Eradicating healthcare-associated infections (HAIs) is a crucial challenge facing hospitals globally. One effective strategy is utilizing UV-C surface disinfection, a technique that successfully diminishes pathogens in a patient environment leading to lower incidences of HAIs. However, the full potential of UV-C in combating HAIs remains underexploited due to challenges in effective implementation. The issue does not reside in the technology but in how it is strategically applied in the hospital setting.
A compelling example of successful implementation comes from Providence Holy Cross Medical Center (PHCMC) in California. In its first year employing a UV-C program, the hospital witnessed a significant reduction in multidrug-resistant HAIs by 19%, yielding savings of over $1.2 million. These outcomes were accomplished by minimizing HAI-related extra inpatient days, thereby benefiting the hospital financially while simultaneously improving patient health results. This impressive output was not achieved single-handedly but was the result of strategic collaboration between hospital leadership, service providers, and technology providers. The success story from PHCMC provides a potential blueprint for other healthcare institutions to strategically deploy UV-C disinfection.
The leadership of PHCMC established staffing for the UV-C program, instigated flexible policies to optimize UV-C use, and identified clear goals and metrics for the program. Upon choosing Clean Sweep Group, Inc (CSGI) as the service provider, the hospital reaped the advantages of an experienced team adept in implementing UV-C. Service providers developed a multi-tier deployment protocol to meet the hospital leadership’s goals and maintained quality control standards while monitoring program metrics. CSGI helped select appropriate UV-C technology, breaking from traditional methods and adopting new technologies such as the semi-autonomous OhmniClean UV-C robot by OhmniLabs, optimizing both effectiveness and efficiency.
The selected technology providers, in partnership with service providers, equipped the latter with tools, data sharing capabilities, and support for device upkeep and troubleshooting. This data-sharing practice allowed advanced management and quality control. Having these functions streamlined thanks to the technology provider aided the service provider in fulfilling operational duties to ensure the UV-C program continued progressively.
PHCMC should serve as an instructive case study emphasizing shifting attention from standalone technology to strategic deployment when it comes to UV-C surface disinfection. The potential boon to health and finance that UV-C disinfection promises are indeed within reach. Striving for greater collaboration, data-driven policies, focused deployment strategies, and utilization of cutting-edge technology are critical steps to unveiling the full infection-reducing potential of UV-C.