01 / OXYGEN
Supply meets
demand.
Choose an illustrative organism and operating conditions. Compare oxygen transfer with demand and examine the effect of agitation, air and pressure.
02 / Oxygen, heat & scale
Life inside.
Physics
everywhere.
Can the tank deliver what the cells need? Explore the relationship between oxygen demand, agitation and the heat that must leave.
1–100 kLExplore working volume
Oxygen + heatCoupled engineering requirements
Pilot → plantCompare scale-up assumptions
One vessel. Interacting limits.
A bigger tank changes
more than the volume.
Supply meets
02 / COOLING
Find the
thermal limit.
Explore required cooling duty and the jacket’s role. See why oxygen availability alone does not establish a feasible operating point.
03 / SCALE-UP
Choose what
to preserve.
Compare independent pilot-to-plant rules for power per volume, tip speed and other quantities. Examine the trade-offs each rule introduces.
Your next five minutes
Open the vessel.
Play the batch.
Inspect the impellers and sparger, move the batch clock and compare oxygen capacity with demand. Then change the working volume.
Open the interactive lab ↗The existing lab uses simplified engineering models and an illustrative growth trajectory. It does not predict a real batch or validate a sterilization cycle.
What if the average
hides the problem?
Move from vessel-level relationships to a spatial view of mixing, heat and transport in the new CFD anatomy experience.
Step inside the flow ↗