INTRODUCING NASA CO2 CONVERSION CHALLENGE PHASE 1 RESULTS: MEET THE WINNERS

Get out of your element!

Convert CO2 into molecules to power bio-manufacturing in space.

Convert CO2 to Glucose

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

Because CO2 is readily abundant within the Martian atmosphere, such technologies will translate into in-situ manufacturing of products to enable humans to live and thrive on the planet, and also be implemented on Earth by using both waste and atmospheric CO2 as a resource.

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Process

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Phase 1: Award

Based on the rank order of submissions, up to five Finalists will be named. Finalists will be awarded $50,000 each to build a functioning system according to their submitted proposals.

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    3

    Phase 1: Expert Review

    Each valid application receives scores and comments from five Evaluation Panel judges, using a trait-scoring rubric with four criteria: scientific/technical merit; feasibility; applicability; and system fabrication and test plans.

    Scoring
    2

    Phase 1: Apply

    Individuals, teams, and organizations that meet eligibility criteria are welcome to apply. Ideas should focus on advancing the capabilities of physicochemical systems to convert CO2 into glucose. Apply no later than Thursday, February 28, at 5:00 PM Central.

    Apply
    1

    Phase 1: Register

    Do you have an idea to develop or adapt technology for converting CO2 into compounds like glucose, which can then be used to manufacture "food" for microbial bioreactors? You must first register no later than Thursday, January 24, 2019, at 5:00 PM Central.

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    Questions & Answers

    Can competitors use a bioreactor technology?

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    What is the NASA CO2 Conversion Challenge?

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    Why is this Challenge focused on CO2 conversion?

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    Do I have to participate in phase 1 in order to participate in phase 2?

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    How will submissions be assessed?

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    I'd like to participate - how do I get started?

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    What can I win?

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    What is the collection method for the molecules? How should they be captured to use for conversion?

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    Do we have to use a bioreactor for the conversion?

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    How do you expect the teams to collect hydrogen?

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    Will there be potential to test/send the entries to space or ISS for further testing?

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    What happens to my intellectual property?

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    How can I contact someone at NASA about my application?

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    Who is eligible to participate?

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    Can a person with a green card (not US citizen) participate in the competition?

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    I am a Federal Employee, may I participate?

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    We’re a Small Business Innovation Research (SBIR) program grantee. Can we apply?

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    Can you participate as an individual in the competition?

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    Can we add additional team members after we have registered and completed the Team Registration form?

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    Is it necessary to convert CO2 to 3C or larger compound in Phase I?

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    Can we propose two-step-approach to convert CO2? Does a two-step proposal have a disadvantage?

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    Is a hydroponic solution to the CO2 conversion challenge barred from entering the competition?

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    What is the required $250,000.00 insurance coverage needed for and why?

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    What does “no biological component” mean in the application summary description?

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    Are we allowed to use any bioreactor at all in the system?

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    Why don't you just use cyanobacterias, photosensitive algae or plants to produce energy out of CO2?

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    Could our design concept for the CO2 Conversion Challenge produce Glucose Syrup?

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    We have a renewable energy concept to generate electric energy. Is that of interest?

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    Is the goal of the challenge to convert co2 to sugar through an apparatus?

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    While a bioreactor is not allowed, is a tank of seawater, bubbles of CO2, and a diatoms allowed?

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    If my entry idea does not specifically convert CO2 and hydrogen, would my entry stand a chance?

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    Must the $50,000 prize be used for research and development of the proposal?

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    What is the relationship between this website and NASA?

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    Would technology that converts CO2 to syngas qualify or is it restricted to CO2 to glucose?

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    I can produce Oxygen from CO2 rich air, using waste water. How should I prove the system works? Are there limitations?

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    Is there a reason that biological systems are not acceptable? Are there any exceptions?

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    Since a bio-reactor is not permitted, does that mean that no organisms are allowed?

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    In phase 2, with a prize purse of up to $750,000, would up to 5 finalists receive $150,000 each?

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    Will providing a budget analysis for the proposed work in phase 2 be seen as a plus in the phase 1 proposal?

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    How is the prize purse for phase 2 to be distributed?

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    Would a modular type system, joining aspects of the proposed solution together on Mars, be acceptable?

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    Would including potential terrestrial applications of our technology be viewed favorably?

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    Would risk mitigation strategies be helpful to our chances?

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    Is there a targeted TRL for the end of phase 2?

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    What is the daily capacity of a glucose synthesis unit?

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    What are the maximum dimensions and weight the installation should have?

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    What should be the marginal energy consumption for the production of 1 gram of glucose?

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    Would a modular type system joining certain aspects of the proposed solution together on Mars be seen as a penalty?

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    Would risk mitigation strategies be helpful to our chances?

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    Is it necessary to convert CO₂ to 3C or larger compound in Phase 1?

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    We are considering to propose two-step-approach to convert CO₂ to 3C or larger compounds. Is that acceptable?

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    What is the expected period of performance and will the total funding be in Phase 2?

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    How is the prize purse for phase 2 to be distributed?

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    Where can I find more FAQs?

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    Submissions Have Closed

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