Copper Silver Ionization POE

Copper Silver Ionization Process

A new development in the field of electrical engineering and creation of high-performing power semiconductors, the Copper Silver Ionization process uses an electrochemical process to convert lead into a harmless, non-hazardous substance. The Copper Silver Ionization process was developed by a team of scientists led by Professor Steven Schimmer from the Department of Applied Physics and Materials Science at Harvard University. Dr. Schimmer's research into the adverse effects of lead poisoning and how this affects human health have resulted in many important discoveries in this field. One such discovery is that when exposed to a high level of lead for prolonged periods of time, the body will build up an accumulation of toxins which are negatively charged. These toxins interfere with the brain's ability to function properly, hence many of its functions are impaired.

Learn More..

Popular posts from this blog

Copper Silver Ionization and the Great Water Flow Benefits

Image
After a long absence from the water market, ionized copper is back with a vengeance! The dramatic popularity of water-treatment products based on ionized copper was triggered by two major happenings. These were the bottled water recall of 1996 and the health scare of the millennium: the deadly Legionnaires disease. Tap water sampling and extensive surface testing of drinking water supplies in Cincinnati, Ohio were doing just to investigate the pathogenicity of silver and copper during the period of water treatment using ionization. The study focused on the distribution of microorganisms, their spatial structure, and their ability to adhere to metal pipes. The pH condition of the drinking water was also investigated to find out if acid or alkali contamination might be a problem for human health. After all, the microorganisms in question are the living things that are present in our drinking water. The fact that alkaline water treatment using ionization had no effect on the microorganism...
Read more

Effective Commercial Water Treatment Against Legionella

Image
In areas where there is a high level of water contamination, such as drinking water, it's crucial for public health and safety that commercial water treatment against legionella bacteria be taken seriously. This bacterium has shown itself to be one of the most resistant strains of the disease to existing water treatment methods.  The question then becomes, what can we do to prevent it? Here are a few solutions. The Environmental Protection Agency (EPA) has established guidelines for the safe storage, use, and disposal of drinking water. However, even though these guidelines have been in place for years, unfortunately, the current standards set forth by the EPA have fallen far short when it comes to prevention. With over 1 billion gallons of water being discarded for non-drinking consumption every year, it's becoming increasingly difficult for water treatment facilities to meet the needs of people. Instead of waiting, many building managers and owners are taking a proactive appr...
Read more

Copper Silver Ionization Water Treatment in Hotel

Image
  The presence of water treatment facilities in commercial establishments has helped improve the quality of drinking water for millions of people around the world. There are various benefits of using a filter to purify tap water that is then used for drinking and bathing. These filters help remove many of the harmful microorganisms and contaminants that can be found in tap water. Some of these include but are not limited to: bacteria, viruses, parasites, cysts, prescription drugs, and naturally occurring minerals such as calcium, potassium, magnesium, and iron. Although the most common contaminants found in tap water are bacteria, viruses, and parasites, these are not the only contaminants affecting it. Improve Taste and Odor The presence of chlorine, which is commonly found in public supplies, can also cause an unpleasant odor and a bad taste to water. This is often attributed to the fact that it can react with organic compounds, which make up water. By removing chlorine, copper s...
Read more