Ines Herrero
Co-Founder and CEO
BioMixing S.L.
BioMixing develops specialized agitation and aeration systems for bioreactors, utilizing principles from aeronautics and fluid mechanics to enhance mixing efficiency while minimizing shear stress. This technology significantly reduces process times by up to 50% and increases production capacity, making it suitable for both custom-designed and retrofitted bioreactors.
- Biotechnology
- Manufacturing / Industry 4.0
Updated 23 months ago
Funding
Funding rounds are not available yet.
Founders
Product
Problem
Traditional bioreactors often suffer from inefficient mixing and aeration, leading to longer process times and reduced production capacity. High shear stress within these systems can also damage delicate cell cultures, hindering optimal performance and scalability.
Solution
BioMixing develops specialized agitation and aeration systems for bioreactors, leveraging principles from aeronautics and fluid mechanics to optimize mixing efficiency while minimizing shear stress. Their technology can significantly reduce process times and increase production capacity. BioMixing's systems are adaptable to both custom-designed bioreactors and retrofits of existing commercial bioreactors. By improving mixing and aeration, BioMixing enables better control of cell cultures and higher product quality, while also reducing energy consumption and costs.
Target Audience
BioMixing's primary customers are companies in the biotechnology, pharmaceutical, and food industries that utilize bioreactors for cell culture and fermentation processes.
Features
- Innovative agitator designs for enhanced mixing and reduced shear stress
- Optimized aeration systems for improved oxygen transfer
- Computational fluid dynamics (CFD) simulations to predict performance at different scales
- Custom-designed bioreactors tailored to specific process requirements
- Retrofitting solutions for existing bioreactors
- Turnkey project capabilities, including process and facilities engineering
- Customized high-performance control systems for fermentation processes