S T E L L A X
S T E L L A X
S T E L L A X · V I S I O N
The molecule that threatened us will carry us to the stars.
To those who understand physics, this molecule is not a threat.
It is a misplaced resource.
The patent exists. The technology exists.
All that remains is execution.
Central Thesis
Mars' atmosphere is 95% CO₂.
NASA MOXIE produced oxygen from CO₂ on Mars in 2021.
StellaX's technology uses the same CO₂ pressure-temperature control principles.
Therefore: our terrestrial technology operates directly on Mars.
This is not a vision. It's physics.
Core R&D Roadmap · 3-Phase Commercialization
With core CO₂ hydrate slurry transport technology (Patent 10-1801481), we are working to resolve the critical CCUS bottleneck: missing transport infrastructure. We are engaging large industrial companies urgently seeking CBAM and K-ETS compliance as our first partners.
Through Sabatier reaction (CO₂ + H₂ → CH₄ + H₂O), CO₂ mineralization, and supercritical CO₂ processes, we redefine CO₂ as an industrial feedstock. This is terrestrial CCU and the prototype for space ISRU.
Mars' atmosphere is 95% CO₂. NASA MOXIE produced oxygen from CO₂ on Mars. StellaX's technology uses the same principles. What we perfect on Earth operates directly on Mars.
Research Philosophy
The Han River miracle took 50 years.
The carbon miracle will be completed in our generation.
The planetary miracle we pass to the next.
StellaX · 스텔라엑스 주식회사
Daejeon HQ & Lab — Somewhere on Mars