Contact Time Critical - 3 to 10 Minutes Not Practical for Proper Disinfection

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An Ally to the CDC and OSHA
R-Water's advanced disinfecting and cleaning device ushers in the tides of change

The CDCs mission is to prevent infectious disease. OSHA lists exposure to hazardous chemicals, exposure to pathogens, and risk of slips and falls as healthcare hazards. R-Water’s technology provides healthcare facilities with two valuable solutions that aid the CDC’s mission and address OSHA’s concerns.

R-Water LLC, a Texas based WOSB, manufactures a wall-mount device that enables healthcare facilities to generate a nontoxic, one-step healthcare grade cleaner disinfectant, (TK60) and a multi-surface cleaner (FC+) on-site, using only electricity, softened water, and pure salt.

EPA lab testing proves TK60 kills HAI causing pathogens such as C-diff and MRSA in 60 seconds. This is substantially less than the 3-10 minute contact time needed for products currently on the market, dramatically decreasing the amount of time patients and healthcare workers are exposed to harmful pathogens and chemicals.

The CDC recommends that: "Ideally, product users should consider and use products that have a shortened contact time."
"Ideally product users should consider and use products that have a shortened contact time."
CDC RECOMMENDATION
Regarding products with a 10 minute contact time, the CDC states: "Such a long contact time is not practical for disinfection of environmental surfaces in a healthcare setting because most healthcare facilities apply a disinfectant and allow it to dry (~1 minute)."

Why is TK60 so effective?

TK60 is water based disinfectant, composed mainly of >99% water and .02% HOCl.

According to the CDC: "The microbicidal activity of chlorine is attributed largely to undissociated hypochlorous acid (HOCl). The dissociation of HOCI to the less microbicidal form, (hypochlorite ion OCl ̄) depends on pH. The disinfecting efficacy of chlorine decreases with an increase in pH."

"The microbicidal activity of chlorine is attributed largely to undissociated hypochlorous acid (HOCl). The dissociation of HOCI to the less microbicidal form, (hypochlorite ion OCl ̄) depends on pH. The disinfecting efficacy of chlorine decreases with an increase in pH."
CDC EVALUATION
Chlorine, at a pH of 12 (commonly known as household bleach,) is composed of the hypochlorite ion and is a relatively ineffective disinfectant when compared to HOCl.

The CDC adds: ‘The concept of electrolyzing saline to create a disinfectant or antiseptics is appealing because the basic materials of saline and electricity are inexpensive and the end product (i.e., water) does not damage the environment.’

TK60 is FDA approved to be used on food and food contact surfaces and does not require an extra rinse to remove residue. TK60 is proven to be non-carcinogenic, complies with OSHA standards for use against bloodborne pathogens, and resistant strains of bacteria cannot form against it. TK60 has a 7 day shelf life in a closed container.

FC+, also generated by R-Water’s device, produces soap when in contact with oils and animal fats in a process called saponification. FC+ is a dilute form of sodium hydroxide. The TC-RU produces FC+ at 540 ppm. At levels lower than 2000 ppm, sodium hydroxide, (FC+,) is not considered a skin irritant. FC+ can be added to auto-scrubbers, carpet cleaning equipment, and mop buckets to be used for exceptional cleaning. FC+ will not leave a residue, helping to reduce the risk of slips and falls in facilities.

Both solutions can be used safely on a variety of surfaces, and do not contain allergy causing perfumes or dyes. TK60 and FC+ are not harmful to humans or animals, do not require personal protective equipment (PPE) when handling, and can be safely discharged down drains. TK60 and FC+ are dispensed RTU (ready to use,) with no mixing or diluting necessary. On-site, RTU production eliminates a facility’s need to store or mix hazardous chemicals and comply with the rigorous disposal practices OSHA and the EPA require of hazardous chemical containers.

R-Water’s solutions have been tested, approved, and comply with EPA, FDA, and OSHA standards. The TC-RU device has passed UL testing for safety and R-Water’s manufacturing facility is audited quarterly by TUV forquality assurance.
Many healthcare organizations have not updated their internal protocol to reflect this EPA Regulatory Classification of Devices.
So, why isn’t every healthcare facility using R-Water’s device to reduce risk and improve safety for patients and workers, while benefitting from cost savings?

Many healthcare organizations have not updated their internal protocol to reflect this EPA Regulatory Classification of Devices.

You can learn more about the solutions and technology in the white paper, Summary and Review of Regulatory Classification of R-Water Technology

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