Strategic Objectives
• Master the precise ratios of CO2 and O2 for peak metabolic efficiency.
• Identify and neutralize toxic trace gases before they compromise health.
• Design self-sustaining loops that mimic Earth's natural gas exchange.
• Optimize photosynthetic yields through advanced carbon dioxide enrichment.
The Core Challenge
In sealed environments, the invisible balance of gases can shift from life-sustaining to lethal in hours, yet most systems fail to treat air as a precision biological input.
01
The Chemistry of Survival
02
The Human Breath
03
The Photosynthetic Engine
04
The CO2 Conundrum
05
Oxygen Enrichment
06
Trace Gas Contaminants
07
Ethylene Management
08
Nitrogen as a Buffer
09
Pressure Dynamics
10
Chemical Scrubbing
11
Molecular Sieves
12
Electrolysis for Oxygen
13
The Sabatier Reaction
14
Sensors and Monitoring
15
Bio-regenerative Systems
16
Lessons from Biosphere 2
17
Spacecraft Environments
18
Submarine Air Management
19
Controlled Environment Agriculture
20
Automated Control Logic
21