Strategic Objectives
• Master the Sabatier reaction to create sustainable rocket propellant on-site.
• Harness Solid Oxide Electrolysis to breathe freely on the Red Planet.
• Understand the thermodynamics of the Martian atmosphere for industrial use.
• Design closed-loop systems that turn waste into mission-critical resources.
The Core Challenge
The crushing cost of hauling fuel and oxygen across the void makes Mars colonization an impossible dream.
01
The Martian Atmosphere
02
The ISRU Philosophy
03
The Sabatier Reaction
04
Solid Oxide Electrolysis
05
Chemical Thermodynamics
06
Catalysis on Mars
07
The MOXIE Experiment
08
Gas Separation Technologies
09
Cryogenic Storage
10
Water Electrolysis
11
Mars Environmental Challenges
12
Nuclear Power for ISRU
13
Compressor Engineering
14
Heat Exchangers in Space
15
Methalox Propulsion
16
Life Support Integration
17
The Water-Gas Shift Reaction
18
Materials Science for Mars
19
Automated Plant Operations
20
The Carbon Monoxide Economy
21
The Path to Self-Sufficiency
Explore Research Ecosystem
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