The Perseverance Rover creates oxygen to allow air to pass through Mars

In another big precedent, we finally created oxygen on Mars and set a milestone for the ISRU community. NASA’s Mars investigation has successfully used the MOXIE instrument and produced oxygen from the carbon dioxide-dominated Martian atmosphere for the first time. Changing the Martian atmosphere, to produce oxygen, might actually help astronauts one day explore the red planet.

The mission was completed on April 20, an important milestone seen just a day after the first Mars epic – the first Mars flight of NASA’s groundbreaking helicopter to climb the Red Planet seen in the belly of the probe. Today, the world’s first scientist, a six-wheeled robot toaster on board called the Mars Site Oxygen Sources Experiment (MOXIE) has completed a mission to generate oxygen from the Martian atmosphere, allowing a pathway to store oxygen on Mars. Mars.

This will help propel rockets to lift astronauts off the planet’s surface with a device that provides the astronauts with breathing air. “This is the first important step in converting carbon dioxide to oxygen on Mars,” said Jim Reuter, associate director for NASA’s Space Technology Mission. Talking about how MOXIE works is done by separating the oxygen atom from the carbon dioxide molecule, which consists of one carbon atom and two oxygen atoms.

Carbon monoxide waste is emitted into the atmosphere of Mars. The entire process requires high levels of heat to reach temperatures around 1470 degrees Fahrenheit (800 degrees Celsius). In addition, the MOXIE unit is made of heat resistant materials. In this first process, MOXIE produces about 5 grams of oxygen, the equivalent of 10 minutes of oxygen for an astronaut.

MOXIE has the potential to produce up to 10 grams of oxygen per hour for a test meal. The tool will run nine more tests over the next two years, and the research team will use that data to design the next generation of MOXIE.

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