Latest Innovations in Sanitation That Might Interest You

Latest Innovations in Sanitation That Might Interest You

Sanitation is one of the best ways to keep a healthy life. Currently, we are made aware of how being clean is precious and every day we hear of different ways how we can reach this goal. Here are some new ways that you can improve your sanitation.

What Comes First

One thing that the eastern civilizations do right is that they take off their shoes before entering the home. Nowadays, many westerners choose to do the same because of the risk that they are going through by keeping them on. Consider how much dirt and germs you tracked in on your shoes outside. If you didn’t remove your shoes before walking about your house, you’ve just bought a slew of hazardous bacteria through the front door. Shoes are “dirtier than a toilet seat,” according to a study done by Good Morning America and the University of Arizona. Toilets normally contain 1,000 bacteria or less, compared to the 66 million bacteria identified on one of the test subjects’ shoes. Nine distinct types of bacteria were found on the bottoms of people’s shoes, which can cause infections in the eyes, stomach, and lungs, according to the test.

A different study conducted by the University of Arizona discovered an average of 421,000 bacteria units on the exterior and 2,887 on the inside of a shoe. Among the germs that cause sickness and were identified on numerous pairs of shoes were: 

  • E. coli is a type of bacteria (causes intestinal and urinary tract infections, meningitis, and diarrheal disease)
  • Klebsiella pneumoniae is a bacteria that causes pneumonia (causes wound and bloodstream infections and pneumonia)

There are several ways that you can sanitize your shoes. You could visit https://www.healthysole.com and see an interesting way of disposing of bacteria using UVC radiation. Hand sanitizers have become a staple in our cleaning kits, and no one can now leave the house without at least one little container of gel or a spray-on atomizer containing at least 70% medical-grade alcohol. While these are fantastic for keeping your hands clean, did you know that they can also be used to kill bacteria in your shoes? While alcohol-based hand sanitizers are effective at removing the great majority of germs from a particular surface, they won’t be able to remove all types of bacteria. It’s vital to use enough hand sanitizer and let it dry entirely rather than washing it off to guarantee you’re sanitizing your shoes as much as possible. To eliminate the majority of hazardous bacteria, your gel or sanitizing solution must include between 60 and 90 percent isopropyl or ethyl alcohol.

Steam Cleaner

COVID-19 is caused by a virus that can land on surfaces. If people touch certain surfaces and then touch their nose, mouth, or eyes, they may become infected. Touching a surface presents a low risk of infection in most circumstances. Handwashing with soap and water or using an alcohol-based hand sanitizer is the most effective technique to avoid infection from surfaces. Cleaning and sanitizing surfaces can also help to reduce infection. Using soap or detergent to clean surfaces eliminates pollutants, limiting the transmission of germs and the risk of infection. Cleaning once a day is usually adequate to eradicate viruses that may be on surfaces if no one with proven or suspected COVID-19 has been in the space.

In hard-to-reach spots or on porous materials like upholstered furniture, steam cleaners can safely eliminate bacteria and viruses. The steam cleaner works by heating water past its boiling point and releasing it as steam through its nozzle at high pressure. Viruses, germs, mites, bedbugs, dirt, and other foreign agents that may be harmful to your health are killed by the heated steam. It’s crucial to remember, though, that steam can damage some surfaces, such as wood or marble. Despite its proven results in killing germs and viruses, determining how long a surface needs to be treated to effectively sanitize depends on a variety of factors such as surface type and steam temperature. It’s also important to know whether the disinfectant used in these devices has been proven to specifically kill the SARS Covid 2 virus.

UV Technology

Ultraviolet Germicidal Irradiation, UV-C Light, and LED Blue Light are all terms used to describe ultraviolet light technology. UV-C is frequently used in conjunction with other treatments. While this technology can be beneficial, it is typically necessary to modify workspaces to incorporate UV technology, which can be costly for many firms. However, new technologies are emerging to fill the gap, such as light bulbs that accomplish the same function without the need for specialized electrical components. It is important to note that mistreatment of UV lights can lead to harm, so you shouldn’t use them directly on the skin. People should not use UV lamps to disinfect their hands or other regions of skin, according to the WHO’s coronavirus myth-busters webpage, because UV radiation “may cause skin irritation and damage your eyes.” 

Robotics

While the pandemic has created numerous challenges, it has also sparked creativity. The industry has been transformed by the introduction of robotics. New technology is being deployed in numerous sectors of public environments, from hospitals to hotels, whether it be UV-light-zapping germicidal robots, robots that spray disinfectant, or disinfecting drones that give effective and efficient sanitation application methods. This developing technology for disinfection equipment will be interesting to monitor in the coming year as its performance is reviewed, improvements are made, and costs become more manageable, as the area continues to evolve at a fast rate. In the future of public sanitation, cleaning robots will be crucial. Manually wiping down every surface is no longer an option; instead, use self-cleaning methods to limit the danger of viral transmission and improve cleaning efficiency. Robots are helping the Gulf Coast Veterans Health Care System in South Carolina maintain its hospitals clean. Tru-D robots are UVC disinfection equipment that use UV light to kill germs on non-porous surfaces. The robots, which do not need to move around the room to disinfect, have settings that can be managed via iPads, such as cleaning mode and cleaning time.

While the pandemic has created numerous challenges, it has also sparked creativity. The industry has been transformed by the introduction of robotics. New technology is being deployed in numerous sectors of public environments, from hospitals to hotels, whether it be UV-light-zapping germicidal robots, robots that spray disinfectant, or disinfecting drones that give effective and efficient sanitation application methods. This developing technology for disinfection equipment will be interesting to monitor in the coming year as its performance is reviewed, improvements are made, and costs become more manageable, as the area continues to evolve at a fast rate. In the future of public sanitation, cleaning robots will be crucial.

Hopefully, we presented some new interesting options for sanitation that in the coming years will play a big role in households and facilities.