What You'll Learn

  • Continuous Disinfection Technology: Explore how NanoRAD-enabled products provide around-the-clock disinfection in an 800-bed level 1 trauma hospital, particularly focusing on the Emergency Department (ED), a newly opened Pre-Operative (Pre-Op) Ward, and the Pre-Op waiting room. Discover how silver-mediated cerium oxide (AgCNP) nanoparticles in NanoRAD generate hydrogen peroxide upon encountering bacteria, viruses, and fungi at both micro and nanoscales.
  • Surface Application Versatility: Learn about the diverse range of surfaces NanoRAD coatings and films are applied to within the hospital setting, including floors, bathrooms, chairs, privacy curtains, sharps boxes, and various high-touch surfaces. Understand how these applications contribute to the reduction of bacterial loads, as determined through swabbing and plating with MC-Media Pads.
  • Enhanced Bioburden Reduction: Gain insights from the study’s findings, indicating a remarkable 69% to 90% enhancement in bioburden reduction over a 6-month period when NanoRAD-treated surfaces are compared to standard cleaning protocols alone. Delve into the specific efficacy of NanoRAD Film Spray on privacy curtains, maintaining effectiveness for up to 6 weeks post-application, thereby offering prolonged protection against microbial contamination.

About the Authors

This Whitepaper, authored by the esteemed team at Kismet renowned for their expertise in infection prevention, focuses on the revolutionary impact of our nanotechnology-enabled coatings in the context of equine facility disinfection. Co-founder Christina Drake and Product Engineer Conner Simmons led this project, working closely with industry professionals Christopher Coughlin, Engineering Director and Chemist, Isley Friend, alongside esteemed microbiologists Kelly Ager, Arjana Delgado, and Anna Ramberg. Their collective expertise and dedicated efforts have culminated in groundbreaking discoveries that are poised to redefine the standards of cleanliness and infection prevention protocols within hospitals.