In-Situ Resource Utilization
Focuses on technologies and strategies for extracting and processing local resources on celestial bodies like the Moon and Mars. Sessions cover methods for producing propellants, water, and building materials to enable sustainable off-world operations.
Viral Moments
7
Game-changing scaling law!
Billion-Dollar Moon
Transform Mars' atmosphere!
Lunar Oxygen Price Tag
Beyond proof-of-concept!
Fueling Martian dreams!
Oxygen on the Moon?
Key Quotes
2
โI'd like to argue that lunar ISRU could be a market competitive profitability enabling service.โ
โWell, as it turns out, we actually identified that flow rate and pulse frequency actually control the same metric, the number of pulses that the gas sees in the discharge zone. And this is really significant because it means we've identified a reactor performance scaling law that can meaningfully simplify future reactor designs.โ
Chapters
17
Articles
2
The dream of a thriving lunar economy is closer than ever, thanks to advancements in space resource utilization. Ireland Brown, a Draper Scholar and PhD student, unveiled a new cost estimation technique at SpaceTech 2026, demonstrating the profound commercial viability of producing oxygen on the Moon. Her research offers a critical framework for understanding and achieving profitability in future space endeavors.
As humanity sets its sights on sustained missions to Mars, the challenge of transporting vital resources becomes paramount. Researchers are turning to innovative solutions, with plasma technology emerging as a promising method to transform the Martian environment itself into a source of life-sustaining consumables and rocket fuel.
