a market analysis for commercial isru production market
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A market analysis for commercial ISRU production Market Analysis - PowerPoint PPT Presentation

Damon Ellender, PhD Candidate, UNSW School of Electrical Engineering, ACSER A market analysis for commercial ISRU production Market Analysis What is the product? Where is it needed? Who is the customer? What is the value of the


  1. Damon Ellender, PhD Candidate, UNSW School of Electrical Engineering, ACSER A market analysis for commercial ISRU production

  2. Market Analysis • What is the product? • Where is it needed? • Who is the customer? • What is the value of the product where the customer needs it?

  3. Why choose propellant for ISRU? Largest Proportion of launch payload from Earth >90% Propellant required per kg • For every kg delivered 80 • to the moon, need 53 kg fuel.. 70 • or a total of 424kg fuel for every 1kg returned to LEO 60 • To Mars, need 75 kg fuel 50 • Or a total of 675kg for every 1kg returned to LEO. 40 30 Relatively Simple, Easy to Automate, Generation Processes 20 • Electrolysis ,Sabatier, Reverse Water Gas Shift 10 - • For every kg of total ISRU system mass delivered to Mars* Earth Moon Mars Earth - 53 75 • A Lox/LCH4 ISRU system can produce 20 kg of propellant • A Lox-only ISRU system can produce 3 kg of propellant * Abbud-Madrid et al, 2016, Report of the Mars Water In-Situ Resource Utilization (ISRU) Planning (M-WIP) Study; 90 p, posted April, 2016 at http://mepag.nasa.gov/reports/Mars_Water_ISRU_Study.pptx 2

  4. Potential Demand(Mars) Tonnes Tonnes H2O(ECLS) H2O(ECLS) LCH4 LCH4 LO2 LO2 - 5 10 15 20 25 30 - 500 1,000 1,500 2,000 2,500 LO2 LCH4 H2O(ECLS) LO2 LCH4 H2O(ECLS) NASA DRM 25 7 17 SpaceX 1,953 547 280

  5. Potential Revenue , k$ H2O(ECLS) H2O(ECLS) LCH4 LCH4 LO2 LO2 - 50 100 150 200 250 300 350 - 5,000 10,000 15,000 20,000 25,000 LO2 LCH4 H2O(ECLS) LO2 LCH4 H2O(ECLS) NASA DRM 300 84 204 SpaceX 23,438 6,562 3,358 • Based on US$160/kg O2 cost • Does not include cost of saved launches. 4

  6. Next Steps for Commercial Development • Identify and Prove Resources • Identify, Develop and Prove ISRU Technologies • Evaluate Ideal Storage Locations • Establish Funding 5

  7. Other Commercial ISRU Potential • Other Resources • Other Products • Other Locations • Moon • Solar Panels • Arctic and Antarctic Science Stations • Asteroids • 3D Printing feedstock • Remote Mine Sites • Earth LEO • Batteries • Remote Communities

  8. Conclusion • There is potentially significant market for ISRU consumables • Resource Exploration and Technology needs to invested in.

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