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Catalyst Recyclability & Green Metrics — 2D Top-Down View

A top-down 2D reactor-dish view of catalyst recyclability: reuse a heterogeneous catalyst across successive batches and watch it deactivate by leaching, sintering or poisoning — live conversion, turnover and cumulative E-factor. Drag to pan, scroll to zoom.

Chemistry & Materials2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
2d-chemistry-ext-topic-15 ↗ Open standalone

A fresh catalyst bed converts substrate at full activity, but every real catalyst ages: metal can leach into solution, small particles can sinter into larger low-area clumps, or the surface can be slowly poisoned by trace impurities. This top-down 2D simulator runs a heterogeneous catalyst through successive reaction batches, applies a real deactivation mechanism of your choice after every cycle, and tracks live conversion, turnover and the cumulative E-factor — the standard green-chemistry waste metric — so you can see directly why keeping a catalyst active for more cycles (rather than discarding and replacing it) is one of the biggest levers for reducing process waste. Drag the reactor dish to pan and scroll to zoom.

⚙ Under the hood

A top-down 2D view of a reactor dish where a heterogeneous catalyst runs through repeated batches, deactivating by leaching, sintering or poisoning. Pick a deactivation mode, tune decay strength and residence time, run cycles and watch conversion, catalyst activity and the cumulative E-factor evolve. Drag to pan and scroll to zoom on the reactor dish.

catalysisgreen-chemistrykineticsreaction-engineeringsustainabilitye-factortop-down

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

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