UVC CLEANING SYSTEMS HOW TO
UVC CLEANING SYSTEMS SERIES

Ultra-V, for example, can reduce pathogens within 15-30 minutes, depending on the size of the room. Due to it’s quick decontamination time it is commonly used in ICU, ED and MAU wards in hospitals. It has also been around for longer, having been used for disinfection purposes in hospitals since the mid-20th century. UV-C decontamination tends to be relatively inexpensive and quick, so it’s not surprising that it tends to be more widely used than HPV.

UVC CLEANING SYSTEMS HOW TO

Of course, as with any equipment, operators will need clear instructions on how to use them and receive appropriate training.

The system automatically adjusts every decontamination process for the specific environment, and hydrogen peroxide is automatically and rapidly deactivated at the end of the process.

Plus, no operator programming is required. The HPV decontamination system ProXcide, for example, uses a vapour called Proxin, which has a low concentration of hydrogen peroxide, making it suitable and safe for the hospital environment and patient equipment. This eliminates the risk of operator exposure to UV-C light.Īlthough hydrogen peroxide can potentially be hazardous to humans, HPV decontamination systems are completely safe to use. The UV-C decontamination system Ultra-V, for example, enables remote control operation of the main unit from outside the treatment area. How safe are they?īoth UV-C and HPV decontamination systems are residue-free and safe to use. ProXcide TM, for example, delivers vaporised hydrogen peroxide using a unique method of vapour dispersal technology combined with powerful circulation. HPV involves the release of microscopic droplets of hydrogen peroxide which are able to spread in an enclosed area, such as a lab. This makes HPV decontamination an effective method for sterilising and disinfecting surfaces contaminated with microorganisms such as MRSA and C.difficile. It is a powerful oxidising agent that kills bacteria easily. Hydrogen peroxide is a liquid chemical compound that is made up of hydrogen and oxygen atoms, that naturally decompose into water and oxygen. How does hydrogen peroxide vapour (HPV) work? Regular usage of UV-C decontamination systems, such as Ultra-V TM and Ultra-V Connect TM, has been shown to create a safer patient environment, to contribute to optimised bed flow and to improve the overall patient experience. Used as part of a disinfection method known as Ultraviolet germicidal irradiation (UVGI), it destroys nucleic acids and disrupts their DNA, leaving them unable to perform vital cellular functions. Ultraviolet (UV-C) light can kill or inactivate microorganisms. So what’s the difference between UV-C and HPV? How do they work? And which should you choose for your ward? How does ultraviolet (UV-C) light work? One of the biggest issues is that these technologies are often widely misunderstood at an operational level, particularly amongst hospital cleaning and facilities staff who can be cautious of it due to concerns over safety. Specialist automated technologies, including ultraviolet (UV-C) light and hydrogen peroxide vapour (HPV), can play an important role in the efficacy of cleaning practices and controlling the spread of infection.īut choosing the most appropriate automated decontamination system can prove to be a challenging decision.

organic matter) in order to prevent the spread of infection.

UVC CLEANING SYSTEMS SERIES

Decontamination is a series of processes that effectively remove or destroy infectious agents or other contaminants (e.g.

Uvc cleaning systems