Patient Equipment Decontamination
Risk of Infection
Crucial medical equipment is relied upon to administer care. Yet, without being effectively and routinely cleaned, it can become contaminated by bodily fluids and infectious agents. This can act as a vector of transmission between patients who, in hospital settings, will often have compromised immune systems and therefore be more susceptible to infection.
Adenoviruses are particularly stable and can survive on surfaces for prolonged periods of time. It has therefore essential to decontaminate equipment thoroughly before and after use by all patients.
The Limits of Manual Cleaning
Manual cleaning is essential to ensure the prevention and control of infection. But while detergent- and disinfectant-based cleaning products and methods are able to control microbial and viral pathogens such as MRSA and norovirus, they are not enough.
Manual cleaning alone cannot provide the assurance that the reduction of pathogens meets safe, non-infective levels. This is often a result of unavoidable human error but also because the effectiveness of this method of cleaning is difficult to measure. As a result of the inefficiency of manual cleaning, new approaches have been proposed.
Did you know?
UV-C radiation has been proven to reduce 99.8% of C.diff spores in 50 minutes and 99.9% of vegetative bacteria on surfaces in as little as 15 minutes(1).
Fully automated UV-C systems significantly reduce C. difficile, VRE, and MRSA contamination on frequently handled hospital surfaces
HP systems may offer reliable microbicidal activity against all hospital pathogens²
Sources: 1. When compared to the time taken for manual disinfection using alcohol wipes. 2. Dancer SJ. Controlling hospital-acquired infection: focus on the role of the environment and new technologies for decontamination. Clin Microbiol Rev. 2014;27(4):665-690. doi:10.1128/CMR.00020-14.
How Inivos Can Help
Inivos offers a highly effective decontamination service thanks to the use of its innovative UV-C light ray and hydrogen peroxide vapour disinfection robots. This technology ensures an efficacious and effective decontamination of patient equipment, with a proven, measured, system of validation for each and every cleaning cycle.
Using this technology, which has been independently verified to achieve a log 6 reduction of bacteria, we offer whole room decontamination as a scheduled managed service contract or as an on-call service for emergency situations, specific areas or projects.
Our service is particularly suited to decontaminate equipment storage and isolation rooms. It is best taken in conjunction with our whole room decontamination service.
We manage our service from end-to-end to ensure all stakeholders are aligned through clear communication of a complete project plan. Our teams of qualified technicians are able to operate 24 hours a day, 365 days a year to ensure rapid turnaround and minimum disturbance or disruption to the clinical schedule. This involves:
Our technician carries out pre-process safety and preparation checks; sorting the equipment to be decontaminated into a cohort, ensuring the area has been manually cleaned and removing absorbent materials from the area.
They then further prepare the area for decontamination before liaising with clinical or hospital staff in adjacent areas to ensure they are fully informed about the decontamination process.
The next step is to carry out the decontamination process using the correct and most appropriate disinfection robot. This will either be through the use of our UV-C light ray system, Ultra-V, or with our low concentrate hydrogen peroxide vapour system, ProXcide.
After cleaning and disinfecting, our technician will check the area is safe to readmit patients, dismantle any enclosures and remove the disinfection robot and equipment to allow clinical or hospital staff to prepare the room for the readmission of patients.