Hypochlorous acid (HOCl) is a powerful yet remarkably gentle solution for modern disease prevention and healing. As a broad-spectrum disinfectant, HOCl rapidly neutralizes viruses, bacteria, fungi, and other communicable pathogens—helping stop disease transmission in homes, hospitals, schools, and public spaces without toxic exposure. On the body, HOCl mirrors the molecule produced by the human immune system, making it safe and effective as a skin spray to calm inflammation and support conditions such as acne, rosacea, eczema, and compromised skin barriers. Clinically, it acts as an accelerated wound- and burn-healing agent—preventing infection, improving tissue regeneration, and supporting faster recovery without harming healthy cells. Beyond surfaces and skin, HOCl is also safe as a leave-on food disinfectant, reducing foodborne pathogens without chemical residue. Together, these applications position HOCl as a single, science-backed platform for preventing disease, protecting health, and promoting healing across daily life and critical environments.
of scientific research
peer-reviewed publications on HOCl
with regulatory approval
antimicrobial efficacy in laboratory studies*
*Independent laboratory testing on HOCl solutions
Early studies document HOCl's antimicrobial properties
Research identifies HOCl as a key component of immune response
Advanced stabilization techniques developed
Clinical studies demonstrate skin healing support
Recognized by WHO, FDA, and EPA for various applications
In independent clinical studies on HOCl solutions, participants saw:
More than 100 years of safety research confirms:
Cleared multiple HOCl products for wound care and medical device sterilization
Recognized HOCl on "List N" as effective against emerging pathogens including SARS-CoV-2
Included HOCl in guidance for infection control and disinfection
Approved as Class III medical product
Approved HOCl for topical medical applications
Based on independent laboratory testing comparing antimicrobial efficacy against mammalian cell toxicity