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The Benefits and Applications of UV222™ Technology in Healthcare

The Benefits and Applications of UV222™ Technology in Healthcare

In recent years, the healthcare industry has been striving to implement solutions that tackle the main hospital hygiene challenges. Healthcare facilities must focus on cleanliness since it can prevent nosocomial infections and how that can have further implications for patients, medical staff, and establishments. 

In this article, we will delve deeper into the numerous benefits of the UV222™ technology for healthcare facilities, as well as the myriad of practical applications that can significantly elevate the sanitation and hygiene standards across the healthcare industry. Join us as we uncover the potential of UV222™ to transform the way healthcare providers approach decontamination today and in the future.

Enhanced Infection Control and Prevention

One of the primary goals of every healthcare facility is to prevent infections and minimize risks for patients, staff, and visitors. This is especially crucial in our current era, where the risk of Healthcare-Associated Infections (HAIs) remains a significant concern despite advancements in sanitation and cleanliness. According to the European Centre for Disease Prevention and Control (ECDC), 4.3 million patients in hospitals in the EU/EEA are impacted by healthcare-associated infections each year.

healthcare-assosicated-infections-European hospitals-2022-23

UV222™ provides a completely refreshed approach, by tackling pathogens in a human-safe way. By mitigating the risks of infection transmission, healthcare providers can improve patient experience and overall outcomes while reducing the burden of HAIs and the associated costs.

The Problems with Chemical Disinfection

Healthcare facilities often rely on chemical disinfectants for infection control, which can lead to potential hazards to human health. Usually be a gap in the cleaning cyclus, which can lead to bacteria accumulating in that period. One of the benefits with Far-UVC is the continuous decontamination. The most commonly reported issues related to disinfectants are acute illness, skin and eye irritation, and respiratory complications. Even some components of disinfectants are allergenic and have been classified as being potentially carcinogenic, mutagenic, harmful to reproduction (CMR), or causing endocrine disruption.

Besides, recent research has found that certain drug-resistant bacteria like Enterococcus faecium, Staphylococcus aureus, and Listeria monocytogenes are becoming more resistant to the disinfectants used to control their spread.

Energy Efficiency and Environmental Sustainability

Peter Tønning, UV Medico's Senior System Engineer, wrote in Sustainable Healthcare with Far-UVC that healthcare facilities, like hospitals, account for 10.3% of energy use in the U.S. commercial sector. Their energy consumption per square meter is 2.6 times higher than in other commercial buildings. Strict indoor air quality standards, including 6 to 20 air changes per hour (ACH) recommended by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE), contribute to this high demand. Hospitals currently allocate around 15% of their energy to ventilation and air filtration, and this is expected to rise due to new ACH requirements

One solution is the inclusion of UV222™ products since they are designed to be highly energy-efficient, leading to reduced energy consumption and lower environmental impact. 

UV222 Lamp implemented in a hospital

 

What are some of the Applications of UV222™ in Healthcare Settings?

Air Purification

Airborne transmission of pathogens is a significant risk factor within healthcare facilities. UV222™ technology, deployed in air purification systems, can effectively inactivate airborne microorganisms, improving indoor air quality and reducing the risk of infection transmission amongst patients and staff. 

A recent study shows Far-UVC light's effectiveness in real-world environments, reducing airborne viruses by over 99%. This technology was tested in an occupied room, and the results mirrored earlier lab studies, confirming Far-UVC's impact.

Surface Disinfection

The role of surfaces in the transmission of pathogens cannot be overlooked. High-touch areas, such as door handles, bed rails, and countertops, frequently harbor pathogens and can facilitate the spread of infections. By incorporating UV222™ products into routine cleaning practices, healthcare facilities can achieve a higher level of surface decontamination. The ability of UV222™ devices to continuously disinfect surfaces in human-occupied spaces ensures that hygiene standards are maintained and the risk of cross-contamination is minimized.

A great way to obtain an even surface disinfection is through the Vertex 222. A product that uses strategically positioned light sources to ensure uniform distribution throughout the space.

Vertex 222 in action at the MMC Hospital

Equipment Sterilisation

In any healthcare facility, the sterility of medical instruments and equipment is crucial in infection prevention and control. UV222™ technology can be deployed for continuous decontamination of air and surface signically reducing the risk of medical devices getting contaminated, ensuring they are germ-free and safe to use. By complementing traditional sterilization procedures, UV222™ bolsters the overall infection control measures in place, leading to better patient care and safety.

The UV222™ technology represents a significant advancement in healthcare decontamination. It offers a safe, chemical-free, and energy-saving approach to infection control, meeting the growing demands in medical settings. Far-UVC is versatile, and capable of purifying air and decontaminate areas, highlighting its role in improving hygiene standards. This technology provides a practical solution for healthcare facilities aiming to enhance sanitation while maintaining safety.

Explore how UV Medico technology can be integrated into your healthcare facility for effective decontamination and improved infection control.

 

 

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