Propellant Systems
Propellant selection, storage, production, and transfer
23 linked artifacts · Maps 12 tags
Linked Artifacts
Research Questions (13)
Propellant production in Phase 0 scope P0Xenon propellant sourcing at scale P0Water-first resource extraction strategy for early ISRU operations P0Cryogenic boiloff management at L4/L5 thermal environment P0Propellant demand modeling precision for Phase 0-1 operations P0Crew presence frequency for propellant system tending P0Industrial-scale microgravity electrolysis gas-liquid separation P0Storable propellant alternatives from asteroid organics P0Xenon supply chain constraint for Phase 1 P1Argon/krypton propellant viability for Hall thrusters P1Refueling concept of operations P1Optimal depot spacing and logistics architecture P2Thermonuclear jet helium isotope economics and fuel cycle optimization P3b
BOM Items (3)
Blog Posts (5)
Resolved: Can We Store Cryogenic Propellant at L4/L5 Without Losing It? Asteroid vs. Lunar Water: Which Source Wins for Space Propellant? Resolved: Water First — Why Early ISRU Should Chase H2O, Not Metal Resolved: Should Phase 0 Make Its Own Rocket Fuel? The Xenon Crisis: Why Project Dyson Must Abandon Its Baseline Propellant
Mapped Tags
propellantpropellant-productionpropellant-transferkryptonxenonargoniodinestorablefuel-economicspropellant-budgetalternative-propellantsalternative-propellant