HomeSpace & AstronomyCO2 Reduction Reactor Cross-Section: Sabatier vs Bosch

CO2 Reduction Reactor Cross-Section: Sabatier vs Bosch (2D)

2D rotating cross-section companion to the 3D reactor design tool: watch CO2 and H2 stream through a Sabatier or Bosch catalyst bed with the same efficiency curve, hydrogen loop-closure, carbon fouling and mission resupply-mass math, plus a live efficiency-vs-temperature chart and a bed-fill/swap gauge. Drag the reactor view to rotate and tilt it.

Space & Astronomy2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
2d-space-life-support-design ↗ Open standalone

This is the 2D companion to the 3D CO2-reduction reactor design tool: the same reactor chemistry, efficiency math and resupply-mass accounting, rendered as a rotatable cross-section instead of a full 3D scene. Metabolic CO2 and electrolysis-supplied H2 stream into a catalyst bed; drag the view to rotate it about the reactor's long axis and tilt the elevation to inspect how the packed catalyst spheres and reacting gas are actually distributed radially inside the tube. A second panel plots the live Gaussian conversion-efficiency curve against bed temperature, and a third tracks catalyst life (Sabatier) or carbon bed fill and swap events (Bosch). Pick a reactor, set crew size, mission length and bed temperature, and watch hydrogen loop closure and cumulative resupply mass update in real time.

⚙ Under the hood

2D rotating cross-section companion to the 3D reactor design tool: watch CO2 and H2 stream through a Sabatier or Bosch catalyst bed with the same efficiency curve, hydrogen loop-closure and carbon fouling math, plus a live efficiency-vs-temperature chart and a bed-fill/swap gauge. Drag the reactor view to rotate and tilt it, since the packed bed and gas flow are real radial 3D positions projected to 2D, not a flat side view.

life supportspacecraftchemistrycatalyst bedmission logisticscarbon cycle

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install

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