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Aquaox systems generate Hypochlorous Acid (HOCl) directly on-site using salt, water, and electricity.
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Nanobubbles (<200 nm) improve water quality with unique properties:
HOCl is a naturally occurring molecule produced by white blood cells, highly effective against bacteria, viruses, fungi, and even prions, with up to 100 times the disinfecting power of bleach. It disrupts microbial cell walls and oxidizes essential biochemicals like DNA and proteins, neutralizing pathogens rapidly.
HOCl is gentle, non-irritating to skin, eyes, and mucosal tissues, and safe even if ingested. Its neutral charge allows it to penetrate microbial barriers without being repelled, unlike negatively charged disinfectants like bleach. It’s degradable, toxin-free, and requires no protective gear.
Advances in electrolysis technology allow on-site or at-home production using simple ingredients (salt and water), making HOCl affordable and widely available for both commercial and consumer use.
HOCl is used in healthcare (wound care, eye care, dental disinfection), food safety (sanitizing surfaces and produce), water treatment, and general sanitation. It’s effective as a fog or spray for disinfecting large spaces and can reduce biofilm on surfaces like implants or toothbrushes.
HOCl is gentle, non-irritating to skin, eyes, and mucosal tissues, and safe even if ingested. Its neutral charge allows it to penetrate microbial barriers without being repelled, unlike negatively charged disinfectants like bleach. It’s degradable, toxin-free, and requires no protective gear.
HOCl reduces inflammation, promotes wound healing, and mitigates scarring in medical applications like dermatology and chronic ulcer treatment. It’s used in veterinary care for skin conditions and in skincare for acne and eczema due to its antimicrobial and anti-inflammatory properties.
Nanobubbles, smaller than 100 nm, remain suspended in liquids for weeks or months due to their neutral buoyancy and strong negative surface charge, preventing coalescence. This stability enhances the residence time of gases like oxygen or HOCl, improving their efficacy.
The tiny size and high surface energy of nanobubbles allow them to penetrate deep into surfaces, crevices, and biofilms, delivering active agents like oxygen or disinfectants more effectively than larger bubbles. This is particularly useful for disinfection and cleaning applications.
Nanobubbles boost dissolved oxygen levels in water, benefiting applications like agriculture (improved plant growth and nutrient uptake) and water treatment (enhanced purification). They create reactive oxygen species which are potent oxidizers for pathogen control.
Nanobubbles effectively eradicate microbial biofilms on surfaces, including pipe interiors, by delivering disinfectants or reactive oxygen species directly to the biofilm matrix, preventing pathogen regrowth.
Nanobubble technology reduces the need for chemical fertilizers in agriculture by enhancing nutrient uptake and crop yield. It also lowers surface tension, improving fluid permeability and reducing energy costs in processes like irrigation or water treatment.
Nanobubbles are used in agriculture (irrigation), healthcare (disinfection), water treatment (pathogen elimination).
Their ability to remain stable until triggered by surfaces or ultrasound enhances their utility across industries.
