Ultraviolet Sanitation in Space: If a Contamination Breaks Out, Where Can You Go?

A potential problem that NASA has prepared for is contamination. If there is a dangerous contagion on a space station, there is nowhere for the crew to escape. In an attempt to solve this possible complication NASA has developed glove boxes to ensure the safety of crew members. To upgrade the level of safety and the testing capacity of the space station, they designed one of these boxes to provide ultraviolet sanitation in space: its function is to keep dangerous organisms contained.

It is a simple piece of equipment but it could be of the utmost importance. The lack of gravity on the space station means that nothing stays where it is put. This includes liquid, gas, and bacteria. With this danger in mind, the space station has been set up to keep both the people and the rest of the space station from dangerous substances.

There are many different glove boxes on the space station. Some are small and portable while others are significantly larger. The 9-foot box has been on the space station for more than a decade and has a pair of gloves to allow for the safe handling of dangerous material. So that nothing can escape even if a leak occurs, it also creates negative air pressure inside the container. It has been used for many purposes, some of which include biotechnology and research in zero-gravity combustion. This box has proved to be very useful on the space station in the past. However, NASA is now saying that new safeguards need to be added to allow for the study of non-human substances.

Ultraviolet sanitation in space is a nifty solution as the upgrade is able to clean and sanitize the entire inside of the glove box. This method of decontamination has proved extremely efficient in the past. It will not only be able to sanitize, but it can also remove contaminates from the air. This new system will drastically increase the amount and types of experiments that can be done on the space station.