if you are saying 135 Fahrenheit. No such thing as 135 degree steam. 212 at sea level is the beginning of boiling and it will take more than that to produce steam. To produce visible water vapor takes a lot less heat but viruses & bacteria might not be completely killed by water vapor
The amount of bacteria killed by steam depends on various factors such as temperature, exposure time, and bacterial species. Steam can be an effective method for killing bacteria as the heat can denature and destroy proteins essential for bacterial survival. However, some heat-resistant bacteria may require higher temperatures or longer exposure times to be effectively killed by steam.
Water or steam at 100 degrees Celsius will kill some bacteria. Detergent or soap is needed to kill the ones that survive the hot temperatures.
Steam under pressure is the short answer
The invention of said steam engine essentially means your using steam as a form of energy causing you to move
That completely depends on how much steam there is. (mass)
Exactly what it sounds like. A machine that sterilizes equipment by blasting it with hot steam, which kills bacteria.
It can kill germs and bacteria IF it is hot enough but it cannot kill a virus.
the steam cleaners heat up the water till it boils and the water steams it sends the steam through tubes the steam is way to hot for most bacteria and it kills them
The temperature of steam depends on the pressure of the system. Higher pressure steam can get super hot. Steam at atm is around 212 degree F, like boiling water.
100 degree Celsius
At the boiling point, 100° C
Check the seals and connections for a leak allowing air to infiltrate and thus causing loss of a vacuum VERY common problem as the coefficient of expansion per degree causes havoc on metal to metal connections such as a pump connected to ejector housing