CATALYTIC ATMOSPHERIC CYCLES
The APP-G6 Hephaestus
The core of our planetary engineering effort is the Atmospheric Processing Plant (APP). These gargantuan structures are designed to consume local planetary gases—methane, ammonia, and sulfur dioxide—and through a process of high-energy catalytic cracking, convert them into a stable oxygen-nitrogen atmosphere.
FIG 6.5: HEPHAESTUS-CLASS CATALYTIC CHAMBER CORE (MK IV)
Stoichiometric Calibration
Terraforming is a delicate balance. On planets like LV-426, the high concentrations of primordial methane must be neutralized before oxygen enrichment can begin. Our scientists utilize autonomous drone swarms to seed the atmosphere with engineered catalytic dust, accelerating the reaction by up to 4,000% compared to natural geological cycles.
O2 PRODUCTION
12,000 metric tons / hr
PRESSURE DELTA
+0.05 bar / standard month
Planetary Milestones
By the end of the first decade of operation, a standard APP configuration can stabilize the surface temperature within 15 Kelvin of Earth-standard. Within fifty years, the planet is capable of supporting open-air indigenous vegetation. Within a century, the 'Better World' is complete.