Such kind of innovations in the medical field is very much required.
We are not properly capable of dealing with all kind of simple bugs ,leave alone superbugs and viruses.
One of the biggest worries about American's obsession with antibacterial soaps is the possibility that viruses and bacteria will develop into "superbugs." At Johns Hopkins Hospital a new method is being tested to prevent the rise of superbugs by using robot-like devices that spray hydrogen peroxide.
The vaporizers were first developed in Singapore in 2002 to combat the spread of SARS and were stocked in U.S. government agencies in case of an anthrax outbreak.
These bots are about the size of a washing machine and weigh nearly 60 pounds each. Two bots are placed in a sealed room that has had its vents covered. One device sprays a light bleaching agent into the air to kill and prevent the spread of drug-resistant bacteria. A thin layer of the hydrogen peroxide agent, about 2 to 6 microns thick, coats all of the surfaces in the room, including equipment, tables and chairs. A second vaporizer breaks down the bleaching agent into its water and oxygen components, making it non-toxic to humans. The entire process takes about an hour and a half to complete.
Originally posted by OtherSideOfTheCoin
They already have technology that will clean the air in infection control wards and in operating rooms therefore I don’t see these machines becoming common place in hospital wards.