Platform

SimVantage Simulation Platform.
Scientific-grade modeling and engineering expertise.

A structured environment combining advanced simulation software, dedicated scale-up tools and expert consulting to support reliable process decisions.

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Overview

From digital process understanding to measurable industrial impact.

The SimVantage Simulation Platform integrates advanced modeling capabilities with engineering expertise to support reactor design, optimization and scale-up in industrial environments.

Rather than offering isolated tools, SimVantage provides a structured system that combines:

Scientific-grade simulation software
Dedicated scale-up support
Engineering-driven consulting

This integrated approach ensures technically sound and practically applicable results.

CFD flow field of an Intermig stirrer in a baffled vessel — Flow field, Intermig stirrer — © SimVantage

Core capabilities

What the platform enables.

Reactor performance evaluation
Mixing and mass transfer analysis
Power input and energy efficiency assessment
Scale-dependent hydrodynamic analysis
Structured sensitivity and scenario comparison
Model-supported experimental strategy optimization

All analyses are grounded in mechanistic modeling and validated engineering principles.

Platform components

Three components, one system.

Bolt

Advanced reactor modeling for evaluating hydrodynamics, mixing behavior and energy efficiency at industrial scale.

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SmartScaler

Dedicated scale-up software translating CFD-informed engineering insights into structured, easy-to-use decision support.

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Engineering Consulting

Structured, model-based consulting for complex industrial challenges — from reactor optimization to experimental strategy design.

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How software and consulting work together

The platform is the backbone. Consulting is the interpretation.

The simulation platform provides the digital backbone. Consulting ensures correct interpretation, structured application and industrial implementation.

This flexibility enables scalable collaboration aligned with technical complexity and organizational structure.

Scientific foundation

Mechanistic reactor modeling
CFD-informed engineering relationships
Hybrid modeling approaches
Industrial validation in production environments

This foundation ensures transparency, physical consistency and engineering reliability.

Industrial impact

Applications of the platform have resulted in:

30% Reduction in mixing time (160 m³ reactor)

20% Reduction in energy demand

€1.3 M Avoided experimental costs within one year

30 d Stable continuous production in collaborative projects

Who it is for

Built for engineering teams under real constraints.

Heads of Process Engineering
Reactor Design Engineers
Bioprocess Development Leads
Digitalization and Modeling Teams

Not sure where to start? Schedule a free consultation.

Complex bioprocess decisions require more than isolated tools. Discover how simulation software and engineering expertise work together to support your process.