Most biologic processes begin in lab-scale tabletop bioreactors with small operating volumes. Scaling up from lab-scale to production-scale can be challenging, but M-STAR CFD is here to help users achieve this transition with greater speed and fidelity than ever before. Its advanced simulation capabilities provide powerful insights into bioreactor performance, enabling optimization of processes and data-driven decision making.
State-of-the-Art Modeling Capabilities
M-STAR CFD has been designed to handle simulations with millions of grid points and millions of individually tracked bubbles. This allows users to accurately model complex bioreactor physics problems—including mass transfer, multiphase fluid flow, and more—in just minutes. The software delivers precise, actionable insights that help understand and optimize bioreactor performance.
Comprehensive Models for Bioreactor Analysis
M-STAR CFD offers a wide range of models to simulate essential bioreactor phenomena. These models include:
- Gas hold-up: Analyze the distribution of gas bubbles within the bioreactor and optimize gas-liquid mass transfer.
- Oxygen and CO2 transfer: Understand the efficiency of oxygen and CO2 transport within the bioreactor to optimize cell growth and productivity.
- Chemical reactions: Simulate chemical reactions and reaction kinetics to ensure optimal conditions for bioprocesses.
- Bubble break-up and coalescence: Investigate bubble dynamics within the bioreactor to enhance mass transfer and gas-liquid interactions.
Transform Bioreactor Scale-Up with M-STAR CFD
M-STAR CFD is the ultimate solution for modeling bioreactors, helping users transition from lab-scale to production-scale with confidence. Its advanced modeling capabilities and comprehensive range of models empower users to optimize bioreactor performance and make informed decisions during the scale-up process. Experience the power of M-STAR CFD and revolutionize bioprocess development