EOSCU harnesses the inherent biocidal properies of copper to destroy bacteria. These posts all highlight topics having to do with copper, cuprous oxide, and the biocidal properties of EOSCU.
Hospital-acquired or hospital-associated infections are complications that arise just from being a patient in a hospital. These are infections the patient acquried after admission. They are mostly preventable, but they still cost almost 100,000 lives per year.
EOScu is EPA registered for public health claims and has been tested against a number of pathogens. It is therefore considered a broad spectrum biocidal surface, killing more than 99.9% of bacteria in less than 2 hours.
All cleansers used in hospitals must meet the EPA's strict regulations for efficacy and safety. Learn about how a new protocol for biocidal surfaces had to be created for copper and EOScu, the only biocidal surfaces with EPA registration for public health claims.
There's punctate cleaning, terminal cleaning, enhanced terminal cleaning, disinfection, santitization, sterilization and more. Getting a room clean is no simple matter. Learn more about the many aspects of hospital cleaning in these posts.
For the past decade, the tracking and reporting of infections has become a national priority. How is that data collected, and how can the healthcare industry and general public use this data to make educated decisions?
Patient advocacy can be as life-saving as the best medical treatment. A patient or patient caregiver who is actively involved in recording information, asking questions, and making decisions can be a critical component of healthy recovery.
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Antimicrobial Cupron Enhanced EOS Surfaces EPA Registration #84542-7
Copyright © 2014 EOS Surfaces
Antimicrobial Cupron Enhanced EOS Surfaces
EPA Registration #84542-7
Copyright © 2014 EOS Surfaces