Environmental Services

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Infection Control Today's Linen Roundtable

Copper-infused textiles are gaining traction as hospitals confront rising antimicrobial resistance and financial pressure. In this installment of ICT linen roundtable, experts explained how passive antimicrobial fabrics can reduce infection risk, shorten length of stay, protect revenue, and strengthen operational resilience, all while working quietly in the background.

Environmental services health care worker  (Adobe Stock 941403213 by sirisakboakaew)

Hospitals often champion high-reliability principles, yet overlook one of their most risk-sensitive disciplines: environmental services. EVS operates in clinical environments where a single missed step can trigger pathogen transmission, regulatory failure, or patient harm. True high reliability is impossible without recognizing EVS as a core contamination-control and patient-safety function.

ICT's Environmental Services Crossword

Think you know your EVS science inside and out? This crossword puts your expertise to the test with clues drawn from disinfection practices, cleaning validation, and the terminology every EVS professional and infection preventionist should know. Grab a pen or a colleague and see how far your knowledge takes you.

Stacked Clean White Sheets and Surgical Clothes in an Industrial Laundry Setting.  (Adobe Stock 834864411 by Anastasiia)

As hospitals seek stronger defenses against health care-associated infections, experts are turning their attention to an unexpected source: copper-infused linens. Learn how, supported by emerging science and real-world feasibility, these textiles may offer a practical and effective way to lower microbial loads and enhance infection prevention bundles in this installment of a recent roundtable on linen issues.

Second installment on the Panel on Linens.  Image: Stacked Clean White Sheets and Surgical Clothes in an Industrial Laundry Setting.  (Adobe Stock 834864411 by Anastasiia)

As hospitals search for new ways to reduce environmental bioburden, copper-embedded textiles are emerging as a promising tool. In this second installment of ICT's recent panel discussion, experts described how these soft, everyday fabrics can rapidly kill microbes, sustain their effectiveness between washes, and strengthen infection control bundles across care settings.

Clean Hospitals  (Image credit: Clean Hospitals)

Oman is earning international attention for transforming hospital environmental hygiene into a national success story. Through the Clean Hospitals initiative, updated cleaning contracts, and workforce training, the Ministry of Health is showing how a unified approach to cleaning, auditing, and accountability can reduce infection risk and raise global standards in health care hygiene.

A health care worker in a green uniform carefully organizes freshly laundered hospital linens.  (Adobe Stock 953648078 by Diana)

Behind every safe surgery and patient interaction lies a detail often overlooked: clean, properly managed health care textiles. TRSA’s 3-part webinar series brings infection preventionists, administrators, and clinicians the latest best practices, from eliminating the risks of home laundering to ensuring hygienically clean certifications. Now free to access, these sessions offer actionable strategies to strengthen infection control across every facility.

Unmasking VIM Pseudomonas aeruginosa  (Adobe Stock 128549555)

VIM-producing Pseudomonas aeruginosa isn’t just surviving in ICUs; it’s thriving. With mortality rates exceeding 30%, colonization risks hiding in drains, devices, and even donor milk, IPs must take proactive steps to outsmart this pathogen. Now is the time to double down on environmental controls, risk factor recognition, and surveillance strategies. Let’s break the biofilm cycle before the next outbreak takes root.

Central sterile supply department  (Adobe Stock 938500017 by PondLord)

Sterilization is the backbone of safe patient care, but not all methods are created equal. From steam’s tried-and-true reliability to ethylene oxide’s versatility for complex devices and hydrogen peroxide plasma’s rapid, residue-free cycles, each technique carries unique advantages—and limitations. Understanding when and how to use them can mean the difference between seamless infection prevention and costly setbacks.