THE IMF estimated a $28 trillion loss in global gdp between 2020 and 2025 due to covid-19.
Chemical Air Sanitizers are part of the Solution.
The Economic Burden of Airborne Pathogens
Airborne pathogens, including viruses, bacteria, and fungi, pose a significant threat to public health and the economy. From seasonal influenza to more severe outbreaks like COVID-19, these microscopic invaders cause widespread illness, lost productivity, and strain on healthcare systems worldwide. But just how much do airborne pathogens cost society each year?
According to estimates, the economic burden of influenza alone in the United States reaches approximately $11 billion annually, considering medical costs, hospitalizations, and lost productivity. The COVID-19 pandemic, on the other hand, has had a far greater impact, costing trillions of dollars globally in healthcare expenditures, economic shutdowns, and workforce disruptions. Other airborne diseases, such as tuberculosis and respiratory syncytial virus (RSV), also contribute to billions in healthcare expenses and productivity losses each year.
Hidden Costs Beyond Healthcare
Beyond direct medical expenses, airborne diseases impose additional costs on society, including:
* Workplace Productivity Losses: Sick days, reduced efficiency, and long-term disability claims can cost business billions annually.
* School Closures & Learning Loss: The absence of students and teachers due to illness can disrupt education and impact future economic output.
* Public Health Interventions: Government invest heavily in vaccine distribution, treatment programs, and emergency response efforts.
* Travel & Trade Disruptions: Quarantines, border closures, and reduced consumer confidence affect multiple sectors, including tourism and global trade.
a possible solution: chemical air sanitizers
One of the most effective ways to reduce the transmission of airborne diseases is by improving air quality. While ventilation systems and air purifiers play a role, chemical air sanitizers have emerged as a promising solution for high-risk environments such as hospitals, schools, offices, and public transportation.
How Chemical Air Sanitizers Work?
Chemical air sanitizers utilize disinfecting agents such as Thyme oil vapour, hydrogen peroxide, ozone, chlorine dioxide, or quaternary ammonium compounds to neutralize airborne pathogens. These sanitizers can be dispersed in controlled amounts to reduce microbial presence in indoor environments.
Only Thyme oil vapour can be used in occupied spaces. Testing done by the EPA showed that having vapour in rooms prior to them being occupied, contaminated with pathogens, is the best way to prevent the spread of respiratory viruses like SARS-Cov-2.
benefits of chemical air sanitizers, no touch disinfection
* Continuous Disinfection: Unlike surface cleaning, air sanitizers work in real time, 24/7 to reduce airborne pathogens.
* Scalability: Can be implemented in various settings, from small offices to large public spaces.
* Reduced Healthcare Costs: Fewer infections means lower medical expenses and economic losses.
* Workplace & School Safety: Enhances employee and student well-being by minimizing disease outbreaks.
Considerations & Challenges
Despite their potential, chemical air sanitizers must be used with caution. Concerns include:
* Health & Safety: Overuse or improper application of chemical agents may cause respiratory irritation or other health issues.
* Regulatory Compliance: Certain chemicals require approval from health agencies to ensure safety and effectiveness.
* Cost & Maintenance: Initial investment and ongoing upkeep may pose financial challenges for some businesses and institutions.
CONCLUSION:
Airborne pathogens impose a staggering economic burden on society each year, from direct healthcare costs to lost productivity. While traditional air purification methods are beneficial, chemical air sanitizers offer an additional layer of protection against the spread of disease. With proper implementation and regulatory oversight, these solutions could play a vital role in mitigating the financial and health impacts of airborne diseases. Chemical air sanitizers that use low doses of essential oils show hi efficacy, and safety.
Investing in innovative air sanitation technologies today
could save billions in future healthcare costs and keep society healthier and
more resilient against future outbreaks.