Metenova ZG12 – Mixing Performance Evaluation In 21,000 Liters Vessel

Large-scale mixing introduces complex dynamics that can directly impact process efficiency, consistency, and scalability. Performance data from a 21,000-liter system highlights how vessel geometry, fill level, and vortex formation influence homogenization outcomes. Using conductivity-based T95 measurement, mixing times ranged from under two minutes at low fill volumes to nearly five minutes at higher levels, with vortex conditions contributing to slower performance despite increased energy input. Operational insights point to the importance of managing height-to-diameter ratios to minimize inefficient flow patterns and improve mixing effectiveness. The findings also reinforce the reliability of scaling methodologies when planning for larger production volumes.

For teams optimizing bioprocess workflows, gain practical guidance on balancing speed, efficiency, and process control with real-world application strategies.