In a peer-reviewed study (http://www.ajicjournal.org/article/S0196-6553(15)00757-9/abstract) published in the December issue of the American Journal of Infection Control, researchers documented that using Infection Prevention Technologies (IPT) NextGen UV™ disinfection robots and a dedicated team of trained operators resulted in significant reductions of healthcare acquired infections. The study was conducted over a six-month period at Hollywood Community Hospital/Brotman Medical Center campus.
The study demonstrated significant reductions in multiple harmful pathogens including a 42.7 percent decrease in the incidence of Clostridium difficile infections, a 71.4 percent decrease in Acinetobacter baumannii infections, and a 100 percent drop in Klebsiella pneumoniae infections.
Tom Kenny, IPT's CEO notes, "While many studies highlight a disease reduction in a small area of the hospital, this study was conducted hospital-wide. 95 percent of the rooms in the entire facility were treated. These results are compelling evidence for the efficacy of our state-of-the-art UV robots and the benefits of using skilled robot operators." The overall HAI incidence rate was reduced 34.2% during the intervention period.
Kenny continues, "Not only is the ROI demonstrably high but based on the total reduction of HAI incidents and the average cost of an HAI re-admission, the derived cost-savings is nearly $250,000 in just 6 months. That's huge. The bottom line is serious cost avoidance and a much safer environment for both patients and staff."
Clean Sweep Group Inc. (CSGI), an infection prevention and disinfection training, sales, and services provider based in Beverly Hills, Calif., supplied and managed the trained operators and implemented a refined methodology for implementation of the UVC technology. Clean Sweep's president, Leo Williams, pointed out, "The dedicated service model for deploying UV disinfection technology both lessens the already heavy work burden on the EVS staff and allows for a much higher utilization of the disinfection robots. Clean Sweep implements a strategic and consistent UV implementation design that results in a highly effective UV program."
Reference: Napolitano NA, Mahapatra T and Tang W. The effectiveness of UV-C radiation for facility-wide environmental disinfection to reduce health care-acquired infections. American Journal of Infection Control. Published online August 12, 2015.
Source: Infection Prevention Technologies, LLC
The Hidden Dangers of Hospital Ventilation: Are We Spreading Viruses Further?
January 31st 2025New research reveals hospital ventilation and air purifiers may unintentionally spread viral particles, increasing infection risks. Infection preventionists must rethink airflow strategies to protect patients and staff.
Clean Hospitals With Alexandra Peters, PhD: The Double-Edged Sword of High-Tech
January 30th 2025Despite revolutionary advancements like alcohol-based hand rubs, infection prevention still faces major hurdles. Poor adherence to hygiene, overreliance on technology, and understaffed environmental services create perfect storm conditions for deadly outbreaks.
Evaluating Automated Dispensing Systems for Disinfectants in Hospitals
January 23rd 2025Hospitals rely on automated disinfectant dispensers, but a study led by Curtis Donskey, MD, found inconsistent dilution levels, with some dispensers releasing only water. Improved monitoring and design modifications are essential.
The Case for an Indoor Air Quality (IAQ) Index in Health Care
January 21st 2025Evolving air quality monitoring technologies, like an IAQ Exposure Index, provide real-time data to detect airborne contaminants, enhance infection control, and protect vulnerable healthcare populations from respiratory exposures.
Infection Intel:EvaClean Expands Global Reach With Microsplitting Partnership
January 20th 2025EvaClean partners with Microsplitting Ltd. to distribute its advanced disinfection systems and absorbents, revolutionizing infection prevention across health care, education, hospitality, and industrial sectors worldwide.