PRODUCT & SERVICE LINE REPORTS
efficient at eliminating a wide range of pathogens and germs. According to the CDC, UV-C radiation has effectively been used for decades to reduce the spread of bacteria, such as tuberculosis. For this reason, UVC lamps are often called “germicidal” lamps.1 Dr. Ashish Mathur, UVDI’s Vice
President of Innovation and Technology, indicated germicidal Ultraviolet (UV) and high-efficiency filtration are proven technologies to combat the transmission of airborne and waterborne pathogens. However, in consideration of the ever- increasing focus on infection prevention methodologies, how can a facility ensure that it is applying the best strategy to combat the spread of pathogens? According to Dr. Mathur, “It starts with evaluating and selecting a proven technology. To do so, first review the technical guidance of leading Public Health organizations. For example, CDC, GSA, ASHRAE and IUVA include UV-C as a recommended mitigation step to reduce airborne transmission in commercial buildings. In addition, ensure the technology’s performance has been independently validated through accredited third-party testing and in peer-reviewed published studies. Last, due diligence on the manufacturer itself — pedigree, technical expertise and support capabilities, manufacturing location, sourcing and systems and cur- rent customer base – to name just a few criteria — is key to ensuring your are working with a capable and long-term partner in Public Health.”
UVDI’s portfolio includes proven solutions for both Air and Surface Disinfection, including the UVDI-360 Room Sanitizer, and the V-MAX advanced UV-C air disinfection technology.
Make HVACs reliable sources of cleanliness While the practices (or lack thereof) of good hygiene and surface cleaning are well established as methods for prevent- ing the spread of dangerous pathogens, nosocomial infections are potentially in the air all around at us (at any time) within a healthcare environment. Thus, the movement of air particles via HVAC systems is a vital process within hospitals; HVAC systems that are not properly managed, maintained, and as needed, modified, make them one of the primary sources for microbial contamina- tion within healthcare facilities.
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hpnonline.com • HEALTHCARE PURCHASING NEWS • December 2022 43 11/9/22 3:57 PM
systems, including ASHRAE 170, which provides key guidance on ventilation efficiency in healthcare settings. RGF specializes in the development
RGF Microcon MAP
According to Tony Julian, VP Business Development at RGF Environmental Group, “the HVAC system is one of the main sources for microbial contamination within healthcare facilities. There are a number of air quality standards which should be adhered to in order to guide facilities in managing effective HVAC
and application of technologies that com- bine HEPA and UV strategies to combat airborne pathogens; one such system is the Microcon MAP, a mobile, in-room HEPA/UV system used to pull airborne pathogens from the breathing zone. The organization also provides Lucidium UV-C coil sanitation technolo- gies, eliminating mold growth on HVAC coils and providing air purification to large facilities. Julian emphasized that hospitals should “work with their facilities staff, HVAC contractors and engineers to identify prob- lem areas, like mold on the HVAC coils or isolation room airfl ow. Then, select a repu- table technology manufacturer to partner with over long term to ensure a reliable solution is delivered, realized (tested if necessary) and supported. Follow CDC, EPA and ASHRAE guidance for indoor air quality and set realistic goals to improve areas of concern one by one.”
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