RMIT Studies support the safe use of HOCL (Hydro-E) to help reduce COVID-19 risks.

RMIT Studies support the safe use of HOCL (Hydro-E) to help reduce COVID-19 risks.

"The HOCl is an appropriate candidate of disinfectant for indoor settings such as offices, hospitals, and healthcare clinics."

Research carried out at RMIT University (Melbourne) has demonstrated the efficacy of HOCl in eliminating bacteria suspended in the air, when sprayed through controlled equipment such as the MKS Clean Booth, over surfaces of any kind, demonstrating obvious advantages of HOCl (Hydro-e) as an air disinfectant, surface disinfectant and hand sanitiser.

"Disinfection in the form of an effective surface disinfectant, hand hygiene or air disinfection, is the major preventive measure in containing the novel coronavirus."

 

This paper highlights the safety attributes and demonstrated non-toxicity in the use of HOCl in contact with the skin, eyes and respiratory system.

"HOCl was also found to be an effective disinfectant that was 80–200 times more effective than standard disinfecting procedures while being non-toxic to humans."

 

"The safety and non-toxicity for humans and the environment, the low cost, and the flexibility of applying methods make HOCl an appropriate candidate of disinfectant for indoor settings such as offices, hospitals, and healthcare clinics."

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