
PR Study: Clostridium Difficile
This study examines the carriage and transmission potential of C. difficile spores on single-use and reusable sharps containers.
This peer reviewed study explores the impact of reusable vs disposable sharps containers on Greenhouse Gas. Using a life cycle assessment, global warming potential of a disposable sharps container and Daniels reusable Sharpsmart container were assessed. Results showed that in converting to the Sharpsmart reusable sharps container, the facility studied achieved an 84% reduction in GHG, (127 metric tons) and 99.9% reduction in the number of plastic sharps containers landfilled.
Product Code: | 295b9a13a2e0 |
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Wastestream: | Sharps |
Media type: | PR Study Summary |
This study examines the carriage and transmission potential of C. difficile spores on single-use and reusable sharps containers.
Featuring Daniels S14 container, this education poster clearly outlines what items should and should not be disposed of in a clinical sharps container.
What is, and what is not biomedical waste? Find out here in this education poster.
This study examined international literature and guidelines on the risks of biomedical waste.
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