Simulate pharmaceutical processes and plants to accelerate development

Discover all the tools you need to help pharmaceutical companies bring high quality drugs to patients faster by developing, applying and deploying science-based modeling technologies. In recent years, digital twins have been applied to a broad range of applications in pharmaceutical R&D and engineering, improving efficiency through reducing experimental requirements, facilitating scale-up and tech transfer, and enabling virtual design space exploration. Our comprehensive approach to digital twins integrates simulation tools that help pharmaceutical companies optimize the entire product lifecycle, from research to production.

Join this workshop and learn how:

- Computational methods at molecular and mesoscales can help develop and screen thousands of new
chemical formulations for new materials, solvents and bio pharmaceuticals through property
estimations
- Digital twins for continuous manufacturing of synthetic drug substance can be used for the
development and testing of advanced process control strategies
- CFD (Computational Fluid Dynamics) can be employed for making well-informed decisions in scaling-
up and optimization of multiphase reactors
- Shelf lives of pharmaceutical ingredients can be elongated using CFD indoor environment modeling
- End-to-end bioprocess digital twins can be used for faster and more efficient process design and
optimization, risk assessment and scale up
- System models for pharmaceutical manufacturing processes can be deployed across the organization
for accelerating development to launch lead times.