![]() ![]() It also ensures uniform delivery of the disinfectant to the treated surface. A pre-saturated, ready-to-use wipe eliminates the need to apply the facility’s disinfectant to the microfiber. Today, most facilities rely on these types of products to help curb the spread of infections due to their efficacy, fast kill times and ease of use. Just 10 years ago, the use of pre-saturated disinfectant wipes was not a common practice in the health care industry, according to manufacturers that supply the nation’s hospitals. This ensures that the surface remains wet for the duration of the contact time. One example, he notes, is Diversey Care’s Oxivir TB, which uses a one-minute contact time based on accelerated hydrogen peroxide technology. ![]() The trend toward fast-acting products is being driven by a desire to improve compliance when cleaning and disinfecting, according to Andrew Rushworth, global portfolio lead, hard surface infection prevention, Sealed Air Diversey Care, Charlotte, N.C. “Because housekeeping staff must turn rooms over quickly, it is important that they be trained on cleaning methods and have well-documented procedures in order for the disinfectants to work properly,” Sartor says. ![]() The EPA requires independent lab testing for each organism to determine the efficacy to disinfect and the time required to do so. “Other disinfectant selection factors include training and support offered by the manufacturer, costs and standardization.”Īll disinfectant claims must be registered by the EPA, adds Cali Sartor, director of marketing, Spartan Chemical Co., Maumee, Ohio. “Ideally, products should clean and disinfect in one step and be available in multiple formats such as wipes, sprays and pull tops,” she explains. Bell-West, senior scientist in research and development, Clorox Professional Products Co., Pleasanton, Calif. They also must be compatible with the environmental surfaces and medical devices commonly used in a health care setting, according to Garrett.ĭisinfectants should be fast-acting and effective in the presence of organic matter such as blood, have an acceptable odor profile, be stable and water-soluble, adds Sarah C. They must be safe for the user, patient and environment. They must be efficacious and broad-spectrum with antimicrobial activity against a variety of pathogenic bacteria, viruses, pathogenic fungi and bloodborne pathogens. Hudson Garrett Jr., vice president, clinical affairs, PDI Inc., Orangeburg, N.Y.ĭisinfectants need to meet three core criteria. “It is important that health care facilities closely follow CDC recommendations for disinfection of the health care environment for patients with suspected or confirmed Ebola virus disease and/or Enterovirus, and use an EPA-registered, hospital-grade disinfectant with specific efficacy claims for non-enveloped viruses,” says J. Health care facilities are re-evaluating not only their disinfectant products, but also the disinfection process itself to ensure that it is compliant with current evidence-based CDC recommendations. “One challenge is to consistently test for the most recent harmful organisms and provide adequate documentation for it.” Clean evaluation “Ebola aside, Middle East Respiratory Syndrome, carbapenem-resistant enterobacteriaceae, Enterovirus and other organisms are forcing hospitals to seek the most up-to-date products with the highest kill rates,” Klein continues. “ guidelines specify that hospitals use Environmental Protection Agency (EPA)-registered disinfectants that have label claims for non-envelope viruses - the thought being: If you can kill this type of organism, it will be effective against Ebola,” says Dan Klein, senior manager, microbiology, science and technology, Steris Corp., Healthcare Group, Mentor, Ohio. What’s more, the recent Ebola scare has prompted hospitals to take a closer look at their disinfectant products and cleaning processes. Essential steps to stop Clostridium difficile ![]()
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