Chlorine dioxide is an extremely powerful compound that appears to intelligently seek out and destroy elements that are destructive to the human body while preserving healthful bacteria and such. Realistically, it’s not so much about intelligence as it is an act of brilliant chemistry.
How Does Chlorine Dioxide Differentiate Good Bacteria from Bad?
The chlorine dioxide compound travels throughout the bloodstream and is naturally attracted to pathogens that are ionically charged positively and possess pH values that extend beyond the healthy range of the human body. All potentially destructive toxins, bacteria, heavy metals, parasites, and viruses are easily identifiable by this unusually high pH value and positive ionic charge.
This is the most basic science. The chlorine dioxide ion is attracted to the positive ion-charged harmful pH-balanced pathogen. When it makes contact, it extracts five electrons causing an explosion (oxidation) that destroys the pathogen and reduces it to a rudimentary salt.
Debris from the dead pathogen flows harmlessly throughout the blood system while the body finds the best way to dispose of it through the excretory system.
The reason chlorine dioxide does not affect healthy cells or bacteria is due to the fact that they possess a negatively charged ion, and have a pH value of 7 or more, to which chlorine dioxide ion is not attracted at all, leaving them safe and unaffected.
Chlorine Dioxide for Drinking Water
The most common use of natural antibacterial cleaner solution (NACS) is as a water purifier using chlorine dioxide for drinking water disinfection. This powerful bactericide effectively eliminates pathogens and viruses that may be found in groundwater, making it safe to drink.
This is used by the military, exploratory missions, outdoorsmen, camping, and hiking around the globe and has been proven safe and effective over the years. No one has died using the two-part water purification formula by activating a few drops, adding to any surface water, and then drinking.
Interestingly, water known to carry malaria has been treated, and not only do those drinking it not contract malaria, but in thousands of cases, people who were dying of malaria experienced rapid recovery within a few hours by drinking water purified by this two-step chlorine dioxide process.
Chlorine dioxide is a safe and effective method of purifying drinking water, and it has been approved by the FDA for this purpose.
Chlorine Dioxide Safe to Inhale
Since sodium chlorite when acid activated becomes chlorine dioxide and this compound is gaseous in nature. It is easily identified by being able to smell the chlorinated odor in the air. One of the most prevalent uses of chlorine dioxide is its use as an industrial disinfectant.
When sanitizing anything from water treatment facilities and sewage treatment plants to medical supplies and infectious disease treatment centers, the gaseous odor is apparent to workers in the immediate area.
The Occupational Safety and Health Administration of the United. States Department of Labor (OSHA) has determined that exposure to this gas from chlorine dioxide safe to inhale and tolerable for humans in the working environment who are dispensing the sanitizing solution. In the working environment, OSHA has approved 0.1 ppm air concentration and 0.3 ppm for short-term inhalation.
Jim and Paris Humble and many other supporters of the use of chlorine dioxide both maintain that it can be healthy to sniff the gas while the drops are activating in a shot glass as a method to get chlorine dioxide into the lungs directly.
