Preventing HAIs: Guide to Pathogen Lifespans & Disinfection Protocols

Article top image

How Long Can Pathogens Survive on Surfaces? A Guide to Healthcare Disinfection

In healthcare environments, pathogens on hard surfaces present a persistent threat to patient safety. Approximately 1 in 31 hospital patients develops a Healthcare-Associated Infection (HAI), resulting in an estimated 72,000 deaths annually (source: HAIs: Reports and Data | HAIs | CDC). To break the chain of transmission, facilities must target the specific locations where persistent pathogens reside.

Where are Pathogens Commonly Found in Healthcare Facilities?

Pathogens are commonly concentrated in three primary healthcare locations:

  • Isolation rooms: These controlled spaces and associated high-touch surfaces can harbor highly resilient pathogens, including C. diff spores and C. auris. Daily use of a sporicide is critical in these areas.
  • Daily Patient Care Areas & High-Touch Surfaces: Patient rooms contain reservoirs on bed rails, bedside tables, and medical equipment. Common pathogens found here include MRSA, Staphylococci, and VRE.
  • Discharge Zones & Common Areas: Shared patient spaces and rooms being prepared for new admissions frequently host highly contagious pathogens, such as Norovirus and respiratory viruses like H1N1, SARS, and COVID-19.

How Does OxyCide Daily Disinfectant Cleaner Eliminate Multiple Pathogens at Once?

OxyCide eliminates multiple pathogens by combining Peroxyacetic Acid and Hydrogen Peroxide to destroy both the outer membranes and inner DNA/proteins of microrganisms.

Key Benefits:

  • Fast Contact Time: It kills C. diff, C. auris, and over 30 other organisms in five minutes or less. It also includes an emerging pathogen claim for COVID-19.
  • Proactive Standardization: Using a single sporicide simplifies protocols by standardizing daily, discharge, and isolation cleaning, which helps increase overall operational efficiency.
  • Material Compatibility: OxyCide offers material compatibility that is superior to traditional bleach, making it safer for a variety of healthcare surfaces.
  • Improved Safety: Dilution is managed through a closed dispenser system to minimize chemical exposure.

How to Safely Dispense and Use OxyCide?

Proper preparation is essential to ensure the disinfectant works as intended. Always follow these operational guidelines:

  • Wear PPE: Always wear gloves and goggles when dispensing.
  • Use Cold Water: Ensure the dispenser is connected to cold water.
  • Confirm Activation: Check that the solution is cloudy, fizzy, and smells like vinegar. If these three signs are missing, do not use the mixture.
  • Keep it Fresh: Use freshly prepared diluted OxyCide in 32 oz bottles each shift. Do not use bottles prepared during a previous shift; dispose of any remaining solution at the end of the shift.
  • Fill Completely: Always fill a full 32-oz bottle using one continuous button press.

Related Blog Articles

View All Articles