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Innovations are Making Toxic Chemicals a Thing of the Past

Since 1847, when chlorine was first used as a disinfectant, there have been few alternatives to the effective but often dangerous substances known as chemical disinfectants. Today, there is a technology that combines salt, water, vinegar, and electricity to create an EPA-registered, general purpose, hospital-grade cleaner and disinfectant proven more effective than chlorine bleach.

Dubbed by The Los Angeles Times as “miracle liquid,” those of us in the world of advanced science call it electrolyzed water. It is effective, harmless to skin at both the dermal and subdermal levels, and easy and inexpensive to produce. Nobody is suggesting prolonged exposure, but if it gets in your eyes, no harm will come to them. In fact, products based on this same electrolyzed water are the basis of commercially available eyelid cleaning products. If ingested at small amounts, the most harmful effect is an imbalance of good and bad microbes in the intestine, which can cause discomfort for two or three days. The solution also can be generated on-site, eliminating delivery, storage, and disposal issues.

The Science Behind Electrolyzed Water

The process of making electrolyzed water is elegant in its simplicity. Tap water is placed into a flask containing an electrolytic cell composed of an anode that delivers a positive electrical charge and a cathode that delivers a negative electrical charge. Then, a carefully formulated solution of saline and vinegar is added to the water. When the device is operating, a measured amount of electricity passes through the anode and cathode. Negatively charged chloride ions are attracted to the anode and electrochemically convert into hypochlorous acid — a powerful and reliable disinfectant. The positively charged sodium ions are attracted to the cathode and convert into sodium hydroxide, a powerful grease cutter and cleaning compound.

This approach, based on simple but advanced electrochemical technology, is catching on in homes, schools, day cares, and professional cleaning companies throughout the U.S. and beyond. Commercial users of electrolyzed water note significant cost savings and fewer absences due to illness and injury from toxic chemicals exposure.

The Toxins Use Reduction Institute at the University of Massachusetts has standard, industry accepted protocols to measure the cleaning capability of a variety of chemicals used in homes and by professional cleaning organizations. It found that this technology can clean and disinfect on par with mainstream chemicals that are both toxic and more expensive than electrolyzed water.

While there has not been a major paradigm shift in cleaning and disinfecting chemistry since 1847, to quote a famous folk singer, “The times they are a changing.”

Original Article written by Patrick Lucci

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