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HOCL KILLS CORONAVIRUS

To prevent the virus, our HOCL-1 can remove the various pathogenic bacteria. It is the way to generate disinfecting water through electrolyzing a little amount of diluted salt.

Published

3 years ago

July 27, 2020

Bruce Q Burke

Hypochlorous acid (50ppm) achieved > 5 log reduction in FCV titres in less than a minute.

Since the Coronavirus has been discovered in chickens for the first time in 1930, it has been discovered consistently from dogs, pigs, birds and humans in 1960.

It has a ssRNA as the genetic material, encrusted with skin. Its genome size is 26~32kb, and that is the large sized genome among the RNA virus. The Coronavirus enters a host, reduplicates its RNA, and makes necessary proteins.

In 2012, after the Coronavirus was discovered in Saudi Arabia, it has intensively broken out in Middle East area. This is similar to SARS (Severe Acute Respiratory Syndrome), caused nearly 800 deaths, was spread all over the world from Asia in 2003.

HOCL KILLS COVID-19

The incubation period is about one week, it is transmitted through the medium of air by coughs and sneezes.

Also the virus cause severe respiratory symptoms in common with SARS, like a high fever, cough, and difficulty breathing, etc. but, It features accompanying the acute kidney injury unlike SARS and according to the research, it has six times higher fatality rate than SARS. The Coronavirus shows a fatal aspect far more than SARS.

To prevent the virus, our HOCL-1 can remove the various pathogenic bacteria. It is the way to generate disinfecting water through electrolyzing a little amount of diluted salt.

The HOCL solution generated from the HOCL-1 has a strong and widespread sterilizing power, and these systems are being used to prevent various infectious disease by sterilization.

The diagram below from the Korea Testing and Research Institute / Korea Center for Disease Control and Prevention show that in less than one minute the virus is eradicated.

CDC - HOCL KILLS COVID-19

Features of HOCL (Hypochlorous acid)

A colorless and transparent liquid with a weak odor of chlorine like tap water.
Doesn’t cause any harm even if it enters your eyes or mouth, because it is a safe ingredient.
Minimizes environmental pollution, because it resolves itself into external environment.
Maintenance cost is saved, because there is no need for any chemicals or soaps.
With a widespread disinfectant power, it is already recognized as a safe disinfectant.

The diagram below lays out the basic methods of how the system works through the electrolysis of water mixed with a small amount of salt.

HOW TO MAKE HOCL

The HOCL-1 system ensures a reliable supply of electrolyzed disinfectant based highly active Sodium hypochlorite or Hypochlorite.

Without affecting the pH level, just electric current passes through tap water mixed with a small amount of Salt (NaCl) or Hydrochloric acid (HCl) in an undivided electrolytic bath, the HOCL-1 generates activated elements such as NaOCl, HOCl, OH (Hydroxyl radical), O (Oxygen) etc.

Studies have touted the effectiveness of HOCL

Title: Cleansing effectiveness of Electrolyzed Water Depending on the Nursing Procedure and Degree of Hand Contamination

Authors: Yasuko Takahashi, Akemi Takeshita, Miyoko Endo, and Minako Sasaki

Journal: Biocontrol Science, Vol.7, 2002, №3, page: 173–179

Abstract Summary: We examined the antibacterial effectiveness of hand washing with electrolyzed water (EW) depending on the type of nursing procedure and differences in the degree of bacterial contamination on hands after the procedure.

With respect to the bacteria on the hands after diapering (relatively heavy contamination), changing positions (relatively light contamination), and endotracheal aspiration (light contamination), hand washing for 10s and 30s with EW lowered the hand bacterial counts after hand washing to the same level as or lower than that before the procedures. Washing with EW was as effective as washing with medicated liquid soap and 7.5% (w/v) povidone-iodine liquid.

Based on these results, we considered that and washing for 10s with EW could be applied to any of the procedures that require direct contact with the patient’s skin (diapering) or clothing (changing positions), as well as the procedures involving no direct contact with the patient (endotracheal aspiration).