The importance of infrared washroom technology in the commercial sector environment cannot be underestimated. Not only can it drastically reduce the risk of cross contamination, aiding infection control, but it can also help to eliminate wastage, leading to significant cost reductions.
Control of cross-contamination in commercial and public sector buildings is of utmost importance to maintain the health and wellbeing of occupants.
Here, the biggest risk lies in the washroom. Due to their function and being a communal area which is in constant use, washrooms provide a breeding ground for germs and bacteria which can then be transferred from one surface to another.
This can lead to illnesses, some being serious, including salmonella, flu, diarrhoea and impetigo. Notably, in 2006, poor hand hygiene was attributed to the spread of MRSA (methicillin-resistant Staphylococcus aureus) in UK hospitals.
As such, recent years have seen high-risk environments, such as hospitals and schools, come under increased pressure to optimise their infection control regimes and alleviate the risk of cross-contamination.
However, this risk isn’t just limited to the public domain. When it comes to the office environment, for example, it is estimated that workers are likely to spend an incredible 41 hours in the company washroom each year, the equivalent of more than one whole week at work.
Yet one in four admits to not washing their hands every time they visit the washroom, putting the hygiene of their colleagues at risk.
And so, clearly all commercial settings have a duty of care to alleviate this risk by providing a clean and hygienic washroom supported with rigorous infection-control measures.
Fundamentally, it is important to instil behavioural change by encouraging everyone, both building occupants and visitors, to wash their hands regularly with soap and warm water.
Good practice also constitutes routine sterilisation with a focus on cleaning and disinfecting germ-prone surfaces and objects such as countertops, urinals, toilets, door knobs, toilet handles and faucets. However, even with these measures in place, there is still room for bacteria to spread.
This can be avoided by the installation of solutions that offer completely hands-free operation whereby automatic detection eliminates the risk of germs being spread via the hands.
One example is the latest generation of infrared taps. These types of taps use infrared technology to detect human presence and switch on the water flow, delivering the right amount of water when required.
In this way, the non-touch mechanism alleviates the risk of germs spreading, making it suitable for use in all premises seeking to optimise hygiene levels – all while eliminating water waste too.
Another solid recommendation is a urinal infra-red automatic flush. Working in a similar way, the infra-red technology detects human contact and automatically flushes the individual urinal after use, again inhibiting the spread of germs.
Plus, the direct flush removes the need for an auto-flush cistern and associated plumbing used in traditional installations, which flush all urinals intermittently.
There is a major added bonus to using both of these technologies – efficiency. Whereby with traditional setups, taps may be left running – or simply drip, while cisterns may have an unnecessarily high water demand, non-touch technology means water is only used as needed.
This enables commercial providers to significantly minimise mains water use in order to lower their environmental impact and cut water bills. However, the considerations don’t quite end there.
Recently a new infrared soap dispenser specifically created to aid infection control in public sector premises has been introduced.
In a similar vein to water-related infrared products, the dispenser spout incorporates infrared technology to detect human presence and dispense a user-set volume of soap, thus negating the risk of cross-contamination between hands.
In addition, wastage is eliminated, thus further helping with efficiency measures. The risk presented by infection spread in the washroom is a serious one.
We need only look at the stack of prior headlines around infection rates caused by poor hand hygiene in the healthcare sector, to see the tangible health issues presented.
As such, it is important that all specifiers and contractors take a considered approach to washroom specification and take advantage of the latest infrared solutions which can help to significantly reduce infection – all while saving water.
Patrick Atkinson, CEO of Grafton Merchanting ROI, Ireland’s largest builders’ merchant group, has discussed the future of the industry with the Keystone Group.Posted in Articles, Bathrooms, Bedrooms & Washrooms, Building Industry News, Building Products & Structures, Building Systems, Information Technology, Interiors, Kitchens, news, Posts, Research & Materials Testing, Steel and Structural Frames
Consisting of a series of octagons, the 4,250 square metre flat roof of Unit 800 at Aztec West is one of the most secure in Bristol after being re-roofed with a BMI Icopal’s Torch-on system.Posted in Articles, Building Industry News, Building Products & Structures, Case Studies, Posts, Restoration & Refurbishment, Retrofit & Renovation, Roofs
Project Specification Group, a unit of ASSA ABLOY Opening Solutions UK & Ireland, has redefined its capabilities in light of its recent rebrand.Posted in Access Control & Door Entry Systems, Architectural Ironmongery, Articles, BIM, Infrastructure & CAD Software, Building Industry News, Building Products & Structures, Building Services, Doors, Information Technology, Posts, Security and Fire Protection
To be fully effective, climate control ceiling elements must be properly installed and this is where the diagnostic ability of FLIR thermal imaging is essentialPosted in Articles, Building Industry News, Building Products & Structures, Ceilings, Information Technology, Posts, Research & Materials Testing, Sustainability & Energy Efficiency, Thermal Imaging and Monitors