XploSafe announced today that it has been awarded a Phase I SBIR contract from the National Aeronautics and Space Administration (NASA) to develop specialized air filtration units for the next-generation of American space suits.
These filtration units will help keep the space suit’s internal air-flow free of any toxic, trace contaminants, which naturally build-up while astronauts use their suits. XploSafe aims to capture these contaminants within their proprietary sorbent media, which could then be vacuum regenerated to enable longer spacewalks and substantially improve time in-suit over the duration of a mission. Such a capability will be required for NASA’s upcoming Artemis missions, in which the United States intends to return to the moon by 2024.
The design of XploSafe’s filtration units would provide astronauts with safer air to breathe, as well as lighter, easier to use suits. XploSafe’s filtration unit would be housed within the Exploration Portable Life Support System (xPLSS) backpack of the next-generation xEMU suits, alongside other critical life-support systems. The company holds multiple patents for vapor nanoconfinement technology that facilitates high-capacity absorption, stabilization, and consistent recovery (removal) of a wide range of volatile, semi-volatile, and even reactive organic compounds.
XploSafe’s Operations Manager, Michael Teicheira, had the following to say: “we are ecstatic about this opportunity to showcase the research and development efforts of XploSafe here on the national and even international stage. The prospect of our products enabling astronauts to spend more time in space is an enthralling one, and we are so grateful for this opportunity to show what a small Oklahoma research company can achieve”.
XploSafe based in Stillwater, Oklahoma is a provider of critical safety solutions for homeland security and chemical safety. Their XploSens explosives detection, XPell peroxide safety products, and XCel+ chemical vapor sampling badges are used by first responders, industrial safety officers, threat assessment officials, and laboratory and chemical manufacturing personnel all over the world.