Simulate. Optimize. Innovate.
Engineering-driven bioprocess simulation for reactors, fermentation systems, and microbial workflows.
5+
Simulations Executed
10+
Bioprocess Domains
3
Modeling frameworks
100%
Simulation-Driven Approach
Engineered solutions across Systems
CFD Modeling
Analyze flow fields, shear zones, and transport phenomena using computational fluid dynamics.
Learn more →Bioreactor Simulation
Model mixing, oxygen transfer (kLa), and hydrodynamics for reactor systems.
Learn more →Fermentation Optimization
Improve yield and productivity through parameter tuning and kinetic modeling.
Learn more →Engineering-first approach to bioprocess optimization
Reduce experimental iterations using simulation, modeling, and data-driven decision frameworks.
Try our Other Apps
BioFlo kLa Predictor
Predicts volumetric mass transfer coefficient (kLa) using reactor parameters.
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BioFlo Mixing Time Estimator
Estimates mixing time based on hydrodynamic inputs.
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BioFlo Fermentation Simulator
Dynamic Simulation of Fermentation Kinetics using Industry Standard models like Logistic, Product Inhibition and more.
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BioFlo PetriCount
Automated Microbial Colony Counting with Computer Vision
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What Clients are saying
“BioFlo provided a structured way to evaluate oxygen transfer constraints during scale-up. The ability to compare operating conditions before experimentation was particularly useful.”
“Our reactor had clear inconsistencies in growth, due to poor mixing. Using BioFlo, we could evaluate how geometry and agitation affected flow patterns. The insights were practical and helped us correct the issue without overcomplicating the system.”
Tips, stories & learning ideas
Understanding Residence Time in Bioprocessing: A Core Design and Scale-Up Parameter
Read more →Ready to scale your Reactor?
Share your system parameters and get engineering-backed insights for design and scale-up.