Studies & Simulations
Simulation tools to optimize your performances
Simulation plays a crucial role, allowing you to predict process performance, enhance efficiency, and ensure compliance with industry standards before full-scale implementation. Our expertise helps minimize risks, reduce development time, and achieve reliable, high-performance solutions.
Mixing and heat transfer studies
Mixing and heat transfer are critical processes in the chemical, pharmaceutical and food industries.
At De Dietrich, our expertise is backed by small-scale model testing, advanced digital simulations (CFD and proprietary software), and close collaboration with specialist laboratories.
Our solutions ensure optimal process efficiency, reliability, and compliance with industry standards.
Key Parameters Analyzed
At De Dietrich, we assess critical factors to optimize your process efficiency:
- Heat transfer coefficient – Ensures effective thermal exchange for precise temperature control.
- Heating and cooling times – Determines the speed of temperature adjustments to enhance productivity.
- Thermal power levels – Evaluates the required energy for efficient heat transfer.
- Heat balance of your reactor – Ensures thermal stability and process reliability.
- Mixing and heat exchange efficiency – Optimizes homogeneity and temperature distribution.
- Power consumption – Minimizes energy use to reduce operational costs.
The Right Reactor and Agitator Design
At De Dietrich, we analyze your product, operating conditions, and process needs to define the optimal reactor and agitator design for maximum efficiency.
- Enhance mixing performance for better homogeneity and reaction control.
- Optimize heat transfer to improve energy efficiency and process stability.
- Reduce processing time by selecting the most effective agitation system.
- Increase yields and productivity with tailored reactor configurations.
With our expertise, you get a customized, high-performance solution designed to maximize process efficiency and operational reliability.
Thanks to our Optimix and Glaslock technologies, we find every time the right design for you.
CIP studies
Optimize Your Cleaning Process with CIP Studies.
CIP (Clean-in-Place) studies enhance efficiency, ensure regulatory compliance, and extend equipment lifespan. By analyzing and optimizing your cleaning cycles, you can reduce downtime, minimize waste, and improve operational safety—boosting overall performance and reliability.
Expert CIP Studies
Whether for pharmaceutical or chemical applications, cleaning steps are crucial to:
- Avoid cross-contamination
- Save time between batches
- Reduce solvent consumption
De Dietrich has developed its own approach based on simulation and testing, that have allowed us to create a precise database, presenting the best spray balls performances per equipment design.
The data obtained from these studies enable us to provide the precise covering rate of your equipment during the cleaning step.
Riboflavin Testing in Pharma: Ensuring Effective CIP Validation
Riboflavin is a key tool in pharmaceutical Clean-in-Place (CIP) validation, used to assess spray coverage and cleaning efficiency.
Its fluorescent properties help identify blind spots and optimize cleaning protocols, ensuring compliance with GMP standards.
By improving CIP validation, riboflavin testing enhances process reliability, reduces contamination risks, and supports regulatory compliance.
Depending of your equipment design, we can reach up to 100% coverage of the surface.
Studies highligths
Accurate simulations done by experts
Definition of the best equipment design thanks to simulations
Equipment performance analysis
Years of experience
You have questions?
Our teams are ready to collaborate with you and provide solutions for your projects