The COVID-19 pandemic glaringly exposed shortcomings in the infection control mechanisms in senior living communities. Despite implementing thorough cleaning procedures, these communities had a challenging time curbing the outbreaks. This vulnerability of residents to illnesses led to repercussions such as escalating operational costs, enhanced regulatory scrutiny, and reputational damage.
But it’s not just COVID-19; these living spaces face an ongoing high-risk exposure to microbial contamination spreading via high contact surfaces, shared equipment, and resident interactions. Pathogens such as Clostridioides difficile (C. diff), Methicillin-resistant Staphylococcus aureus, Norovirus, Multidrug-resistant organisms and respiratory infections like Influenza and Respiratory syncytial virus are perennial threats. Traditional disinfectants, like quaternary ammonium compounds (quats), have shown limitations. They need manual application, pose toxicity risks, and often fail to reach all surfaces, creating concealed pathogen reservoirs in senior care facilities. When infection control measures fall short, administrators can witness legal and financial risks due to occurrences such as lawsuits, regulatory fines, and loss of resident confidence could impact census and revenue. This underscores the need for a safer, more efficient infection prevention solution, especially in the backdrop of a continuous staffing shortage.
In my experience with several senior living communities, I have seen how infection outbreaks can be a persistent issue despite vigorous cleaning norms. During the pandemic, various measures were taken by facilities including usage of personal protective equipment (PPE), surface disinfection enhancement, and heavy reliance on chemical cleaners. But, controlling transmission rates remained a major hurdle. Overuse of potent disinfectants led to respiratory discomfort in staff and inhabitants, frequent hand sanitizing led to rashes, and concerns about the harmful effects of long-term exposure to toxic cleaning agents abounded. Often, traditional cleaning strategies having limitations continue to be a norm. Ensuring infection control goes beyond surface cleaning as pathogens can survive in hard-to-reach areas such as ceilings, vents, furniture, medical equipment, and high-touch community spaces.
Here is where NebulaOne™ comes into play. This calibrated HOCl dispersal system uses an ultra-dry mist technology to reach surfaces usually untouched by manual cleaning. Hypochlorous Acid (HOCl) is a natural disinfectant generated by the human immune system and is used extensively in healthcare, agriculture, and food production industries. It promises no toxic residues and eliminates 99.9999% of harmful pathogens such as C. diff, MRSA, and mold. HOCl doesn’t add health risks for dwellers or staff as opposed to chemical-founded disinfectants.
I often discuss the financial and legal implications of outbreaks with administrators. Poor infection prevention not only targets resident health but also invites liability risks. With HOCl-based solutions being used in settings where contamination control is critical, NebulaOne™ is being widely incorporated as a staple part of infection control procedures, being more of a non-toxic substitute to traditional disinfectants.
Several studies including a Georgia Tech one, confirm the safety of HOCl misting for human exposure and its efficiency in reducing airborne microbial load. The EPA also exempts HOCl on food-contact surfaces, reflecting its safety in sensitive scenarios. As senior living communities continue to respond to new health calamities, it’s clear that infection control must go beyond surface cleaning and chemical-dominant solutions. Embedding HOCl misting to regular sanitation norms provides an extra protection layer without introducing new hazards for residents and staff. So, for those facilities craving to escalate safety, mitigate liability and amplify infection control steps, using non-toxic disinfection means like HOCl could mark a promising forward stride. The question now is: are senior living facilities prepared to retune their approach to infection prevention?