HomeFlow Chemistry Continuous SynthesisReactor Cascade: Kymograph & Response Chart

Reactor Cascade: Kymograph & Response Chart

Interactive 2D reactor-cascade simulator: solve the exact mass-balance ODEs for N continuous stirred-tank reactors in series and watch a step, pulse or sinusoidal feed disturbance ripple through a scrolling concentration kymograph and a live time-response chart, with the closed-form tanks-in-series curve overlaid for verification.

Flow Chemistry Continuous Synthesis2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
2d-chemistry-ext-topic-30 ↗ Open standalone

Continuous manufacturing plants rarely run a single ideal plug-flow reactor — in practice they are built from a chain of well-mixed continuous stirred-tank reactors (CSTRs), and how that chain responds to a feed upset determines how quickly the line stabilises after startup and how a real deviation propagates downstream. This 2D companion solves the exact mass-balance ODEs for N CSTRs in series in real time — independently of the 3D version's rendering — and shows the result as genuinely two-dimensional data: a scrolling kymograph (tank index vs. time, colour = concentration) above a live time-response chart with the closed-form tanks-in-series curve drawn alongside the numerical integration for direct visual verification. Adjust the number of tanks to see the response sharpen from a single exponential lag toward the sharper, delayed step of an ideal plug-flow reactor.

⚙ Under the hood

Solve the real mass-balance ODEs for a chain of continuous stirred-tank reactors (CSTRs) in real time and watch a step, pulse or sinusoidal feed disturbance propagate through the cascade in a scrolling 2D concentration kymograph and a live time-response chart, with the exact closed-form tanks-in-series curve overlaid for verification.

continuous manufacturingCSTR cascadeflow chemistryreactor engineeringprocess dynamicstanks-in-serieskymograph

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

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