Sierra Space has achieved a significant milestone by completing testing of its innovative carbothermal reactor, capable of extracting simulated lunar oxygen in a controlled environment. This technological breakthrough is essential to support NASA’s Artemis mission, which aims to establish a long-term human presence on the surface of the Moon.
Testing of lunar oxygen extraction reactor at NASA
The reactor was successfully tested at NASA’s Johnson Space Center, where the hostile environment of the lunar south pole was simulated. This autonomous, automated system has proven effective in extracting oxygen from lunar soil minerals, representing a crucial advance in reducing dependence on Earth supplies and facilitating more economical space exploration.
Tom Vice, CEO of Sierra Space, noted that this development is a key step toward the infrastructure needed for future lunar missions. “The Apollo program program took us to the Moon to explore. Artemis will take us again, but this time to stay. Our oxygen extraction technology is critical to making that sustainable future a reality.” He stated.
Sierra Space’s system underwent rigorous testing, where it faced extreme temperatures ranging from -45 °C to 1,800 °C. Despite the challenging conditions, the reactor was able to handle the simulated regolith, an extremely abrasive material, demonstrating its ability to operate in real Moon conditions.
Sierra Space advances towards a habitable Moon
This breakthrough has significant implications for the survival of astronauts on the Moon. astronauts on the Moon and for long-term space exploration, such as missions to Mars. missions to Mars. Oxygen will be vital for breathing and can also be used as a propellant, marking a radical change in the efficiency and sustainability of space travel.
The company, known for its leadership in advanced space technologies, is also collaborating on other projects related to lunar infrastructure, such as DARPA’s LunA-10 initiative. This initiative seeks to integrate solutions such as oxygen extraction and energy storage to create a robust infrastructure framework on the Moon.
With this groundbreaking technology, mankind is closer to establishing a permanent presence on the Moon, opening the door to a new era of exploration and commercialization of space.
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Source and internal photo: Sierra Space
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