🏭 Air Capture Plant: Sorbent Cycle, Regeneration Energy and Basalt Carbonation (2D)
Process view of a plant that pulls carbon dioxide from air with a sorbent bed, heats the bed to release it and injects it into basalt where it turns to carbonate rock. Set the air flow, contactor size, sorbent mass, regeneration temperature and pressure, basalt grain size, reservoir temperature and time, and see tonnes captured per day, heat per tonne against the thermodynamic minimum, and how much basalt is converted. Contactor, isotherm, grain shrinkage, least work and stoichiometry are checked with five in-page numerical checks.
Process view of a plant that pulls carbon dioxide from air with a sorbent bed, heats the bed to release it and injects it into basalt where it turns to carbonate rock. Set the air flow, contactor size, sorbent mass, regeneration temperature and pressure, basalt grain size, reservoir temperature and time, and see tonnes captured per day, heat per tonne against the thermodynamic minimum, and how much basalt is converted. Contactor, isotherm, grain shrinkage, least work and stoichiometry are checked with five in-page numerical checks.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install