Scientific-grade bioprocess simulation.
Reliable. Industrial. Proven.
Simulation software, SmartScaler and expert consulting for robust process design, optimization and scale-up.
About Us
The Challenge
Bioprocess decisions are becoming more complex — and more critical.
Industrial bioprocesses operate at increasing scale, complexity and regulatory pressure.
Experimental capacity is limited. Scale-up risks are costly. Design decisions have long-term impact.
Process engineering teams need reliable, model-based support to:
- Design robust reactors
- Optimize mixing and mass transfer
- Troubleshoot production bottlenecks
- Reduce scale-up risk
- Minimize unnecessary experimental effort
OUR SOLUTIONS
SmartScaler
A structured, engineering-based approach to bioprocess scale-up, reducing uncertainty between lab, pilot and production scale.
SmartReactor
Scientific-grade modeling tools to support data-driven process design, reactor optimization and troubleshooting in industrial bioprocesses.
Consulting
Deep technical expertise to support critical development phases, complex investigations and industrial implementation.
The Numbers
%
Reduction in Mixing Time in a 160m³ Bioreactor
%
Reduction in Energy Demand, saving 3,740 MWh per year
Avoided Experimental Costs within one Year for a Top-15 Global Pharma Company
SCIENTIFIC FOUNDATION
Built on science. Validated in industry.
SimVantage combines:
- Mechanistic process modeling
- Hybrid modeling approaches
- Engineering-scale reactor analysis
- Academic collaboration
- Industrial validation
Our methodologies are developed in close collaboration with leading research institutions and applied in real production environments.
Our Partners
Application Areas
01
Reactor Design & Optimization
SimVantage supports robust reactor design through scientifically grounded evaluation of mixing, mass transfer and power input. Model-based analysis identifies performance limitations and enables targeted optimization before costly implementation at scale.
02
Scale-up Strategy
Structured, model-based decision support reduces uncertainty between lab, pilot and production scale. SmartScaler and simulation tools help evaluate scale-dependent effects and enable predictable, risk-aware scale-up strategies.
03
Troubleshooting & Root Cause Analysis
Mechanistic modeling and structured parameter analysis support rapid identification of root causes in complex processes. This approach reduces uncertainty and accelerates resolution in development and production environments.
04
Process Transfer
Model-based evaluation of scale-dependent parameters supports reliable technology transfer across sites and reactor configurations. Early analysis reduces implementation risk and strengthens process robustness.
05
Digital Process Understanding
Integrated modeling approaches provide deeper insight into process behavior and performance drivers. Structured digital process understanding enables informed engineering decisions and long-term optimization.
Discuss your process challenge with our experts.
Whether you are optimizing an existing reactor or planning industrial scale-up, we support your team with scientifically grounded, industrially validated modeling expertise.