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Polski🧫 Oxygen-Transfer Ceiling Bioreactor (2D)
2D stirred-tank bioreactor lab: real kLa mass-transfer correlation vs. Monod-coupled oxygen uptake — tune agitation, aeration, inoculum and qO2 and watch dissolved oxygen hit its transfer ceiling as biomass grows.
This 2D companion runs the same oxygen-transfer-ceiling physics as the 3D bioreactor through a plain canvas cross-section built for reading the engineering directly: agitation rate and aeration rate set a real k_La mass-transfer coefficient via a Van't Riet-style power correlation, a growing culture's oxygen demand (OUR = qO2·X) is driven by Monod kinetics coupled to dissolved oxygen itself, and a live chart races the oxygen-transfer rate against oxygen uptake so you can watch — and cause — the exact moment demand outruns the reactor's fixed transfer capacity and dissolved oxygen collapses.
2D stirred-tank bioreactor lab: real kLa mass-transfer correlation vs. Monod-coupled oxygen uptake — tune agitation, aeration, inoculum and qO2 and watch dissolved oxygen hit its transfer ceiling as biomass grows.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install