NASA will pay you up to $ 750,000 to produce a way to turn CO2 into another molecule on Mars

when NASA launches a mission launched into space, they must bring everything together with them. You cannot reach space for resources as you explore orbit above the International Space Station,

and the Apollo to the Moon mission does not try to turn anything on the moon's surface into something useful for traveling. When NASA sends humans to Mars, it needs to be changed.

Mission to Mars must be independent, meaning that using the resources available on the Red Planet is very important. With that, NASA announces the CO2 Conversion Challenge, which calls on scientists and creators to create ways to make CO2 a molecule that can be used to produce all kinds of things. And there is a big money prize on the phone.

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To begin, NASA asked the team to focus on converting CO2 to Glucose, but the language of the challenge shows you can approach that destination from any angle you want:

Help us find ways to develop novel synthesis technologies that use carbon dioxide (CO2) as a single carbon source to produce molecules that can be used to produce a variety of products, including "substrates" for use in microbial bioreactors.

Because CO2 is very much in the atmosphere of Mars, the technology will be translated into the manufacture of products inside to enable humans to live and thrive on this planet, and also carried out on Earth by using both residual and atmospheric CO2 as sources.

The team or individual who wants to participate must register on January 24, 2019, and then officially adopted on February 28. Experts will study each plan and provide up to $ 250,000 spread between five individuals or teams.

The next stage of the competition is still light in details. NASA said it would announce the rules and criteria when Phase 1 was completed, but the administration had revealed that it was ready to submit up to $ 750,000 to individuals, teams, or teams that could show that their system was working as intended and could be used by astronauts on Mars.

"The planet's future habitat on Mars requires a high level of adequacy," NASA explained. "This requires an integrated effort to both recycle supplies carried from Earth and use local sources such as CO2, water and regolith to produce mission-related products. Life support systems and human occupancy will treat wastewater to make drinking water, get re CO2 oxygening, converting solid waste into usable products, expanding food, and special equipment and packaging to enable reuse in alternative forms. "

If you think you are fulfilling system engineering tasks that can keep Mars astronauts alive, you only have a few months to apply. Get it!

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