![]() ![]() So how can UVC powered cleaning technology be used to thoroughly clean a hospital, ensuring superbugs are not missed as they have been in the past? For many years hospitals have embraced UV lights as an infection control technique. For example using UVC for surface disinfection in hospitals and healthcare environments helps to combat dangerous pathogens like C.diff and MRSA. In fact, UVC is key in helping overcome the rising threat of antimicrobial resistance. This technology is particularly important in hospitals. UVC rays are an effective, chemical-free and environmentally friendly solution that prevent microorganisms from reproducing in any environment. With mounting environmental pressures comes a reliance upon more eco-friendly cleaning techniques. Potentially toxic cleaning chemicals and energy-guzzling cleaning machines are increasingly seen as outdated. Minimising damage to the environment is also an important consideration in today’s cleaning industry. This clever technology is increasingly relied upon in the commercial and industrial cleaning industry, with many robotic cleaners utilising UVC light to clean and fight infection. Ultraviolet lights can be an integral part of a cleaning machine’s components, whether human-controlled or robotic, that are used to disinfect surfaces. UVC LEDs can provide on-demand protection against bacteria, viruses and other pathogens by being integrated into common industrial and commercial appliances. UVC can provide effective disinfection to help counter these global threats. Population growth has also resulted in added strain on our environmental and public systems, with deteriorating water and air quality becoming problematic issues. Due to population growth around the world, there is an increased threat from antibiotic-resistant superbugs. UVC is now commonly called upon to disinfect and fight bacteria. Using UVC light as a disinfectant then became more popular and began to be used in hospitals from the late 1960s onwards. UV light was at first used to destroy bacteria and in the treatment of Skin Tuberculosis. The use of UVC is not new, it was discovered by Nobel-Prize winner Ryberg Finsen back in 1896. UVC is the shortest wavelength of the three forms of UV. Ultraviolet C, also referred to as UVC, it is the use of ultraviolet radiation with wavelengths between 200 and 290 nm. ![]() But how does UVC cleaning work and why is this solution becoming more essential nowadays? What is UVC cleaning? ![]() It seems we are on the cusp of seeing technological cleaning solutions like UVC become essential, both in the fight against infection and as an environmentally sustainable cleaning method in a future where effective eco-friendly cleaning and disinfection will be key. Our UV-C products are not meant to be used in applications or activities which may cause and/or lead to death, personal injury and/or damage to the environment. Plants and/or materials that are exposed to higher dosages of UV-C may become damaged and/or discolored.Ultraviolet C can be used for a variety of purposes, including disinfection in the cleaning industry. Philips UV-C disinfection luminaires must only be sold either directly by Signify or re-sold through qualified partners, and always installed by qualified professionals according to our stringent safety and legal requirements. UV-C disinfection luminaires that we provide without physically integrated equipment or time safeguards are meant to be used only as components in disinfection systems that contain the adequate safety safeguards such as, but not limited to, those indicated in the mounting instructions and/or user manuals of such luminaires.ĭirect exposure to UV-C is dangerous. As UV-C is invisible to the eye, our UV-C products are either provided with physically integrated equipment or time safeguards (such as presence or motion detection sensors or timers) or are to be installed together with the adequate containment safeguards to ensure that our UV-C products can be operated in a safe way. ![]()
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