounce bottle.  Just two droppers in sixteen ounces of water will dramatically improve your drinking water.    

Clean drinking water is something that the public has pretty much taken for granted for the past hundred years. The public has little idea--perhaps understandably--just how contaminated our drinking water has become. Our environment is changed, new pathogens are emerging, drinking-water systems are aging, and governments seem more interested in ensuring business in the global marketplace than in ensuring the safety and health of our citizens.

Acid rain corrodes copper, lead, and galvanized pipes. There are hundreds of agricultural pollutants, including pesticides and fertilizer, industrial pollutants including plasticizers, solvents, and propellants; along with chemicals added to aid in the coagulation of water can be of great concern to water pollution.

A National Assessment of Tap Water Quality found 260 contaminants in our nation’s tap water; 141 of these contaminants have no enforceable safety limits. Of the 141 unregulated contaminants utilities detected in water supplies between 1998 and 2003, 52 are linked to cancer, 41 to reproductive toxicity, 36 to developmental toxicity, and 16 to immune system damage, according to chemical listings in seven standard government and industry toxicity references. Despite the potential health risks, any concentration of these chemicals in tap water is legal, no matter how high.

However, the EPA’s own scientists have identified 600 chemicals in tap water formed as by-products of disinfection; they tracked 220 million pounds of 650 industrial chemicals discharged to rivers and streams annually. They also spearheaded research on emerging contaminants after the U.S. Geological Survey found: 82 unregulated pharmaceuticals, hormones, medications, and residues of consumer products in rivers and streams across the country. Intensive use of antibiotics in human and veterinarian medicine and in industrial farming (food additives) has resulted in the transport of significant quantities of the active ingredients to environmental waters. All told, EPA has set safety standards for fewer than 20 percent of the many hundreds of chemicals that it has identified in tap water.

Many of these compounds enter the human body through our skin when we bathe or swim.

By failing to clean up rivers and reservoirs that provide drinking water for hundreds of millions of Americans, EPA and the Congress have forced water utility companies to decontaminate water that is polluted with industrial chemicals, factory farm waste, sewage, pesticides, fertilizer, and sediment. In its most recent national Water Quality Inventory EPA found that 45 percent of lakes and 39 percent of streams and rivers are "impaired" unsafe for drinking, fishing, or even swimming, in some cases. Even after water suppliers filter and disinfect the water, scores of contaminants remain, with conventional treatment regimes removing less than 20 percent of some contaminants. By failing to set tap water safety standards expeditiously or require and fund comprehensive testing, EPA allows widespread exposures to chemical mixtures posing known risks to human health.

A Fractional Damage Assessment

Acid rain is produced when nitrous oxide, sulphur dioxide, and carbon dioxide gas in the upper atmosphere react with water particles to produce nitric acid, sulphuric acid, and carbonic acid respectively. Unpolluted rainfall normally has an acidic pH of about 6.5 to 6.8, whilst acid rain has a pH that varies from 4.1 to 5.5.

Rainwater was naturally slightly acidic because it contained a small amount of dissolved carbon dioxide gas. This forms a small amount of carbonic acid. Acid rain contains abnormally high levels of carbonic acid (from the excessive amounts of carbon dioxide released in the atmosphere from burning fossil fuel).

The word equation is:

Carbon dioxide + water = carbonic acid

When we burn fossil fuels (especially coal), sulphur dioxide is made and released into the air. When sulphur dioxide dissolves in rainwater, it makes sulphuric acid.

Sulphur dioxide + water = sulfuric acid

Sulphur Dioxide reacts with a wide range of substances found in food, including various essential vitamins, minerals, enzymes and essential fatty acids.

Sulfuric acid is actually a mixture of acids in high concentrations. Sulfuric acid is much stronger than carbonic acid. It is extremely corrosive and it causes damage to rocks, animals, and plants.

Sulfuric acid can cause severe burns to all body tissue and may be fatal if swallowed or contacted with skin. It is harmful if inhaled; it affects teeth; it is a cancer hazard. Strong inorganic acid mists containing sulfuric acid can cause cancer.

Nitrous oxides react with water vapor to form nitric acid. Nitric acid is a highly corrosive and toxic acid that can cause severe burns.

Nitrous oxides + water = nitric acid

Nitric acid is a cancer-causing agent. It is also a powerful dehydrating agent, so powerful that much of the damage it does to the human body is because it pulls water even out of other molecules in chemical reactions.

Apart from emissions of sulphur dioxide and nitrogen oxides from the combustion of fossil fuels, there are also other substances that contribute to acid rain formation. These include hydrochloric acid and organic carboxylic acids. These organic acids include acetic acid and formic acid and are formed when volatile organic compounds are oxidized in the air.

Acid rain causes a cascade of effects that harm or kill individual fish, reduce fish population numbers, completely eliminate fish species from a body of water, and decrease biodiversity. Damages also show up in land animals, affecting their behavior and feeding patterns. Acid rain kills trees, crops, and other vegetation; damages buildings and monuments; corrodes copper, galvanized steel, and lead piping; damages such manufactured things as automobiles; and reduces soil fertility. Acid rain can raise the level of heavy metals, many of which are carcinogenic, teratogenic, mutagenic, reproductive toxins, or neurological toxins in drinking water supplies.

Pure acid water extracted from drinking water will burn holes in the outer membranes of microbes like parasites, bacteria, viruses, and microscopic worms. Pure acid water will destroy or kill parasites and their eggs, bacteria, germs, and viruses. Pure acid water has a strong oxidation potential (a shortage of electrons) giving it the ability to oxidize and sterilize. When extracted from drinking water about one third of the water is acid water (and the third part of the waters became wormwood). Think of the effects it has on the human body.

Acid rain raises the level of heavy metals, some of which are poisonous, in drinking water supplies. Polluted acidic waters contain higher than average levels of heavy and toxic metals, carbon monoxide, volatile organic compounds (VOCs), photochemical oxidants, and a laundry list of other toxins that pose serious health threats.

Some toxins enter the human body through air, water, and/or through our skin (when we bathe or swim many of these toxins are absorbed through our skin). Other poisonous metals and toxins that are dissolved into the rainwater are absorbed by the fruit, vegetables we eat. All of the meat we eat is saturated with toxins that were absorbed through the skin and into the tissue of the animals. In addition, animals eat these plants and other animals, perpetuating the cycle. Many heavy metals are bioaccumulative and toxic. They can accumulate in the soft tissues when the body cannot metabolize them.

Acid rain contains caustic acids that tend to make the pH of the human body more acidic. Drinking acidic water can cause many serious diseases. All of the water we drink (including bottled, purified, reverse osmosis, and distilled waters) contain these acids. It can be difficult to balance the pH of people consuming water loaded with these acids.

Breathing acid fogs (including hot shower or bath water) can damage our respiratory system. Some of these acids are powerful dehydrating agents, so powerful that much of the damage they do to the human body is because they pull water even out of other molecules in chemical reactions.

Continued ....