FL-KEYS 60FT

Florida Keys Underwater Habitat Life-Support Simulator

Depth / Depth Pressure 60 FT / 2.82 ATA
Habitat Temp 24.5 °C
Mission Elapsed 00d 00h 00m
Mission Scenario Presets 4-Crew Saturation Habitat
Live Habitat Schematic (p5.js Render Engine) ● Gas Flow Active
Biophysical Atmospheric Telemetry (Dalton's Law at 2.82 ATA) ALL SYSTEMS STABLE
✓ Atmospheric parameters within nominal human physiological safety envelope.
O2 Partial Press (P_O2)
0.59 ATA
21.0% (Safe: 0.16–1.40)
N2 Partial Press (P_N2)
2.23 ATA
79.0% Blend
CO2 Accumulation
3.2 mmHg
Safe Limit: < 7.5 mmHg
Decom Obligation
18h 40m
16-Tissue Saturation
OTU Rate (O2 Toxicity)
142 U/day
Max Limit: 300 U/day
Scrubber Temp
38.5 °C
Exothermic Soda Lime
Total Power Draw
3.8 kW
Grid Cap: 6.0 kW
Life Support Efficiency
98.2%
Atmospheric Loop
16-Compartment Nitrogen Saturation Spectrum (5 min to 670 min half-lives) 94.2% Saturation
Life Support Controls Real-time Adjust
Oxygen Injection (O2 %) 21.0 %
Ambient 2.82 ATA makes 21% O2 yield 0.59 ATA P_O2 (safe normoxic range).
CO2 Scrubber Blower Speed 85 %
Soda lime canister circulation. Higher RPM clears CO2 faster but increases thermal load.
Crew Activity Level (4 Diver Total) Moderate Work (150W/ea)
Determines O2 consumption and CO2 output rate per habitant.
O2 Electrolysis Generation Rate 12.0 L/hr
Generates supplementary O2 directly from distilled water bank.
Auxiliary Subsystem Power Grid Cap: 6.0 kW
Mission Logs & Export
Biophysical Model Dynamics: Stationed at 60 ft (2.82 ATA), habitat air density is nearly 3x surface pressure. Gas partial pressures are calculated via Dalton's Law ($P_x = P_{total} \times F_x$). Nitrogen tissue absorption uses Bühlmann 16-compartment exponential half-time equations to calculate saturation and surface decompression obligations.
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