Since the outbreak of COVID-19 in 2020, many people have become hesitant about going out, socializing, and returning to their previous lifestyles. Wearing masks in public and regularly sanitizing hands have become part of daily life.

 

Some people believe that simply staying at home means staying safe. But is that really true?

 

Not entirely.

 

You do not need to go outside to encounter pathogens—viruses and bacteria may already exist inside your home. According to a report by ABC News, people may actually be more likely to contract COVID-19 in a living room environment than outdoors.

 

Hidden Sources of Germs and Viruses in Your Home

 

While it may be difficult to control or sanitize environments outside our homes, there are effective ways to protect ourselves from bacteria and viruses indoors.

 

This article highlights some common household areas where pathogens accumulate, and explains why electrolytic ozone water mist technology can be an effective solution for eliminating them.

 

Sofa

Many people do not realize that sofas and sofa cushions contain microorganisms. In fact, cushions can become ideal environments for microbial growth.

 

Over time, everyday activities—such as eating snacks on the couch, hosting guests, or taking an afternoon nap—allow crumbs, dust, and microorganisms to accumulate.

 

Vacuuming and wiping surfaces can remove visible debris, but these methods often fail to eliminate microscopic bacteria and viruses hidden deep within the fabric.

 

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Bed

After a long day, lying down in bed can feel relaxing and safe. But how often do you clean your bed sheets, pillowcases, and pillows?

 

Dust mites and bacteria living in bedding can contribute to:

• Asthma

• Allergies

• Influenza

• Foodborne illness

• Other infections associated with respiratory diseases

 

For better hygiene, it is recommended to wash bedding and pillows every 1–2 months and regularly disinfect the bed and surrounding areas.

 

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Bathroom

 

The bathroom is one of the warmest and most humid environments in the home—conditions that create the perfect breeding ground for bacteria and mold.

 

Common bacteria found in bathrooms include:

• Enterobacteriaceae (bacteria originating from fecal matter)

• E. coli

• Streptococcus

• Salmonella

 

Another common habit increases contamination risks: flushing the toilet without closing the lid. During flushing, microscopic droplets containing bacteria can spread to nearby surfaces such as sinks, door handles, and even toothbrushes.

 

Studies have shown that an average toothbrush may contain up to 200,000 bacteria per square inch, which is more than 600 times the bacteria found on a typical toilet seat.

 

This makes proper bathroom sanitation critically important.

 

The Problem with Traditional Disinfection 

Most traditional disinfection methods rely on harsh chemical mixtures to kill bacteria and viruses.

 

While these chemicals can be effective, long-term use raises several concerns:

• Environmental harm

• Potential cumulative health effects

• Possible carcinogenic risks

 

In addition, chemical disinfectants must be handled carefully. Users typically need to wear gloves and protective equipment, and after application the treated space must remain well ventilated for at least three hours.

 

 

Biolux Space Sanitation System (SSS)

 

The Biolux Space Sanitation System (SSS) offers an innovative solution for home sanitation.

 

Using BES Group’s patented electrolytic technology, the device converts pure water into ozone through electrolysis. The ozone is then safely atomized into a fine water mist and gradually released into the surrounding environment.

 

Ozone is a natural disinfectant that reacts much faster than chlorine or other chemical disinfectants, and it is highly effective at sanitizing surfaces.

 

Through oxidation, ozone destroys bacteria and viruses. After completing the disinfection process, ozone naturally converts back into harmless oxygen.

 

The electrolytic ozone water mist can be safely dispersed into the environment to sanitize both air and surfaces within a space.

 

The SSS system transforms pure water into high-purity ozone mist capable of eliminating more than 99.97% of pathogens, while remaining safe for skin contact and leaving no harmful chemical residues.

 

Because ozone mist quickly converts back into oxygen, it can safely be used in rooms containing personal items such as bedding and toothbrushes—without concerns about chemical contamination.

 

Another advantage is that no strong chemical odors are produced during cleaning. Ozone can even help oxidize and remove unpleasant odors from the environment.

 

Safety

 

Ozone water mist provides a chemical-free sanitation method that is safe for skin contact and environmentally friendly.

 

The SSS system offers two operating modes:

• Power Mode (unoccupied spaces)

  • Releases ozone mist concentrations up to 0.1 ppm

  • Eliminates >99.97% of pathogens

  • Reaction speed is 3,000 times faster than chlorine, with 50 times greater effectiveness

 

• Standard Mode (occupied spaces)

  • Continuously releases 0.05 ppm ozone mist

  • Complies with the strictest international ozone safety standards

  • Aligns with findings published by Fujita Health University (Japan) in 2020 regarding ozone’s effectiveness against COVID-19

 

In addition to disinfection, ozone is also a powerful deodorizing agent, helping maintain a fresh indoor environment.

 

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Convenience

 

The system is extremely easy to use.

 

SSS requires only pure water and electricity to generate high-purity ozone water mist—without producing harmful by-products.

 

The device is compact and lightweight, making it easy to move from room to room so that different areas can be disinfected as needed.

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Technological Breakthrough

 

Some people may recall past reports about ozone air purifiers causing irritation. Such concerns often relate to older ozone technologies.

 

The Biolux SSS system uses a fundamentally different approach. The ozone water mist it releases is produced directly from pure water through electrolysis, rather than from air-based ozone generators.

 

Furthermore, the ozone concentration is precisely controlled:

• 0.05 ppm in Standard Mode

• 0.1 ppm in Power Mode

 

This precise control ensures compliance with strict international safety standards, allowing users to operate the system comfortably without irritation or discomfort.