superhuman/air.md

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gas estimated amount in air extraction method purity achievable efficiency typical applications
N₂ ~78.08% cryogenic distillation , pressure swing adsorption, membrane separation up to 99.999% high chemical processes, electronics, food packaging, metal processing
O₂ ~20.95% cryogenic distillation , pressure swing adsorption, membrane separation up to 99.7% high medical use, industrial processes, water treatment
$AR ~0.93% cryogenic distillation up to 99.999% high welding, lighting, semiconductor manufacturing
CO₂ ~0.041% chemical scrubbing, cryogenic distillation varies, high concentrations possible varies beverage carbonation, greenhouse cultivation, industrial processes
NE less than 0.002% cryogenic distillation up to 99.999% moderate to high lighting, lasers, refrigerants
HE about 0.0005% cryogenic distillation up to 99.999% moderate to high balloons, medical imaging, scientific research
CH₄ about 0.0002% adsorption techniques, membrane separation varies, high for specific setups moderate to high fuel, chemical feedstock, energy production
KR about 0.0001% cryogenic distillation up to 99.999% moderate to high lighting, insulation in double-glazed windows
H₂ about 0.00005% pressure swing adsorption, membrane separation, electrolysis up to 99.999% moderate to high fuel cells, refining, chemical synthesis

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