At some point during the day, healthcare and correctional facilities destroy pills, capsules, tablets, liquids, lozenges, transdermal patches, fentanyl lollipops, suppositories, liquids, and syringe injectables, and more. However, the bigger point is the "how" a facility destroys all these types of drugs in a trusted, safe, and compliant way.
Properly disposing of controlled substances prevents drug diversion and inappropriate use as well as contamination of soil and water supplies. A fast-acting formula makes for a better end-user experience by quickly dissolving and rendering pharmaceuticals non-retrievable.
Working closely with technicians in the hospital, nursing, and pharmaceutical industry, Rx Destroyer™ has patented a formula that provides safe, easy, and affordable medical waste solutions. There is no need to add water, no flammable powders, and no batteries required.
Rx Destroyer™ comes in a range of sizes to serve any environment or budget. All products meet DEA and EPA regulations for drug disposal compliance made easy.
Rx Destroyer™ medication disposal system begins neutralizing medications on contact. Simply add medication, shake and dispose within your facility's compliance regulations.
Marti Jones brings more than 20 years of integrated communications experience from world-renowned organizations. Marti’s career has grown from raising awareness and funds for the American Red Cross before and after 9/11 to leading strategy for brands such as Mayo Clinic, Duke Health, and M Health Fairview, which included communications for change management and COVID-19. Marti's messaging portfolios are supported by her academic background and proven methodology, as she taught writing at the University of Minnesota and honed her craft at UnitedHealth, UCare, and RXinsider, Revel Health and Hill and Knowlton. Marti received her master’s degree in public affairs and administration from George Washington University and Bachelor of Arts degrees in communications and psychology from Augustana University.
This post is related to:
Returns, Reverse Distribution
