Electrolytic Ozone

FAQ

• Q

  There are rumors online that ozone water may produce carcinogenic substances. Is this true?

  Carcinogenic by-products such as nitrogen oxides (NOx) may occur when ozone is generated using the air-based ozone generation method. However, Biolux ozone water produced directly in water does not generate any by-products.

  Carcinogenic by-products such as nitrogen oxides (NOx) may occur when ozone is generated using the air-based ozone generation method. However, Biolux ozone water produced directly in water does not generate any by-products.

• Q

  Some online articles claim that ozone water should not be sprayed on the human body. Is that correct?

  Pure ozone water that contains no residual chlorine and no nitrogen oxides (NOx) is safe for contact with the human body.
  Biolux 2 ppm ozone water has been tested by SGS Lab, confirming that it is safe for human cells and mucous membranes.

  Pure ozone water that contains no residual chlorine and no nitrogen oxides (NOx) is safe for contact with the human body.
  Biolux 2 ppm ozone water has been tested by SGS Lab, confirming that it is safe for human cells and mucous membranes.

• Q

  Is ozone water irritating to the human body? Does it affect health?

  Only ozone gas dispersed in the air at excessively high concentrations may cause irritation.
  Ozone dissolved in water releases very low levels of ozone gas, and Biolux products comply with U.S. OSHA occupational safety standards. Even when smelled at close range, it does not cause irritation or discomfort.

  Only ozone gas dispersed in the air at excessively high concentrations may cause irritation.
  Ozone dissolved in water releases very low levels of ozone gas, and Biolux products comply with U.S. OSHA occupational safety standards. Even when smelled at close range, it does not cause irritation or discomfort.

• Q

  How can I tell if the ozone gas concentration released from ozone water is too high?

  When people are exposed to ozone gas at excessively high concentrations, the body will immediately react. Common symptoms include coughing, eye irritation, and tearing, which are natural protective responses.
  In addition, ozone has a short half-life of about 20 minutes, meaning it does not accumulate in the body over time.

  When people are exposed to ozone gas at excessively high concentrations, the body will immediately react. Common symptoms include coughing, eye irritation, and tearing, which are natural protective responses.
  In addition, ozone has a short half-life of about 20 minutes, meaning it does not accumulate in the body over time.

• Q

  Why is your product much more expensive than competing products?

  • Highest ozone concentration in water in the industry

  • 99.99% disinfection within 5 seconds (most competing products require around 30 seconds, similar to alcohol)

  • No carcinogenic by-products, such as nitrogen oxides or hypochlorous acid

  • No consumables required (no need to regularly purchase pellets, filter cartridges, etc.)

  • The generator can be replaced separately, without purchasing a new unit

  • Highest ozone concentration in water in the industry

  • 99.99% disinfection within 5 seconds (most competing products require around 30 seconds, similar to alcohol)

  • No carcinogenic by-products, such as nitrogen oxides or hypochlorous acid

  • No consumables required (no need to regularly purchase pellets, filter cartridges, etc.)

  • The generator can be replaced separately, without purchasing a new unit

• Q

  How long can the spray bottle be used? What is its lifespan?

  • Capable of generating ozone water 16,000 times / 2,400 liters (<1 ppm)

  • At 10 uses per day, the generator can last approximately 4.4 years

  • Capable of generating ozone water 16,000 times / 2,400 liters (<1 ppm)

  • At 10 uses per day, the generator can last approximately 4.4 years

• Q

  What does the Biolux EOG patented technology mean?

  Using low-voltage direct current, water is electrolyzed into hydrogen atoms and oxygen atoms.
  Hydrogen atoms are released from the cathode, while three oxygen atoms combine to form ozone.
  The core generator uses a NASA-grade titanium coating, which improves electrolysis efficiency and ensures stable ozone concentration.

  Using low-voltage direct current, water is electrolyzed into hydrogen atoms and oxygen atoms.
  Hydrogen atoms are released from the cathode, while three oxygen atoms combine to form ozone.
  The core generator uses a NASA-grade titanium coating, which improves electrolysis efficiency and ensures stable ozone concentration.

• Q

  Compared with hypochlorous acid or alcohol, isn't this much more expensive?

  If you only intend to use it during a pandemic, it may seem expensive.
  However, if used daily as part of long-term hygiene habits, combining cleaning and disinfection, it becomes more economical, safer, more convenient, environmentally friendly, and gentler to the human body than hypochlorous acid or alcohol.

  If you only intend to use it during a pandemic, it may seem expensive.
  However, if used daily as part of long-term hygiene habits, combining cleaning and disinfection, it becomes more economical, safer, more convenient, environmentally friendly, and gentler to the human body than hypochlorous acid or alcohol.

• Q

  Is it still necessary to use it in daily life? After the pandemic, it may not be needed, right?

  Examples of everyday use:

  • If you brush and rinse your mouth daily, think of it as using tap water or mouthwash.

  • If you drive, remember to disinfect surfaces inside your car.

  • When traveling or flying, use it to disinfect hotel room items, airplane tray tables, restrooms, and your hands before and after meals to reduce the risk of infection.

  Examples of everyday use:

  • If you brush and rinse your mouth daily, think of it as using tap water or mouthwash.

  • If you drive, remember to disinfect surfaces inside your car.

  • When traveling or flying, use it to disinfect hotel room items, airplane tray tables, restrooms, and your hands before and after meals to reduce the risk of infection.

• Q

  What is the difference between 99%, 99.9%, and 99.99% disinfection rates?

  The more nines after the decimal point, the higher the disinfection effectiveness.

  The more nines after the decimal point, the higher the disinfection effectiveness.

• Q

  Does a stronger ozone smell mean a higher concentration?

  Not necessarily.
  A noticeable ozone smell often indicates that the ozone has not fully dissolved in water. Humans can detect the smell of ozone at approximately 0.02 ppm, which is not directly related to the ozone concentration in the water.

  Not necessarily.
  A noticeable ozone smell often indicates that the ozone has not fully dissolved in water. Humans can detect the smell of ozone at approximately 0.02 ppm, which is not directly related to the ozone concentration in the water.

• Q

  What is the difference between sterilization, disinfection, bactericidal action, bacterial removal, and bacteriostasis?

  • Sterilization: Eliminates all microorganisms – 100%

  • Bactericidal: Kills microorganisms – 99.99%

  • Disinfection: Eliminates specific pathogenic microorganisms but not all microorganisms – 99%

  • Bacterial removal: Removes microorganisms from a surface

  • Bacteriostatic: Inhibits or suppresses the growth of microorganisms

  • Sterilization: Eliminates all microorganisms – 100%

  • Bactericidal: Kills microorganisms – 99.99%

  • Disinfection: Eliminates specific pathogenic microorganisms but not all microorganisms – 99%

  • Bacterial removal: Removes microorganisms from a surface

  • Bacteriostatic: Inhibits or suppresses the growth of microorganisms