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Spacesuit CO2 Scrubber: Sorbent Breakthrough Front

Interactive 3D model of a spacesuit portable life-support CO2 scrubber bed: watch a Langmuir/LDF adsorption front sweep through packed sorbent granules, tune astronaut metabolic rate and purge flow, and trigger vacuum regeneration before breakthrough.

Engineering & Materials3DAdvanced60 FPS📱 Mobile-adapted⇄ 2D version
regenerative-space-suit-system ↗ Open standalone

Inside every EVA spacesuit's portable life-support pack sits a canister of CO2 sorbent that has to keep pulling carbon dioxide out of the astronaut's breathing loop for the whole excursion. This simulator models that canister as a real fixed-bed adsorption column: a Langmuir isotherm and linear-driving-force rate law drive a mass-transfer zone through a 3D field of instanced sorbent granules, its progress visible as a moving color front. Dial the astronaut's metabolic CO2 output and the purge gas flow rate, compare a fresh bed against a degraded one, and watch the live outlet CO2 partial pressure and bed loading — then trigger vacuum regeneration before the front breaks through to the outlet.

⚙ Under the hood

Adjust metabolic CO2 rate and purge gas flow to manage sorbent loading in a spacesuit's CO2 scrubber. Watch the mass-transfer zone move through the bed.

spacesuitlife-supportadsorptionCO2-scrubberEVAchemical-engineering

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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