Flow path: Atmospheric intake → sorbent thermal regeneration → CO₂ compression and cooling → carbonation reactor → durable mineral aggregate storage. The interactive calculation enforces a CO₂ mass balance, electricity limits and mineralization capacity.
These are illustrative educational physics equations, not a certified CFD, thermal or chemical process design.
Every listed component is a physical .glb mesh shipped in this archive, created from original procedural source. Select any part to retrieve its self-contained geometry.
.glb
3D navigation: drag to orbit, right-drag / Shift+drag to pan, scroll to zoom, double-click to focus, click on equipment to inspect. Preset cameras locate reactor decks, the DAC field, process hall and laboratories.
Walk mode: enter a close view and use W/A/S/D or arrow keys to move, Q/E to change height, mouse drag to change direction. Press WALK again to exit.
Simulation: change any slider or scenario to recalculate airflow, power, CO₂ removal, conversion and stores. Pause freezes inventory accumulation; responsive engineering values remain visible.
Development: all geometry, shaders, PBR atlases, diagrams, sample data, .glb exports and source files are included. No external CDNs, npm packages, accounts or third-party asset APIs.