Nova Space Technologies
Nova Space Technologies: revolutionizes spacecraft disinfection to enable astronaut health and advance space R&D
Introduction
Maintaining clean, sterile conditions in outer space is critical to the health of astronauts and the integrity of life support systems. The increasing demand among pharma and biomedical companies for zero-gravity research, underscores the need for "cleanroom" technologies in space. Yet, biofilms are resistant to conventional disinfection methods.
Nova Space Tech is revolutionizing space safety. By utilizing available water and oxygen, we’ve pioneered a sustainable sterilization method tailored for space’s unique conditions. Our technology enhances astronaut safety, supports ambitious medical research, and ultimately benefits both extraterrestrial and terrestrial life.
Problem
Biofilms, communities of microorganisms resistant to standard disinfection, present a significant challenge in space habitats like the International Space Station (ISS). The task of maintaining cleanliness in these habitats is akin to that in an Intensive Care Unit (ICU). The rapid growth of bacteria in space, coupled with astronauts’ weakened immune systems, heightens this challenge. Tackling this issue is critical not only for astronaut health but also extends to pharma and biotech labs in space, where any form of contamination can disrupt critical research and result in significant financial losses. With the pharmaceutical and other industries increasingly pursuing zero-gravity research for its unique experimental opportunities the demand for effective space "cleanroom" technologies is on the rise. Maintaining clean, sterile conditions in outer space is critical to the health of astronauts and the integrity of this exciting research frontier.
Opportunity
Reduce and prevent the formation of biofilms and other biocontaminants by designing a closed-loop H2O2 decontamination system Ensure a controlled distribution of H2O2 vapor, effectively penetrating biofilms and eradicating the microorganisms within. Significantly reduces the risk of biofilm formation on surfaces and in water systems. Maintains the operational efficiency and longevity of space habitats. Resource-efficient recycling aligns with the sustainability requirements of space missions, minimizing waste and conserving valuable resources.