Daily Toilet Disinfection: Preventing the Spread of Harmful Bacteria and
Viruses in Hospitals

Since the 1950s, it has been well-documented that flushing a toilet releases a burst of fecal matter, water, and any other contents in the bowl. This includes microscopic particles, as scientists have shown that "toilet plumes" contain tiny droplets that form an invisible aerosol mist. 

Research from the University of Colorado, using green light and lasers, has demonstrated that these plumes can rise up to 4.9 feet above the toilet in just eight seconds. Even more concerning, these aerosols can travel through the air, spreading bacteria and viruses throughout the bathroom and contaminating surfaces and people. 

This poses a significant risk of spreading infections such as C.Diff, E. Coli, norovirus, and even COVID19. In healthcare settings, particularly hospital wards or for immunocompromised patients, daily disinfection of toilets is critical in reducing this risk. It’s also recommended to close the toilet lid before flushing to help contain the spray.

The Answer to this 70 year old problem is simple: A tablet that dilutes in the toilet water to create a sporicidal disinfectant that is effective against the toughest pathogens.

Toilet Plumes

A toilet plume refers to the aerosolized particles released into the air when a toilet is flushed. This plume contains viable pathogens from the toilet bowl, including some of the most difficult-to-kill human pathogens. Effective Toilet Disinfection in Healthcare Settings Studies have shown that pathogens like norovirus can remain airborne for a significant period after flushing, potentially leading to indirect transmission through inhalation or settling on surfaces.

Common Pathogens in Toilets

Toilets can host a range of pathogens, including but not limited to:

• Bacteria: E. coli, Salmonella, and the difficult-to-kill Clostridioides difficile.
• Viruses: Astrovirus, norovirus, and rotavirus. Norovirus is particularly troublesome due to its low
  infectious dose.
• Fungi: Candida species (C. auris, C. albicans).
  
  An improperly disinfected toilet will still pose threats.

Conclusion

Effective disinfection of toilets plays a critical role in preventing the transmission of infectious diseases. By following evidence-based practices for toilet disinfection, including proper selection and application of disinfectants, understanding pathogen risks, and addressing toilet plume concerns, healthcare facilities can maintain a hygienic environment and reduce the spread of pathogens